https://www.celiac.com/rss/7-celiaccom-disease-gluten-free-diet-support-since-1995-articles.xml/Celiac.com Articlesennogluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcastCeliac.com's new podcast series! We'll talk about celiac disease, gluten intolerance, and gluten-free diet, including news, research, recipes and product reviews.Celiac Disease and Gluten-Free Diet Friendly News and Articlespodcast@celiac.comhttps://www.celiac.com/celiac-disease/gluten-free-mochi-chocolate-chip-cookies-r7227/Celiac.com 06/06/2026 - Mochi-style desserts have roots in Japanese rice-based sweets, where glutinous rice or sweet rice flour is used to create a soft, chewy texture. Despite the name "glutinous rice," sweet rice flour does not contain gluten. It gets its name from its sticky, elastic texture when cooked, which makes it especially useful in chewy cakes, dumplings, and modern fusion desserts. These gluten-free mochi chocolate chip cookies combine the familiar comfort of a classic chocolate chip cookie with the soft, springy chew of mochi. The result is a cookie with crisp edges, a tender center, and a pleasantly stretchy bite. They are especially good for anyone who misses bakery-style cookies but wants something a little more unique than the usual gluten-free version. Ingredients 1 cup sweet rice flour, also called glutinous rice flour or mochiko 1⁄2 cup gluten-free all-purpose flour blend 1⁄2 teaspoon baking soda 1⁄2 teaspoon salt 1⁄2 cup unsalted butter, softened 1⁄2 cup packed brown sugar 1⁄4 cup granulated sugar 1 large egg 1 teaspoon vanilla extract 1 tablespoon milk or dairy-free milk 3⁄4 cup gluten-free semi-sweet chocolate chips Optional: 1⁄4 cup chopped gluten-free dark chocolate Instructions Line two baking sheets with parchment paper and preheat the oven to 350 degrees Fahrenheit. In a medium bowl, whisk together the sweet rice flour, gluten-free all-purpose flour blend, baking soda, and salt. Set aside. In a large bowl, beat the softened butter, brown sugar, and granulated sugar until smooth and creamy. Add the egg, vanilla extract, and milk. Mix until fully combined. Add the dry ingredients to the wet ingredients and stir until a soft, slightly sticky dough forms. The dough should be thicker than cake batter but softer than traditional cookie dough. Fold in the gluten-free chocolate chips and optional chopped dark chocolate. Let the dough rest for 15 minutes. This gives the sweet rice flour time to hydrate and helps create a better chewy texture. Scoop the dough into rounded tablespoons and place them about 2 inches apart on the prepared baking sheets. Bake for 10 to 12 minutes, or until the edges are lightly golden and the centers look set but still soft. Let the cookies cool on the baking sheet for 10 minutes before moving them to a wire rack. The centers will firm up as they cool while staying chewy inside. Tips for Best Results Use sweet rice flour, not regular rice flour. Regular rice flour will make the cookies sandy or crumbly, while sweet rice flour gives them their signature mochi chew. Also be sure your chocolate chips and gluten-free flour blend are labeled gluten-free, especially if you are baking for someone with celiac disease. If you prefer a thicker cookie, chill the dough for 30 minutes before baking. If you like a flatter cookie, gently press the dough balls before they go into the oven. For a richer flavor, use brown butter instead of softened butter, but let it cool before mixing it with the sugars. Storage Store the cookies in an airtight container at room temperature for up to 3 days. Because of the sweet rice flour, the cookies are best when fresh, but they can be gently warmed for a few seconds in the microwave to bring back some of their soft, chewy texture. Conclusion Gluten-free mochi chocolate chip cookies are a fun twist on a familiar favorite. They offer the buttery sweetness of a classic chocolate chip cookie with the soft chew of mochi, making them a great dessert for gluten-free eaters who want something memorable, easy, and delicious. Serve them slightly warm for the best texture, when the chocolate is soft and the centers are perfectly chewy.Sat, 06 Jun 2026 15:31:01 +0000podcast@celiac.comnoCeliac.com 06/06/2026 - Mochi-style desserts have roots in Japanese rice-based sweets, where glutinous rice or sweet rice flour is used to create a soft, chewy texture. Despite the name "glutinous rice," sweet rice flour does not contain gluten. It gets its name from its sticky, elastic texture when cooked, which makes it especially useful in chewy cakes, dumplings, and modern fusion desserts. These gluten-free mochi chocolate chip cookies combine the familiar comfort of a classic chocolate chip cookie with the soft, springy chew of mochi. The result is a cookie with crisp edges, a tender center, and a pleasantly stretchy bite. They are especially good for anyone who misses bakery-style cookies but wants something a little more unique than the usual gluten-free version. Ingredients 1 cup sweet rice flour, also called glutinous rice flour or mochiko 1⁄2 cup gluten-free all-purpose flour blend 1⁄2 teaspoon baking soda 1⁄2 teaspoon salt 1⁄2 cup unsalted butter, softened 1⁄2 cup packed brown sugar 1⁄4 cup granulated sugar 1 large egg 1 teaspoon vanilla extract 1 tablespoon milk or dairy-free milk 3⁄4 cup gluten-free semi-sweet chocolate chips Optional: 1⁄4 cup chopped gluten-free dark chocolate Instructions Line two baking sheets with parchment paper and preheat the oven to 350 degrees Fahrenheit. In a medium bowl, whisk together the sweet rice flour, gluten-free all-purpose flour blend, baking soda, and salt. Set aside. In a large bowl, beat the softened butter, brown sugar, and granulated sugar until smooth and creamy. Add the egg, vanilla extract, and milk. Mix until fully combined. Add the dry ingredients to the wet ingredients and stir until a soft, slightly sticky dough forms. The dough should be thicker than cake batter but softer than traditional cookie dough. Fold in the gluten-free chocolate chips and optional chopped dark chocolate. Let the dough rest for 15 minutes. This gives the sweet rice flour time to hydrate and helps create a better chewy texture. Scoop the dough into rounded tablespoons and place them about 2 inches apart on the prepared baking sheets. Bake for 10 to 12 minutes, or until the edges are lightly golden and the centers look set but still soft. Let the cookies cool on the baking sheet for 10 minutes before moving them to a wire rack. The centers will firm up as they cool while staying chewy inside. Tips for Best Results Use sweet rice flour, not regular rice flour. Regular rice flour will make the cookies sandy or crumbly, while sweet rice flour gives them their signature mochi chew. Also be sure your chocolate chips and gluten-free flour blend are labeled gluten-free, especially if you are baking for someone with celiac disease. If you prefer a thicker cookie, chill the dough for 30 minutes before baking. If you like a flatter cookie, gently press the dough balls before they go into the oven. For a richer flavor, use brown butter instead of softened butter, but let it cool before mixing it with the sugars. Storage Store the cookies in an airtight container at room temperature for up to 3 days. Because of the sweet rice flour, the cookies are best when fresh, but they can be gently warmed for a few seconds in the microwave to bring back some of their soft, chewy texture. Conclusion Gluten-free mochi chocolate chip cookies are a fun twist on a familiar favorite. They offer the buttery sweetness of a classic chocolate chip cookie with the soft chew of mochi, making them a great dessert for gluten-free eaters who want something memorable, easy, and delicious. Serve them slightly warm for the best texture, when the chocolate is soft and the centers are perfectly chewy.podcast@celiac.comCeliac.com 06/06/2026 - Mochi-style desserts have roots in Japanese rice-based sweets, where glutinous rice or sweet rice flour is used to create a soft, chewy texture. Despite the name "glutinous rice," sweet rice flour does not contain gluten. It gets its name from its sticky, elastic texture when cooked, which makes it especially useful in chewy cakes, dumplings, and modern fusion desserts. These gluten-free mochi chocolate chip cookies combine the familiar comfort of a classic chocolate chip cookie with the soft, springy chew of mochi. The result is a cookie with crisp edges, a tender center, and a pleasantly stretchy bite. They are especially good for anyone who misses bakery-style cookies but wants something a little more unique than the usual gluten-free version. Ingredients 1 cup sweet rice flour, also called glutinous rice flour or mochiko 1⁄2 cup gluten-free all-purpose flour blend 1⁄2 teaspoon baking soda 1⁄2 teaspoon salt 1⁄2 cup unsalted butter, softened 1⁄2 cup packed brown sugar 1⁄4 cup granulated sugar 1 large egg 1 teaspoon vanilla extract 1 tablespoon milk or dairy-free milk 3⁄4 cup gluten-free semi-sweet chocolate chips Optional: 1⁄4 cup chopped gluten-free dark chocolate Instructions Line two baking sheets with parchment paper and preheat the oven to 350 degrees Fahrenheit. In a medium bowl, whisk together the sweet rice flour, gluten-free all-purpose flour blend, baking soda, and salt. Set aside. In a large bowl, beat the softened butter, brown sugar, and granulated sugar until smooth and creamy. Add the egg, vanilla extract, and milk. Mix until fully combined. Add the dry ingredients to the wet ingredients and stir until a soft, slightly sticky dough forms. The dough should be thicker than cake batter but softer than traditional cookie dough. Fold in the gluten-free chocolate chips and optional chopped dark chocolate. Let the dough rest for 15 minutes. This gives the sweet rice flour time to hydrate and helps create a better chewy texture. Scoop the dough into rounded tablespoons and place them about 2 inches apart on the prepared baking sheets. Bake for 10 to 12 minutes, or until the edges are lightly golden and the centers look set but still soft. Let the cookies cool on the baking sheet for 10 minutes before moving them to a wire rack. The centers will firm up as they cool while staying chewy inside. Tips for Best Results Use sweet rice flour, not regular rice flour. Regular rice flour will make the cookies sandy or crumbly, while sweet rice flour gives them their signature mochi chew. Also be sure your chocolate chips and gluten-free flour blend are labeled gluten-free, especially if you are baking for someone with celiac disease. If you prefer a thicker cookie, chill the dough for 30 minutes before baking. If you like a flatter cookie, gently press the dough balls before they go into the oven. For a richer flavor, use brown butter instead of softened butter, but let it cool before mixing it with the sugars. Storage Store the cookies in an airtight container at room temperature for up to 3 days. Because of the sweet rice flour, the cookies are best when fresh, but they can be gently warmed for a few seconds in the microwave to bring back some of their soft, chewy texture. Conclusion Gluten-free mochi chocolate chip cookies are a fun twist on a familiar favorite. They offer the buttery sweetness of a classic chocolate chip cookie with the soft chew of mochi, making them a great dessert for gluten-free eaters who want something memorable, easy, and delicious. Serve them slightly warm for the best texture, when the chocolate is soft and the centers are perfectly chewy.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/new-study-links-autoimmune-diseases-to-higher-risk-of-iron-deficiency-anemia-r7224/Celiac.com 06/04/2026 - A new study looked at whether certain autoimmune diseases may play a direct role in increasing the risk of iron deficiency anemia. Iron deficiency anemia happens when the body does not have enough usable iron to make healthy red blood cells. These red blood cells carry oxygen throughout the body, so low iron can lead to fatigue, weakness, poor concentration, reduced exercise ability, and other health problems. The researchers focused on autoimmune diseases because many people with these conditions also develop anemia. However, past studies have mostly shown associations, meaning they could show that two conditions occur together, but not whether one might help cause the other. This study used a genetic research method to explore whether autoimmune disease risk itself may contribute to iron deficiency anemia risk. Why Iron Deficiency Anemia Matters Iron deficiency anemia is one of the most common forms of anemia worldwide. It can happen for several reasons, including low iron intake, poor iron absorption, blood loss, heavy menstrual bleeding, hidden bleeding in the digestive tract, and chronic inflammation. In some people, the body may have iron stored away, but inflammation prevents that iron from being properly used. This is especially relevant for autoimmune diseases. Autoimmune diseases involve an overactive immune response, and that immune activity can create ongoing inflammation. Inflammation can interfere with iron balance by affecting the way the body absorbs, stores, and releases iron. Because of this, autoimmune disease may be one reason some patients develop anemia that is difficult to explain or difficult to correct. How the Study Was Done The researchers used a method called Mendelian randomization. In simple terms, this approach uses naturally occurring genetic differences to help test whether one health condition may contribute to another. Because genes are assigned before birth, this method can reduce some of the confusion that affects ordinary observational studies, such as lifestyle differences, medication use, diet, or reverse cause and effect. The study examined eight autoimmune diseases: rheumatoid arthritis, inflammatory bowel disease, ulcerative colitis, Crohn's disease, celiac disease, systemic lupus erythematosus, ankylosing spondylitis, and membranous nephropathy. The researchers then tested whether genetic risk for these diseases was linked with higher risk of iron deficiency anemia. The data came from large genetic studies involving people of European ancestry. The iron deficiency anemia data included more than four hundred thousand people, with more than fifteen thousand cases of iron deficiency anemia. The researchers used several statistical checks to test whether the findings were stable and whether the genetic markers might be influencing anemia through unrelated pathways. Main Findings The strongest evidence was found for rheumatoid arthritis, inflammatory bowel disease, and ulcerative colitis. Genetic risk for these conditions remained significantly linked with higher risk of iron deficiency anemia even after the researchers removed a complex immune-related genetic region that can sometimes make results harder to interpret. The study also found weaker or more suggestive links for celiac disease, Crohn's disease, systemic lupus erythematosus, and ankylosing spondylitis. These findings may still be meaningful, but they were less certain after additional testing. For celiac disease and ankylosing spondylitis, the association became weaker after the researchers removed the immune-related genetic region. This suggests that part of the apparent connection may be related to shared immune genetics rather than a straightforward cause-and-effect relationship. Membranous nephropathy initially appeared to be associated with iron deficiency anemia, but that finding did not remain significant after the researchers removed the immune-related genetic region. The authors therefore urged caution in interpreting that result. Why Autoimmune Disease Could Affect Iron Levels The study discussed several possible explanations for why autoimmune diseases may increase the risk of iron deficiency anemia. One possibility is poor absorption. This is especially important in digestive diseases. In celiac disease, for example, damage to the small intestine can affect the part of the intestine where iron is normally absorbed. This may help explain why iron deficiency anemia is sometimes one of the first signs of celiac disease, even before obvious digestive symptoms appear. Another possible explanation is blood loss. Inflammatory bowel disease can cause intestinal bleeding, sometimes visible and sometimes hidden. Over time, this can reduce iron stores and lead to anemia. Other autoimmune conditions may also involve medication use or inflammation-related problems that increase bleeding risk. A third explanation involves chronic inflammation. When the immune system is highly active, the body may produce inflammatory signals that change how iron is handled. One important pathway involves a hormone that helps control iron movement in the body. When inflammation raises this hormone too much, the body may absorb less iron from food and may trap iron inside storage sites instead of making it available for red blood cell production. This can create a situation where iron is present in the body but not available where it is needed. What the Study Means for Celiac Disease For people with celiac disease, the study is important but should be interpreted carefully. The researchers found a possible genetic link between celiac disease and iron deficiency anemia, but the strength of that link decreased after additional genetic adjustment. This does not mean the connection between celiac disease and iron deficiency anemia is unimportant. In real-world medicine, iron deficiency anemia is a well-known presentation of celiac disease, especially because intestinal damage can interfere with iron absorption. Instead, this study suggests that the genetic relationship may be complicated. Some of the connection may come from shared immune system genetics, while some may come from the direct effects of intestinal damage, inflammation, and reduced absorption. For patients, the practical message remains the same: unexplained iron deficiency anemia should raise the question of celiac disease, especially when anemia does not improve as expected with iron treatment. Strengths and Limitations A major strength of this study is that it used a genetic method designed to better explore possible cause-and-effect relationships. It also examined several autoimmune diseases at once and used large genetic data sets. The researchers performed multiple checks to reduce the chance that the results were distorted by unrelated genetic effects. However, the study also had limitations. All participants were of European ancestry, so the results may not apply equally to people from other backgrounds. The study also did not separately analyze men and women, even though both autoimmune diseases and iron deficiency anemia can differ by sex. In addition, some of the effect sizes were small, meaning that the increased risk for an individual person may be modest, even if the finding matters at the population level. The study also cannot replace clinical evaluation. A genetic association does not tell doctors exactly why a particular patient has anemia. People with iron deficiency anemia still need proper medical assessment to look for dietary causes, menstrual blood loss, digestive bleeding, malabsorption, celiac disease, inflammatory conditions, and other possible explanations. Why This Study Could Matter to People With Celiac Disease This study could be meaningful for people with celiac disease because it reinforces the close relationship between autoimmune disease, intestinal health, inflammation, and iron deficiency anemia. For some people, low iron may be one of the earliest warning signs of celiac disease. For others, persistent iron deficiency after diagnosis may suggest ongoing gluten exposure, incomplete intestinal healing, poor absorption, another digestive condition, or another source of blood loss. The findings also support the idea that doctors should stay alert for iron deficiency anemia in patients with autoimmune diseases, including celiac disease. For people already diagnosed with celiac disease, monitoring iron status can be an important part of follow-up care. For people not yet diagnosed, unexplained or stubborn iron deficiency anemia may be a reason to ask about celiac disease testing before starting a gluten-free diet. Overall, the study adds to growing evidence that anemia is not just a separate problem that happens alongside autoimmune disease. In some cases, autoimmune disease itself may help drive iron problems through inflammation, blood loss, or impaired absorption. For the celiac disease community, this highlights the importance of early diagnosis, strict gluten-free treatment, and careful follow-up when iron levels remain low. Read more at: nature.comThu, 04 Jun 2026 13:34:02 +0000podcast@celiac.comnoCeliac.com 06/04/2026 - A new study looked at whether certain autoimmune diseases may play a direct role in increasing the risk of iron deficiency anemia. Iron deficiency anemia happens when the body does not have enough usable iron to make healthy red blood cells. These red blood cells carry oxygen throughout the body, so low iron can lead to fatigue, weakness, poor concentration, reduced exercise ability, and other health problems. The researchers focused on autoimmune diseases because many people with these conditions also develop anemia. However, past studies have mostly shown associations, meaning they could show that two conditions occur together, but not whether one might help cause the other. This study used a genetic research method to explore whether autoimmune disease risk itself may contribute to iron deficiency anemia risk. Why Iron Deficiency Anemia Matters Iron deficiency anemia is one of the most common forms of anemia worldwide. It can happen for several reasons, including low iron intake, poor iron absorption, blood loss, heavy menstrual bleeding, hidden bleeding in the digestive tract, and chronic inflammation. In some people, the body may have iron stored away, but inflammation prevents that iron from being properly used. This is especially relevant for autoimmune diseases. Autoimmune diseases involve an overactive immune response, and that immune activity can create ongoing inflammation. Inflammation can interfere with iron balance by affecting the way the body absorbs, stores, and releases iron. Because of this, autoimmune disease may be one reason some patients develop anemia that is difficult to explain or difficult to correct. How the Study Was Done The researchers used a method called Mendelian randomization. In simple terms, this approach uses naturally occurring genetic differences to help test whether one health condition may contribute to another. Because genes are assigned before birth, this method can reduce some of the confusion that affects ordinary observational studies, such as lifestyle differences, medication use, diet, or reverse cause and effect. The study examined eight autoimmune diseases: rheumatoid arthritis, inflammatory bowel disease, ulcerative colitis, Crohn's disease, celiac disease, systemic lupus erythematosus, ankylosing spondylitis, and membranous nephropathy. The researchers then tested whether genetic risk for these diseases was linked with higher risk of iron deficiency anemia. The data came from large genetic studies involving people of European ancestry. The iron deficiency anemia data included more than four hundred thousand people, with more than fifteen thousand cases of iron deficiency anemia. The researchers used several statistical checks to test whether the findings were stable and whether the genetic markers might be influencing anemia through unrelated pathways. Main Findings The strongest evidence was found for rheumatoid arthritis, inflammatory bowel disease, and ulcerative colitis. Genetic risk for these conditions remained significantly linked with higher risk of iron deficiency anemia even after the researchers removed a complex immune-related genetic region that can sometimes make results harder to interpret. The study also found weaker or more suggestive links for celiac disease, Crohn's disease, systemic lupus erythematosus, and ankylosing spondylitis. These findings may still be meaningful, but they were less certain after additional testing. For celiac disease and ankylosing spondylitis, the association became weaker after the researchers removed the immune-related genetic region. This suggests that part of the apparent connection may be related to shared immune genetics rather than a straightforward cause-and-effect relationship. Membranous nephropathy initially appeared to be associated with iron deficiency anemia, but that finding did not remain significant after the researchers removed the immune-related genetic region. The authors therefore urged caution in interpreting that result. Why Autoimmune Disease Could Affect Iron Levels The study discussed several possible explanations for why autoimmune diseases may increase the risk of iron deficiency anemia. One possibility is poor absorption. This is especially important in digestive diseases. In celiac disease, for example, damage to the small intestine can affect the part of the intestine where iron is normally absorbed. This may help explain why iron deficiency anemia is sometimes one of the first signs of celiac disease, even before obvious digestive symptoms appear. Another possible explanation is blood loss. Inflammatory bowel disease can cause intestinal bleeding, sometimes visible and sometimes hidden. Over time, this can reduce iron stores and lead to anemia. Other autoimmune conditions may also involve medication use or inflammation-related problems that increase bleeding risk. A third explanation involves chronic inflammation. When the immune system is highly active, the body may produce inflammatory signals that change how iron is handled. One important pathway involves a hormone that helps control iron movement in the body. When inflammation raises this hormone too much, the body may absorb less iron from food and may trap iron inside storage sites instead of making it available for red blood cell production. This can create a situation where iron is present in the body but not available where it is needed. What the Study Means for Celiac Disease For people with celiac disease, the study is important but should be interpreted carefully. The researchers found a possible genetic link between celiac disease and iron deficiency anemia, but the strength of that link decreased after additional genetic adjustment. This does not mean the connection between celiac disease and iron deficiency anemia is unimportant. In real-world medicine, iron deficiency anemia is a well-known presentation of celiac disease, especially because intestinal damage can interfere with iron absorption. Instead, this study suggests that the genetic relationship may be complicated. Some of the connection may come from shared immune system genetics, while some may come from the direct effects of intestinal damage, inflammation, and reduced absorption. For patients, the practical message remains the same: unexplained iron deficiency anemia should raise the question of celiac disease, especially when anemia does not improve as expected with iron treatment. Strengths and Limitations A major strength of this study is that it used a genetic method designed to better explore possible cause-and-effect relationships. It also examined several autoimmune diseases at once and used large genetic data sets. The researchers performed multiple checks to reduce the chance that the results were distorted by unrelated genetic effects. However, the study also had limitations. All participants were of European ancestry, so the results may not apply equally to people from other backgrounds. The study also did not separately analyze men and women, even though both autoimmune diseases and iron deficiency anemia can differ by sex. In addition, some of the effect sizes were small, meaning that the increased risk for an individual person may be modest, even if the finding matters at the population level. The study also cannot replace clinical evaluation. A genetic association does not tell doctors exactly why a particular patient has anemia. People with iron deficiency anemia still need proper medical assessment to look for dietary causes, menstrual blood loss, digestive bleeding, malabsorption, celiac disease, inflammatory conditions, and other possible explanations. Why This Study Could Matter to People With Celiac Disease This study could be meaningful for people with celiac disease because it reinforces the close relationship between autoimmune disease, intestinal health, inflammation, and iron deficiency anemia. For some people, low iron may be one of the earliest warning signs of celiac disease. For others, persistent iron deficiency after diagnosis may suggest ongoing gluten exposure, incomplete intestinal healing, poor absorption, another digestive condition, or another source of blood loss. The findings also support the idea that doctors should stay alert for iron deficiency anemia in patients with autoimmune diseases, including celiac disease. For people already diagnosed with celiac disease, monitoring iron status can be an important part of follow-up care. For people not yet diagnosed, unexplained or stubborn iron deficiency anemia may be a reason to ask about celiac disease testing before starting a gluten-free diet. Overall, the study adds to growing evidence that anemia is not just a separate problem that happens alongside autoimmune disease. In some cases, autoimmune disease itself may help drive iron problems through inflammation, blood loss, or impaired absorption. For the celiac disease community, this highlights the importance of early diagnosis, strict gluten-free treatment, and careful follow-up when iron levels remain low. Read more at: nature.compodcast@celiac.comCeliac.com 06/04/2026 - A new study looked at whether certain autoimmune diseases may play a direct role in increasing the risk of iron deficiency anemia. Iron deficiency anemia happens when the body does not have enough usable iron to make healthy red blood cells. These red blood cells carry oxygen throughout the body, so low iron can lead to fatigue, weakness, poor concentration, reduced exercise ability, and other health problems. The researchers focused on autoimmune diseases because many people with these conditions also develop anemia. However, past studies have mostly shown associations, meaning they could show that two conditions occur together, but not whether one might help cause the other. This study used a genetic research method to explore whether autoimmune disease risk itself may contribute to iron deficiency anemia risk. Why Iron Deficiency Anemia Matters Iron deficiency anemia is one of the most common forms of anemia worldwide. It can happen for several reasons, including low iron intake, poor iron absorption, blood loss, heavy menstrual bleeding, hidden bleeding in the digestive tract, and chronic inflammation. In some people, the body may have iron stored away, but inflammation prevents that iron from being properly used. This is especially relevant for autoimmune diseases. Autoimmune diseases involve an overactive immune response, and that immune activity can create ongoing inflammation. Inflammation can interfere with iron balance by affecting the way the body absorbs, stores, and releases iron. Because of this, autoimmune disease may be one reason some patients develop anemia that is difficult to explain or difficult to correct. How the Study Was Done The researchers used a method called Mendelian randomization. In simple terms, this approach uses naturally occurring genetic differences to help test whether one health condition may contribute to another. Because genes are assigned before birth, this method can reduce some of the confusion that affects ordinary observational studies, such as lifestyle differences, medication use, diet, or reverse cause and effect. The study examined eight autoimmune diseases: rheumatoid arthritis, inflammatory bowel disease, ulcerative colitis, Crohn's disease, celiac disease, systemic lupus erythematosus, ankylosing spondylitis, and membranous nephropathy. The researchers then tested whether genetic risk for these diseases was linked with higher risk of iron deficiency anemia. The data came from large genetic studies involving people of European ancestry. The iron deficiency anemia data included more than four hundred thousand people, with more than fifteen thousand cases of iron deficiency anemia. The researchers used several statistical checks to test whether the findings were stable and whether the genetic markers might be influencing anemia through unrelated pathways. Main Findings The strongest evidence was found for rheumatoid arthritis, inflammatory bowel disease, and ulcerative colitis. Genetic risk for these conditions remained significantly linked with higher risk of iron deficiency anemia even after the researchers removed a complex immune-related genetic region that can sometimes make results harder to interpret. The study also found weaker or more suggestive links for celiac disease, Crohn's disease, systemic lupus erythematosus, and ankylosing spondylitis. These findings may still be meaningful, but they were less certain after additional testing. For celiac disease and ankylosing spondylitis, the association became weaker after the researchers removed the immune-related genetic region. This suggests that part of the apparent connection may be related to shared immune genetics rather than a straightforward cause-and-effect relationship. Membranous nephropathy initially appeared to be associated with iron deficiency anemia, but that finding did not remain significant after the researchers removed the immune-related genetic region. The authors therefore urged caution in interpreting that result. Why Autoimmune Disease Could Affect Iron Levels The study discussed several possible explanations for why autoimmune diseases may increase the risk of iron deficiency anemia. One possibility is poor absorption. This is especially important in digestive diseases. In celiac disease, for example, damage to the small intestine can affect the part of the intestine where iron is normally absorbed. This may help explain why iron deficiency anemia is sometimes one of the first signs of celiac disease, even before obvious digestive symptoms appear. Another possible explanation is blood loss. Inflammatory bowel disease can cause intestinal bleeding, sometimes visible and sometimes hidden. Over time, this can reduce iron stores and lead to anemia. Other autoimmune conditions may also involve medication use or inflammation-related problems that increase bleeding risk. A third explanation involves chronic inflammation. When the immune system is highly active, the body may produce inflammatory signals that change how iron is handled. One important pathway involves a hormone that helps control iron movement in the body. When inflammation raises this hormone too much, the body may absorb less iron from food and may trap iron inside storage sites instead of making it available for red blood cell production. This can create a situation where iron is present in the body but not available where it is needed. What the Study Means for Celiac Disease For people with celiac disease, the study is important but should be interpreted carefully. The researchers found a possible genetic link between celiac disease and iron deficiency anemia, but the strength of that link decreased after additional genetic adjustment. This does not mean the connection between celiac disease and iron deficiency anemia is unimportant. In real-world medicine, iron deficiency anemia is a well-known presentation of celiac disease, especially because intestinal damage can interfere with iron absorption. Instead, this study suggests that the genetic relationship may be complicated. Some of the connection may come from shared immune system genetics, while some may come from the direct effects of intestinal damage, inflammation, and reduced absorption. For patients, the practical message remains the same: unexplained iron deficiency anemia should raise the question of celiac disease, especially when anemia does not improve as expected with iron treatment. Strengths and Limitations A major strength of this study is that it used a genetic method designed to better explore possible cause-and-effect relationships. It also examined several autoimmune diseases at once and used large genetic data sets. The researchers performed multiple checks to reduce the chance that the results were distorted by unrelated genetic effects. However, the study also had limitations. All participants were of European ancestry, so the results may not apply equally to people from other backgrounds. The study also did not separately analyze men and women, even though both autoimmune diseases and iron deficiency anemia can differ by sex. In addition, some of the effect sizes were small, meaning that the increased risk for an individual person may be modest, even if the finding matters at the population level. The study also cannot replace clinical evaluation. A genetic association does not tell doctors exactly why a particular patient has anemia. People with iron deficiency anemia still need proper medical assessment to look for dietary causes, menstrual blood loss, digestive bleeding, malabsorption, celiac disease, inflammatory conditions, and other possible explanations. Why This Study Could Matter to People With Celiac Disease This study could be meaningful for people with celiac disease because it reinforces the close relationship between autoimmune disease, intestinal health, inflammation, and iron deficiency anemia. For some people, low iron may be one of the earliest warning signs of celiac disease. For others, persistent iron deficiency after diagnosis may suggest ongoing gluten exposure, incomplete intestinal healing, poor absorption, another digestive condition, or another source of blood loss. The findings also support the idea that doctors should stay alert for iron deficiency anemia in patients with autoimmune diseases, including celiac disease. For people already diagnosed with celiac disease, monitoring iron status can be an important part of follow-up care. For people not yet diagnosed, unexplained or stubborn iron deficiency anemia may be a reason to ask about celiac disease testing before starting a gluten-free diet. Overall, the study adds to growing evidence that anemia is not just a separate problem that happens alongside autoimmune disease. In some cases, autoimmune disease itself may help drive iron problems through inflammation, blood loss, or impaired absorption. For the celiac disease community, this highlights the importance of early diagnosis, strict gluten-free treatment, and careful follow-up when iron levels remain low. Read more at: nature.comgluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/celiaccom-video-news-may-2026-r7252/Celiac.com 06/01/2026 - Explore expert insights, research updates, and practical tips on celiac disease, gluten-free living, and emerging treatments in our video library. Stay informed and empowered with the latest developments to manage celiac disease effectively. Follow our videos and stay up to date on our video content, which is designed to help you navigate a gluten-free lifestyle with confidence. Whether you’re newly diagnosed or seeking advanced strategies for managing celiac disease, our videos provide valuable resources tailored to your needs. All Celiac.com Videos - May, 2026: Watch the video version of Is Matcha Gluten-Free? What People With Celiac Disease Need to Know:Mon, 01 Jun 2026 20:35:02 +0000podcast@celiac.comnoCeliac.com 06/01/2026 - Explore expert insights, research updates, and practical tips on celiac disease, gluten-free living, and emerging treatments in our video library. Stay informed and empowered with the latest developments to manage celiac disease effectively. Follow our videos and stay up to date on our video content, which is designed to help you navigate a gluten-free lifestyle with confidence. Whether you’re newly diagnosed or seeking advanced strategies for managing celiac disease, our videos provide valuable resources tailored to your needs. All Celiac.com Videos - May, 2026: Watch the video version of Is Matcha Gluten-Free? What People With Celiac Disease Need to Know:podcast@celiac.comCeliac.com 06/01/2026 - Explore expert insights, research updates, and practical tips on celiac disease, gluten-free living, and emerging treatments in our video library. Stay informed and empowered with the latest developments to manage celiac disease effectively. Follow our videos and stay up to date on our video content, which is designed to help you navigate a gluten-free lifestyle with confidence. Whether you’re newly diagnosed or seeking advanced strategies for managing celiac disease, our videos provide valuable resources tailored to your needs. All Celiac.com Videos - May, 2026: Watch the video version of Is Matcha Gluten-Free? What People With Celiac Disease Need to Know:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/little-northern-bakehouse-gluten-free-vegan-french-onion-brats-r4700/Celiac.com 06/01/2026 - Today I'm taking a SOUPerstar, ditching the spoon, and serving it in a handy allergy-friendly bun! These Vegan French Onion Brats combine all your favourite flavours of French Onion Soup with fun summertime grilling for a fresh new take on brats! We're talking some gourmet brats here people! We'll start with my favourite gluten-free hot dog buns from Little Northern Bakehouse that are hearty but smooth and are ready for anything you've got cooking. And they're also vegan, allergy-friendly, and Non-GMO Project Verified. These hot dog buns are made with nutrient-rich millet and chia seeds to keep them soft and not crumbly, yet also offer just a subtle crunch. If you aren't familiar, millet is an ancient cereal crop that even today feeds about one third of the world. It's rich in iron, B vitamins and calcium, millet has a mild corn flavour and is naturally gluten-free. The chia seeds offer some omega-3 fatty acids, fibre, and protein making them a great choice for plant-based diets. They tasted absolutely perfect in this brat recipe. Next, you'll caramelize the onions. This recipe is super simple, but it pays to be patient with the caramelization process. Trust me, it'll be worth the wait. To enhance the French onion flavour, we're going to throw in a little vegan Worcestershire sauce, some vegetable broth, garlic powder and onion powder. Just before the onions are ready, grill up your favourite plant-based brats, or even veggie dogs. Place them in the Little Northern Bakehouse gluten-free hot dog buns on a foil-lined baking sheet, then top each brat with a generous helping of caramelized onions. Next, you'll sprinkle on some vegan cheese—I used a combination of mozzarella style and parmesan. Turn your oven broiler on and broil them to melt the cheese and give the buns a little added crunch. Be careful to watch them closely so they don't burn. Garnish the Vegan French Onion Brats with fresh thyme if desired and enjoy! I'm so grateful for Little Northern Bakehouse putting delicious hot dog buns back on the menu! They have reinvented this household staple so that everyone can enjoy it, without sacrificing anything in the way of taste. These buns are most definitely the best I've had. Instructions: For the Caramelized Onions: Slice the onions first. Remove the outer skin, slice in half vertically and then slice each half into strips. Place the onions in a large skillet with 2 tablespoons avocado/olive oil. Add the vegetable broth, Worcestershire sauce, salt, garlic and onion powder, and pepper and toss the onions to combine. Let the onions simmer on low heat for 45 minutes, until very soft and translucent, tossing occasionally. For the Vegan French Onion Brats: When the onions are about 15 minutes from being done, grill the brats via your preferred method. Place the brats in the hot dog buns and then generously top each brat with the caramelized onions, vegan mozzarella, and vegan parmesan cheese. Broil each brat in the oven watching very closely until the buns start to crisp and the cheese is melted. Garnish with fresh thyme if desired and enjoy! Serves 6 Find Little Northern Bakehouse near you. Sign up for Little Northern Bakehouse emails to invite gluten-free inspiration into your inbox or follow them on Instagram, Facebook, and Pinterest to get more of the same in your feed and find a community of gluten-free peers, too.Mon, 01 Jun 2026 18:21:00 +0000podcast@celiac.comnoCeliac.com 06/01/2026 - Today I'm taking a SOUPerstar, ditching the spoon, and serving it in a handy allergy-friendly bun! These Vegan French Onion Brats combine all your favourite flavours of French Onion Soup with fun summertime grilling for a fresh new take on brats! We're talking some gourmet brats here people! We'll start with my favourite gluten-free hot dog buns from Little Northern Bakehouse that are hearty but smooth and are ready for anything you've got cooking. And they're also vegan, allergy-friendly, and Non-GMO Project Verified. These hot dog buns are made with nutrient-rich millet and chia seeds to keep them soft and not crumbly, yet also offer just a subtle crunch. If you aren't familiar, millet is an ancient cereal crop that even today feeds about one third of the world. It's rich in iron, B vitamins and calcium, millet has a mild corn flavour and is naturally gluten-free. The chia seeds offer some omega-3 fatty acids, fibre, and protein making them a great choice for plant-based diets. They tasted absolutely perfect in this brat recipe. Next, you'll caramelize the onions. This recipe is super simple, but it pays to be patient with the caramelization process. Trust me, it'll be worth the wait. To enhance the French onion flavour, we're going to throw in a little vegan Worcestershire sauce, some vegetable broth, garlic powder and onion powder. Just before the onions are ready, grill up your favourite plant-based brats, or even veggie dogs. Place them in the Little Northern Bakehouse gluten-free hot dog buns on a foil-lined baking sheet, then top each brat with a generous helping of caramelized onions. Next, you'll sprinkle on some vegan cheese—I used a combination of mozzarella style and parmesan. Turn your oven broiler on and broil them to melt the cheese and give the buns a little added crunch. Be careful to watch them closely so they don't burn. Garnish the Vegan French Onion Brats with fresh thyme if desired and enjoy! I'm so grateful for Little Northern Bakehouse putting delicious hot dog buns back on the menu! They have reinvented this household staple so that everyone can enjoy it, without sacrificing anything in the way of taste. These buns are most definitely the best I've had. Instructions: For the Caramelized Onions: Slice the onions first. Remove the outer skin, slice in half vertically and then slice each half into strips. Place the onions in a large skillet with 2 tablespoons avocado/olive oil. Add the vegetable broth, Worcestershire sauce, salt, garlic and onion powder, and pepper and toss the onions to combine. Let the onions simmer on low heat for 45 minutes, until very soft and translucent, tossing occasionally. For the Vegan French Onion Brats: When the onions are about 15 minutes from being done, grill the brats via your preferred method. Place the brats in the hot dog buns and then generously top each brat with the caramelized onions, vegan mozzarella, and vegan parmesan cheese. Broil each brat in the oven watching very closely until the buns start to crisp and the cheese is melted. Garnish with fresh thyme if desired and enjoy! Serves 6 Find Little Northern Bakehouse near you. Sign up for Little Northern Bakehouse emails to invite gluten-free inspiration into your inbox or follow them on Instagram, Facebook, and Pinterest to get more of the same in your feed and find a community of gluten-free peers, too.podcast@celiac.comCeliac.com 06/01/2026 - Today I'm taking a SOUPerstar, ditching the spoon, and serving it in a handy allergy-friendly bun! These Vegan French Onion Brats combine all your favourite flavours of French Onion Soup with fun summertime grilling for a fresh new take on brats! We're talking some gourmet brats here people! We'll start with my favourite gluten-free hot dog buns from Little Northern Bakehouse that are hearty but smooth and are ready for anything you've got cooking. And they're also vegan, allergy-friendly, and Non-GMO Project Verified. These hot dog buns are made with nutrient-rich millet and chia seeds to keep them soft and not crumbly, yet also offer just a subtle crunch. If you aren't familiar, millet is an ancient cereal crop that even today feeds about one third of the world. It's rich in iron, B vitamins and calcium, millet has a mild corn flavour and is naturally gluten-free. The chia seeds offer some omega-3 fatty acids, fibre, and protein making them a great choice for plant-based diets. They tasted absolutely perfect in this brat recipe. Next, you'll caramelize the onions. This recipe is super simple, but it pays to be patient with the caramelization process. Trust me, it'll be worth the wait. To enhance the French onion flavour, we're going to throw in a little vegan Worcestershire sauce, some vegetable broth, garlic powder and onion powder. Just before the onions are ready, grill up your favourite plant-based brats, or even veggie dogs. Place them in the Little Northern Bakehouse gluten-free hot dog buns on a foil-lined baking sheet, then top each brat with a generous helping of caramelized onions. Next, you'll sprinkle on some vegan cheese—I used a combination of mozzarella style and parmesan. Turn your oven broiler on and broil them to melt the cheese and give the buns a little added crunch. Be careful to watch them closely so they don't burn. Garnish the Vegan French Onion Brats with fresh thyme if desired and enjoy! I'm so grateful for Little Northern Bakehouse putting delicious hot dog buns back on the menu! They have reinvented this household staple so that everyone can enjoy it, without sacrificing anything in the way of taste. These buns are most definitely the best I've had. Instructions: For the Caramelized Onions: Slice the onions first. Remove the outer skin, slice in half vertically and then slice each half into strips. Place the onions in a large skillet with 2 tablespoons avocado/olive oil. Add the vegetable broth, Worcestershire sauce, salt, garlic and onion powder, and pepper and toss the onions to combine. Let the onions simmer on low heat for 45 minutes, until very soft and translucent, tossing occasionally. For the Vegan French Onion Brats: When the onions are about 15 minutes from being done, grill the brats via your preferred method. Place the brats in the hot dog buns and then generously top each brat with the caramelized onions, vegan mozzarella, and vegan parmesan cheese. Broil each brat in the oven watching very closely until the buns start to crisp and the cheese is melted. Garnish with fresh thyme if desired and enjoy! Serves 6 Find Little Northern Bakehouse near you. Sign up for Little Northern Bakehouse emails to invite gluten-free inspiration into your inbox or follow them on Instagram, Facebook, and Pinterest to get more of the same in your feed and find a community of gluten-free peers, too.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/celiac-disease-may-look-different-in-black-hispanic-asian-and-white-patients-video-r7222/Celiac.com 06/01/2026 - A new multi-institutional study examined whether people with celiac disease in the United States show different symptoms and related health problems depending on race and ethnicity. The researchers used a large electronic health record database that includes de-identified patient information from more than one hundred twenty health care organizations, mostly in the United States. Their goal was to better understand whether celiac disease is being recognized equally across different groups, and whether some patients may be missed because their symptoms do not match the classic picture many doctors expect. Celiac disease is an autoimmune condition triggered by eating gluten, a protein found in wheat, barley, and rye. When a person with celiac disease eats gluten, the immune system can damage the small intestine and cause many different symptoms, including digestive problems, fatigue, nutrient deficiencies, skin symptoms, nerve symptoms, and other autoimmune conditions. Although celiac disease has often been thought of as a disease mainly affecting people of European ancestry, newer research suggests that this view may be too narrow and may contribute to delayed or missed diagnosis in non-White patients. How the Study Was Done The researchers reviewed records for 171,447 people who had a recorded diagnosis of celiac disease. Patients were grouped by self-reported race and ethnicity: White, Black, Hispanic, and Asian. The study did not include patients from other groups because the numbers were too small for meaningful comparison. The largest group by far was White patients, who made up 159,544 of the total cases, or about ninety-three percent. The study also included 5,627 Black patients, 3,919 Hispanic patients, and 2,357 Asian patients. Across the full study population, the average age was forty-three years, and most patients were female. This fits with the broader pattern of autoimmune diseases, which are often diagnosed more often in women. The researchers looked at symptoms, associated conditions, and selected laboratory abnormalities that appeared before the recorded celiac disease diagnosis. This approach allowed them to compare what was documented in patients' medical histories before the disease was officially recognized in their records. Key Differences in Symptoms The study found that celiac disease did not look exactly the same across all groups. White patients most often had fatigue, nausea and vomiting, thyroid disease, constipation, abdominal bloating from gas, headaches, iron deficiency anemia, weight loss, skin tingling or numbness, and low potassium. Black patients had a somewhat different pattern. Their most common recorded issue was nausea and vomiting, followed by constipation and fatigue. Compared with White patients, Black patients were more likely to have constipation, abnormal weight loss, adult failure to thrive, recurrent seizures, and low potassium. They also had higher rates of iron deficiency anemia, skin tingling or numbness, and some autoimmune conditions. Hispanic patients also commonly had nausea and vomiting, constipation, fatigue, thyroid disease, headaches, gas-related bloating, iron deficiency anemia, skin tingling or numbness, weight loss, and type one diabetes. Compared with White patients, Hispanic patients were more likely to have nausea and vomiting, constipation, gas-related bloating, headaches, iron deficiency anemia, and skin tingling or numbness. Asian patients most commonly had fatigue, constipation, thyroid disease, nausea and vomiting, gas-related bloating, iron deficiency anemia, headaches, weight loss, skin tingling or numbness, and gas pain. Compared with White patients, Asian patients were more likely to have gas-related abdominal bloating and iron deficiency anemia, but less likely to have nausea and vomiting. Why These Findings Matter One of the study's most important messages is that celiac disease may be underrecognized in non-White patients. If doctors mainly associate celiac disease with White patients, or expect the same symptom pattern in every patient, some people may not be tested even when their symptoms fit the disease in a less traditional way. This matters because untreated celiac disease can cause long-term health problems. Ongoing gluten exposure in someone with celiac disease can lead to intestinal damage, poor nutrient absorption, anemia, bone loss, infertility issues, neurological symptoms, and other complications. A delayed diagnosis can also mean years of unnecessary symptoms and medical visits before the real cause is found. The study suggests that clinicians should think more broadly when deciding who should be tested for celiac disease. Symptoms such as constipation, nausea, vomiting, unexplained weight loss, iron deficiency anemia, bloating, low potassium, headaches, nerve sensations in the skin, and autoimmune conditions may all be relevant, even when the patient does not fit the outdated stereotype of who gets celiac disease. Study Limitations The authors noted several limitations. Because the study relied on electronic health records, the findings depend on how accurately doctors and health systems coded symptoms and diagnoses. Some symptoms or conditions may have been missed if they were not recorded. Race and ethnicity were self-reported, which may not fully capture a person's background or the social factors that influence access to care. The database also did not allow the researchers to clearly measure how long patients had symptoms before diagnosis. That means the study could not directly answer whether one group waited longer than another for diagnosis, even though the findings raise that concern. Some important celiac-related issues, such as dermatitis herpetiformis and vitamin deficiencies, were also underreported, making them harder to interpret. What This Could Mean for People With Celiac Disease For people with celiac disease, this study is meaningful because it challenges the idea that celiac disease has one standard presentation or mainly affects one racial or ethnic group. The findings support a more inclusive view: celiac disease can affect people from many backgrounds, and the symptoms may vary from person to person. For patients, the practical takeaway is that unexplained digestive symptoms, iron deficiency anemia, fatigue, weight loss, bloating, constipation, nerve sensations, low potassium, or related autoimmune conditions may be worth discussing with a doctor, especially if symptoms persist. For doctors, the study is a reminder that celiac disease screening should be applied fairly and thoughtfully across all racial and ethnic groups. Ultimately, the study could help improve earlier diagnosis and better care for people who might otherwise be overlooked. For the celiac disease community, it reinforces a simple but important message: celiac disease is not limited to one type of patient, and broader awareness may help more people get diagnosed, treated, and protected from long-term gluten-related damage. Read more at: sciencedirect.com Watch the video version of this article:Mon, 01 Jun 2026 13:30:01 +0000podcast@celiac.comnoCeliac.com 06/01/2026 - A new multi-institutional study examined whether people with celiac disease in the United States show different symptoms and related health problems depending on race and ethnicity. The researchers used a large electronic health record database that includes de-identified patient information from more than one hundred twenty health care organizations, mostly in the United States. Their goal was to better understand whether celiac disease is being recognized equally across different groups, and whether some patients may be missed because their symptoms do not match the classic picture many doctors expect. Celiac disease is an autoimmune condition triggered by eating gluten, a protein found in wheat, barley, and rye. When a person with celiac disease eats gluten, the immune system can damage the small intestine and cause many different symptoms, including digestive problems, fatigue, nutrient deficiencies, skin symptoms, nerve symptoms, and other autoimmune conditions. Although celiac disease has often been thought of as a disease mainly affecting people of European ancestry, newer research suggests that this view may be too narrow and may contribute to delayed or missed diagnosis in non-White patients. How the Study Was Done The researchers reviewed records for 171,447 people who had a recorded diagnosis of celiac disease. Patients were grouped by self-reported race and ethnicity: White, Black, Hispanic, and Asian. The study did not include patients from other groups because the numbers were too small for meaningful comparison. The largest group by far was White patients, who made up 159,544 of the total cases, or about ninety-three percent. The study also included 5,627 Black patients, 3,919 Hispanic patients, and 2,357 Asian patients. Across the full study population, the average age was forty-three years, and most patients were female. This fits with the broader pattern of autoimmune diseases, which are often diagnosed more often in women. The researchers looked at symptoms, associated conditions, and selected laboratory abnormalities that appeared before the recorded celiac disease diagnosis. This approach allowed them to compare what was documented in patients' medical histories before the disease was officially recognized in their records. Key Differences in Symptoms The study found that celiac disease did not look exactly the same across all groups. White patients most often had fatigue, nausea and vomiting, thyroid disease, constipation, abdominal bloating from gas, headaches, iron deficiency anemia, weight loss, skin tingling or numbness, and low potassium. Black patients had a somewhat different pattern. Their most common recorded issue was nausea and vomiting, followed by constipation and fatigue. Compared with White patients, Black patients were more likely to have constipation, abnormal weight loss, adult failure to thrive, recurrent seizures, and low potassium. They also had higher rates of iron deficiency anemia, skin tingling or numbness, and some autoimmune conditions. Hispanic patients also commonly had nausea and vomiting, constipation, fatigue, thyroid disease, headaches, gas-related bloating, iron deficiency anemia, skin tingling or numbness, weight loss, and type one diabetes. Compared with White patients, Hispanic patients were more likely to have nausea and vomiting, constipation, gas-related bloating, headaches, iron deficiency anemia, and skin tingling or numbness. Asian patients most commonly had fatigue, constipation, thyroid disease, nausea and vomiting, gas-related bloating, iron deficiency anemia, headaches, weight loss, skin tingling or numbness, and gas pain. Compared with White patients, Asian patients were more likely to have gas-related abdominal bloating and iron deficiency anemia, but less likely to have nausea and vomiting. Why These Findings Matter One of the study's most important messages is that celiac disease may be underrecognized in non-White patients. If doctors mainly associate celiac disease with White patients, or expect the same symptom pattern in every patient, some people may not be tested even when their symptoms fit the disease in a less traditional way. This matters because untreated celiac disease can cause long-term health problems. Ongoing gluten exposure in someone with celiac disease can lead to intestinal damage, poor nutrient absorption, anemia, bone loss, infertility issues, neurological symptoms, and other complications. A delayed diagnosis can also mean years of unnecessary symptoms and medical visits before the real cause is found. The study suggests that clinicians should think more broadly when deciding who should be tested for celiac disease. Symptoms such as constipation, nausea, vomiting, unexplained weight loss, iron deficiency anemia, bloating, low potassium, headaches, nerve sensations in the skin, and autoimmune conditions may all be relevant, even when the patient does not fit the outdated stereotype of who gets celiac disease. Study Limitations The authors noted several limitations. Because the study relied on electronic health records, the findings depend on how accurately doctors and health systems coded symptoms and diagnoses. Some symptoms or conditions may have been missed if they were not recorded. Race and ethnicity were self-reported, which may not fully capture a person's background or the social factors that influence access to care. The database also did not allow the researchers to clearly measure how long patients had symptoms before diagnosis. That means the study could not directly answer whether one group waited longer than another for diagnosis, even though the findings raise that concern. Some important celiac-related issues, such as dermatitis herpetiformis and vitamin deficiencies, were also underreported, making them harder to interpret. What This Could Mean for People With Celiac Disease For people with celiac disease, this study is meaningful because it challenges the idea that celiac disease has one standard presentation or mainly affects one racial or ethnic group. The findings support a more inclusive view: celiac disease can affect people from many backgrounds, and the symptoms may vary from person to person. For patients, the practical takeaway is that unexplained digestive symptoms, iron deficiency anemia, fatigue, weight loss, bloating, constipation, nerve sensations, low potassium, or related autoimmune conditions may be worth discussing with a doctor, especially if symptoms persist. For doctors, the study is a reminder that celiac disease screening should be applied fairly and thoughtfully across all racial and ethnic groups. Ultimately, the study could help improve earlier diagnosis and better care for people who might otherwise be overlooked. For the celiac disease community, it reinforces a simple but important message: celiac disease is not limited to one type of patient, and broader awareness may help more people get diagnosed, treated, and protected from long-term gluten-related damage. Read more at: sciencedirect.com Watch the video version of this article:podcast@celiac.comCeliac.com 06/01/2026 - A new multi-institutional study examined whether people with celiac disease in the United States show different symptoms and related health problems depending on race and ethnicity. The researchers used a large electronic health record database that includes de-identified patient information from more than one hundred twenty health care organizations, mostly in the United States. Their goal was to better understand whether celiac disease is being recognized equally across different groups, and whether some patients may be missed because their symptoms do not match the classic picture many doctors expect. Celiac disease is an autoimmune condition triggered by eating gluten, a protein found in wheat, barley, and rye. When a person with celiac disease eats gluten, the immune system can damage the small intestine and cause many different symptoms, including digestive problems, fatigue, nutrient deficiencies, skin symptoms, nerve symptoms, and other autoimmune conditions. Although celiac disease has often been thought of as a disease mainly affecting people of European ancestry, newer research suggests that this view may be too narrow and may contribute to delayed or missed diagnosis in non-White patients. How the Study Was Done The researchers reviewed records for 171,447 people who had a recorded diagnosis of celiac disease. Patients were grouped by self-reported race and ethnicity: White, Black, Hispanic, and Asian. The study did not include patients from other groups because the numbers were too small for meaningful comparison. The largest group by far was White patients, who made up 159,544 of the total cases, or about ninety-three percent. The study also included 5,627 Black patients, 3,919 Hispanic patients, and 2,357 Asian patients. Across the full study population, the average age was forty-three years, and most patients were female. This fits with the broader pattern of autoimmune diseases, which are often diagnosed more often in women. The researchers looked at symptoms, associated conditions, and selected laboratory abnormalities that appeared before the recorded celiac disease diagnosis. This approach allowed them to compare what was documented in patients' medical histories before the disease was officially recognized in their records. Key Differences in Symptoms The study found that celiac disease did not look exactly the same across all groups. White patients most often had fatigue, nausea and vomiting, thyroid disease, constipation, abdominal bloating from gas, headaches, iron deficiency anemia, weight loss, skin tingling or numbness, and low potassium. Black patients had a somewhat different pattern. Their most common recorded issue was nausea and vomiting, followed by constipation and fatigue. Compared with White patients, Black patients were more likely to have constipation, abnormal weight loss, adult failure to thrive, recurrent seizures, and low potassium. They also had higher rates of iron deficiency anemia, skin tingling or numbness, and some autoimmune conditions. Hispanic patients also commonly had nausea and vomiting, constipation, fatigue, thyroid disease, headaches, gas-related bloating, iron deficiency anemia, skin tingling or numbness, weight loss, and type one diabetes. Compared with White patients, Hispanic patients were more likely to have nausea and vomiting, constipation, gas-related bloating, headaches, iron deficiency anemia, and skin tingling or numbness. Asian patients most commonly had fatigue, constipation, thyroid disease, nausea and vomiting, gas-related bloating, iron deficiency anemia, headaches, weight loss, skin tingling or numbness, and gas pain. Compared with White patients, Asian patients were more likely to have gas-related abdominal bloating and iron deficiency anemia, but less likely to have nausea and vomiting. Why These Findings Matter One of the study's most important messages is that celiac disease may be underrecognized in non-White patients. If doctors mainly associate celiac disease with White patients, or expect the same symptom pattern in every patient, some people may not be tested even when their symptoms fit the disease in a less traditional way. This matters because untreated celiac disease can cause long-term health problems. Ongoing gluten exposure in someone with celiac disease can lead to intestinal damage, poor nutrient absorption, anemia, bone loss, infertility issues, neurological symptoms, and other complications. A delayed diagnosis can also mean years of unnecessary symptoms and medical visits before the real cause is found. The study suggests that clinicians should think more broadly when deciding who should be tested for celiac disease. Symptoms such as constipation, nausea, vomiting, unexplained weight loss, iron deficiency anemia, bloating, low potassium, headaches, nerve sensations in the skin, and autoimmune conditions may all be relevant, even when the patient does not fit the outdated stereotype of who gets celiac disease. Study Limitations The authors noted several limitations. Because the study relied on electronic health records, the findings depend on how accurately doctors and health systems coded symptoms and diagnoses. Some symptoms or conditions may have been missed if they were not recorded. Race and ethnicity were self-reported, which may not fully capture a person's background or the social factors that influence access to care. The database also did not allow the researchers to clearly measure how long patients had symptoms before diagnosis. That means the study could not directly answer whether one group waited longer than another for diagnosis, even though the findings raise that concern. Some important celiac-related issues, such as dermatitis herpetiformis and vitamin deficiencies, were also underreported, making them harder to interpret. What This Could Mean for People With Celiac Disease For people with celiac disease, this study is meaningful because it challenges the idea that celiac disease has one standard presentation or mainly affects one racial or ethnic group. The findings support a more inclusive view: celiac disease can affect people from many backgrounds, and the symptoms may vary from person to person. For patients, the practical takeaway is that unexplained digestive symptoms, iron deficiency anemia, fatigue, weight loss, bloating, constipation, nerve sensations, low potassium, or related autoimmune conditions may be worth discussing with a doctor, especially if symptoms persist. For doctors, the study is a reminder that celiac disease screening should be applied fairly and thoughtfully across all racial and ethnic groups. Ultimately, the study could help improve earlier diagnosis and better care for people who might otherwise be overlooked. For the celiac disease community, it reinforces a simple but important message: celiac disease is not limited to one type of patient, and broader awareness may help more people get diagnosed, treated, and protected from long-term gluten-related damage. Read more at: sciencedirect.com Watch the video version of this article:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/gluten-free-cioppino-a-rich-and-rustic-fishermans-stew-r7218/Celiac.com 05/30/2026 - Cioppino is a hearty seafood stew that grew out of the fishing communities of the American West Coast, especially San Francisco, where cooks brought together Italian coastal traditions and the day’s fresh catch. It became known as a practical but deeply flavorful dish, often built from fish, shellfish, tomatoes, garlic, wine, and herbs simmered into a rich broth. The beauty of the dish has always been its flexibility. It was shaped by what the boats brought in and what the kitchen had on hand. This gluten-free version keeps that rustic spirit while making the stew safe for those who need to avoid gluten. The broth is bold and aromatic, the seafood stays tender, and the finished dish feels both comforting and elegant. It is a wonderful meal for anyone with celiac disease or gluten sensitivity who misses restaurant-style seafood stews and wants a version that is simple, satisfying, and made with confidence at home. Gluten-Free Fisherman's Stew (Cioppino) Ingredients For the broth: 2 tablespoons olive oil 1 medium yellow onion, diced 1 fennel bulb, trimmed and thinly sliced 4 cloves garlic, minced ½ teaspoon crushed red pepper flakes 1 teaspoon dried oregano 1 teaspoon dried basil ½ teaspoon dried thyme 2 tablespoons tomato paste 1 can (28 ounces) crushed tomatoes 1 can (14 ounces) diced tomatoes 1 cup gluten-free dry white wine or additional seafood stock 3 cups gluten-free seafood stock 1 cup clam juice 1 bay leaf 1 teaspoon gluten-free Worcestershire sauce ½ teaspoon sea salt, plus more to taste ¼ teaspoon black pepper For the seafood: ½ pound cod or halibut, cut into large chunks ½ pound salmon, cut into large chunks ½ pound large shrimp, peeled and deveined ½ pound scallops 1 pound mussels, scrubbed and debearded 1 pound littleneck clams, scrubbed For finishing: 2 tablespoons chopped fresh parsley 1 tablespoon chopped fresh basil 1 tablespoon fresh lemon juice Optional for serving: Gluten-free toasted bread Lemon wedges Instructions In a large heavy pot or Dutch oven, heat the olive oil over medium heat. Add the onion and fennel and cook for about 6 to 8 minutes, stirring often, until softened and lightly golden. Add the garlic, crushed red pepper flakes, oregano, basil, and thyme. Cook for 1 minute, just until fragrant. Stir in the tomato paste and cook for another 1 to 2 minutes, letting it deepen in color slightly. Pour in the crushed tomatoes, diced tomatoes, white wine, seafood stock, and clam juice. Add the bay leaf, Worcestershire sauce, salt, and black pepper. Stir well. Bring the broth to a gentle boil, then reduce the heat and let it simmer uncovered for 25 to 30 minutes so the flavors can blend and the broth can thicken slightly. Taste the broth and adjust the salt and pepper if needed. Add the chunks of cod or halibut and salmon to the simmering broth. Cook for 3 minutes. Add the shrimp, scallops, mussels, and clams. Cover the pot and cook for 5 to 7 minutes, or until the shrimp are pink, the scallops are just opaque, and the mussels and clams have opened. Discard any mussels or clams that do not open. Remove the bay leaf. Stir in the parsley, basil, and fresh lemon juice. Ladle the stew into bowls and serve hot, with gluten-free toasted bread on the side if desired. Tips for Success Use the freshest seafood you can find, since this stew depends on clean, bright seafood flavor. Always double-check the labels on stock, clam juice, Worcestershire sauce, and wine if needed, since hidden gluten can appear in unexpected places. Do not overcook the seafood. Add it in stages so delicate fish and shellfish stay tender. If you want a slightly richer broth, stir in 1 extra tablespoon of olive oil just before serving. Serving Ideas This stew is excellent on its own, but it is especially good with gluten-free garlic toast, a crisp green salad, or roasted vegetables. For a more dramatic presentation, serve it in wide shallow bowls with extra parsley and a lemon wedge on the side. Conclusion Gluten-Free Fisherman's Stew is a wonderful way to bring the spirit of an old coastal classic to a gluten-free table. It feels generous and special, yet it is simple enough to make at home without fuss. For people with celiac disease or gluten sensitivity, dishes like this show that gluten-free cooking does not need to feel limiting. With a deeply flavored broth, tender seafood, and careful ingredient choices, this version delivers all the comfort and character of a traditional cioppino in a form everyone at the table can enjoy.Sat, 30 May 2026 15:35:02 +0000podcast@celiac.comnoCeliac.com 05/30/2026 - Cioppino is a hearty seafood stew that grew out of the fishing communities of the American West Coast, especially San Francisco, where cooks brought together Italian coastal traditions and the day’s fresh catch. It became known as a practical but deeply flavorful dish, often built from fish, shellfish, tomatoes, garlic, wine, and herbs simmered into a rich broth. The beauty of the dish has always been its flexibility. It was shaped by what the boats brought in and what the kitchen had on hand. This gluten-free version keeps that rustic spirit while making the stew safe for those who need to avoid gluten. The broth is bold and aromatic, the seafood stays tender, and the finished dish feels both comforting and elegant. It is a wonderful meal for anyone with celiac disease or gluten sensitivity who misses restaurant-style seafood stews and wants a version that is simple, satisfying, and made with confidence at home. Gluten-Free Fisherman's Stew (Cioppino) Ingredients For the broth: 2 tablespoons olive oil 1 medium yellow onion, diced 1 fennel bulb, trimmed and thinly sliced 4 cloves garlic, minced ½ teaspoon crushed red pepper flakes 1 teaspoon dried oregano 1 teaspoon dried basil ½ teaspoon dried thyme 2 tablespoons tomato paste 1 can (28 ounces) crushed tomatoes 1 can (14 ounces) diced tomatoes 1 cup gluten-free dry white wine or additional seafood stock 3 cups gluten-free seafood stock 1 cup clam juice 1 bay leaf 1 teaspoon gluten-free Worcestershire sauce ½ teaspoon sea salt, plus more to taste ¼ teaspoon black pepper For the seafood: ½ pound cod or halibut, cut into large chunks ½ pound salmon, cut into large chunks ½ pound large shrimp, peeled and deveined ½ pound scallops 1 pound mussels, scrubbed and debearded 1 pound littleneck clams, scrubbed For finishing: 2 tablespoons chopped fresh parsley 1 tablespoon chopped fresh basil 1 tablespoon fresh lemon juice Optional for serving: Gluten-free toasted bread Lemon wedges Instructions In a large heavy pot or Dutch oven, heat the olive oil over medium heat. Add the onion and fennel and cook for about 6 to 8 minutes, stirring often, until softened and lightly golden. Add the garlic, crushed red pepper flakes, oregano, basil, and thyme. Cook for 1 minute, just until fragrant. Stir in the tomato paste and cook for another 1 to 2 minutes, letting it deepen in color slightly. Pour in the crushed tomatoes, diced tomatoes, white wine, seafood stock, and clam juice. Add the bay leaf, Worcestershire sauce, salt, and black pepper. Stir well. Bring the broth to a gentle boil, then reduce the heat and let it simmer uncovered for 25 to 30 minutes so the flavors can blend and the broth can thicken slightly. Taste the broth and adjust the salt and pepper if needed. Add the chunks of cod or halibut and salmon to the simmering broth. Cook for 3 minutes. Add the shrimp, scallops, mussels, and clams. Cover the pot and cook for 5 to 7 minutes, or until the shrimp are pink, the scallops are just opaque, and the mussels and clams have opened. Discard any mussels or clams that do not open. Remove the bay leaf. Stir in the parsley, basil, and fresh lemon juice. Ladle the stew into bowls and serve hot, with gluten-free toasted bread on the side if desired. Tips for Success Use the freshest seafood you can find, since this stew depends on clean, bright seafood flavor. Always double-check the labels on stock, clam juice, Worcestershire sauce, and wine if needed, since hidden gluten can appear in unexpected places. Do not overcook the seafood. Add it in stages so delicate fish and shellfish stay tender. If you want a slightly richer broth, stir in 1 extra tablespoon of olive oil just before serving. Serving Ideas This stew is excellent on its own, but it is especially good with gluten-free garlic toast, a crisp green salad, or roasted vegetables. For a more dramatic presentation, serve it in wide shallow bowls with extra parsley and a lemon wedge on the side. Conclusion Gluten-Free Fisherman's Stew is a wonderful way to bring the spirit of an old coastal classic to a gluten-free table. It feels generous and special, yet it is simple enough to make at home without fuss. For people with celiac disease or gluten sensitivity, dishes like this show that gluten-free cooking does not need to feel limiting. With a deeply flavored broth, tender seafood, and careful ingredient choices, this version delivers all the comfort and character of a traditional cioppino in a form everyone at the table can enjoy.podcast@celiac.comCeliac.com 05/30/2026 - Cioppino is a hearty seafood stew that grew out of the fishing communities of the American West Coast, especially San Francisco, where cooks brought together Italian coastal traditions and the day’s fresh catch. It became known as a practical but deeply flavorful dish, often built from fish, shellfish, tomatoes, garlic, wine, and herbs simmered into a rich broth. The beauty of the dish has always been its flexibility. It was shaped by what the boats brought in and what the kitchen had on hand. This gluten-free version keeps that rustic spirit while making the stew safe for those who need to avoid gluten. The broth is bold and aromatic, the seafood stays tender, and the finished dish feels both comforting and elegant. It is a wonderful meal for anyone with celiac disease or gluten sensitivity who misses restaurant-style seafood stews and wants a version that is simple, satisfying, and made with confidence at home. Gluten-Free Fisherman's Stew (Cioppino) Ingredients For the broth: 2 tablespoons olive oil 1 medium yellow onion, diced 1 fennel bulb, trimmed and thinly sliced 4 cloves garlic, minced ½ teaspoon crushed red pepper flakes 1 teaspoon dried oregano 1 teaspoon dried basil ½ teaspoon dried thyme 2 tablespoons tomato paste 1 can (28 ounces) crushed tomatoes 1 can (14 ounces) diced tomatoes 1 cup gluten-free dry white wine or additional seafood stock 3 cups gluten-free seafood stock 1 cup clam juice 1 bay leaf 1 teaspoon gluten-free Worcestershire sauce ½ teaspoon sea salt, plus more to taste ¼ teaspoon black pepper For the seafood: ½ pound cod or halibut, cut into large chunks ½ pound salmon, cut into large chunks ½ pound large shrimp, peeled and deveined ½ pound scallops 1 pound mussels, scrubbed and debearded 1 pound littleneck clams, scrubbed For finishing: 2 tablespoons chopped fresh parsley 1 tablespoon chopped fresh basil 1 tablespoon fresh lemon juice Optional for serving: Gluten-free toasted bread Lemon wedges Instructions In a large heavy pot or Dutch oven, heat the olive oil over medium heat. Add the onion and fennel and cook for about 6 to 8 minutes, stirring often, until softened and lightly golden. Add the garlic, crushed red pepper flakes, oregano, basil, and thyme. Cook for 1 minute, just until fragrant. Stir in the tomato paste and cook for another 1 to 2 minutes, letting it deepen in color slightly. Pour in the crushed tomatoes, diced tomatoes, white wine, seafood stock, and clam juice. Add the bay leaf, Worcestershire sauce, salt, and black pepper. Stir well. Bring the broth to a gentle boil, then reduce the heat and let it simmer uncovered for 25 to 30 minutes so the flavors can blend and the broth can thicken slightly. Taste the broth and adjust the salt and pepper if needed. Add the chunks of cod or halibut and salmon to the simmering broth. Cook for 3 minutes. Add the shrimp, scallops, mussels, and clams. Cover the pot and cook for 5 to 7 minutes, or until the shrimp are pink, the scallops are just opaque, and the mussels and clams have opened. Discard any mussels or clams that do not open. Remove the bay leaf. Stir in the parsley, basil, and fresh lemon juice. Ladle the stew into bowls and serve hot, with gluten-free toasted bread on the side if desired. Tips for Success Use the freshest seafood you can find, since this stew depends on clean, bright seafood flavor. Always double-check the labels on stock, clam juice, Worcestershire sauce, and wine if needed, since hidden gluten can appear in unexpected places. Do not overcook the seafood. Add it in stages so delicate fish and shellfish stay tender. If you want a slightly richer broth, stir in 1 extra tablespoon of olive oil just before serving. Serving Ideas This stew is excellent on its own, but it is especially good with gluten-free garlic toast, a crisp green salad, or roasted vegetables. For a more dramatic presentation, serve it in wide shallow bowls with extra parsley and a lemon wedge on the side. Conclusion Gluten-Free Fisherman's Stew is a wonderful way to bring the spirit of an old coastal classic to a gluten-free table. It feels generous and special, yet it is simple enough to make at home without fuss. For people with celiac disease or gluten sensitivity, dishes like this show that gluten-free cooking does not need to feel limiting. With a deeply flavored broth, tender seafood, and careful ingredient choices, this version delivers all the comfort and character of a traditional cioppino in a form everyone at the table can enjoy.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/is-matcha-gluten-free-what-people-with-celiac-disease-need-to-know-video-r7219/Celiac.com 05/28/2026 - Matcha has become one of the most recognizable green tea ingredients in the world. It appears in lattes, smoothies, desserts, baked goods, and wellness drinks, and it is often marketed as a clean and simple ingredient. Because it starts as tea leaves that are grown, dried, and ground into a fine powder, many people assume it must automatically be gluten-free. In its pure form, that is usually true. But as with many foods and beverages, the full answer depends on what kind of matcha you are buying and how it is being served. For people with celiac disease or gluten sensitivity, this distinction matters. Pure matcha powder is generally considered naturally gluten-free, but flavored blends, café drinks, packaged mixes, and matcha foods may contain gluten ingredients or face cross-contact risks. That means matcha itself is often safe, while many matcha products require a closer look. Understanding that difference can help people enjoy matcha more confidently and avoid surprises. What Matcha Actually Is Matcha is a powdered form of green tea. Unlike regular green tea, where the leaves are steeped and removed, matcha is whisked or blended directly into liquid, so the powdered leaf is consumed as part of the drink. Traditional matcha is made from specially grown tea leaves that are shaded before harvest, then dried and stone-ground into a vibrant green powder. Because matcha comes from tea leaves alone, plain, high-quality matcha does not contain wheat, barley, or rye. In that sense, the basic ingredient itself is naturally gluten-free. If you buy a single-ingredient matcha powder with no added flavorings, sweeteners, fillers, or anti-caking agents, it is usually one of the simpler products in the pantry. When Matcha Is Gluten-Free Pure matcha is generally gluten-free. If the ingredient label says only matcha, green tea powder, or a similarly simple description with no other additions, that is the safest starting point. Many plain ceremonial and culinary matcha powders fall into this category. This is good news for people who enjoy tea and want something with a bold taste and a versatile use. Plain matcha can be whisked into hot water, blended into milk alternatives, added to yogurt, stirred into smoothies, or used in home recipes where all the ingredients are under your control. For someone with celiac disease, pure matcha can be one of the easier specialty ingredients to work with because the base ingredient is not grain-based and does not normally rely on gluten for texture or structure. When Matcha May Not Be Gluten-Free The bigger problem is not usually the matcha itself. It is the way matcha is packaged, blended, or served. Once matcha becomes part of a prepared drink mix or flavored food, the chance of hidden gluten goes up. Some common examples include sweetened matcha latte powders, instant café mixes, bottled matcha drinks, matcha protein powders, matcha snack bars, matcha pastries, and matcha ice cream. These products may contain flavor systems, malt ingredients, cookie pieces, cereal add-ins, thickeners, or other components that are not safe for a gluten-free diet. Even if the ingredient list does not include obvious wheat flour, it is still worth checking for ingredients such as barley malt, malt extract, cookie crumbs, wheat starch, or vague flavor blends that may need clarification. A matcha latte mix is not the same thing as plain matcha powder, and that difference matters. Matcha Lattes and Coffee Shop Risks One of the most common questions is not whether matcha powder is gluten-free, but whether a matcha latte from a café is gluten-free. That answer is much less certain. Many coffee shops use pre-sweetened matcha blends rather than plain tea powder. Those blends may contain added sugar, flavorings, powdered milk, stabilizers, or other ingredients. In some cases, a café worker may not even know what is in the matcha mix because it comes prepackaged from a supplier. That makes it harder for people with celiac disease to verify safety. There is also the issue of cross-contact. A café may use the same counters, steam wands, blenders, scoops, or shakers for drinks that contain cookie crumbs, oat toppings, malt flavorings, or other gluten-containing ingredients. Even if the matcha powder itself is safe, the preparation environment may not be. For people with celiac disease, ordering matcha in a coffee shop may require asking a few direct questions. Is the matcha plain or pre-sweetened? Can staff confirm the ingredients? Is there a risk of cross-contact from shared equipment? If the staff cannot answer clearly, it may be better to skip it. Watch Out for Matcha in Desserts and Packaged Foods Matcha is now used in cookies, cakes, doughnuts, candies, ice cream, noodles, breakfast foods, and even chocolate products. In these forms, the presence of matcha says almost nothing about whether the final product is gluten-free. A matcha cookie is still a cookie. A matcha muffin is still a muffin. A matcha-filled wafer is still a wafer. The tea flavor does not make the product safer. This is where people with gluten sensitivity or celiac disease can get tripped up by health-focused marketing. A food may be sold as plant-based, antioxidant-rich, organic, or wellness-friendly while still containing wheat. Matcha often appears in products that look clean and modern on the outside but still require the same careful label reading as any other packaged food. That means the smartest approach is to separate the ingredient from the finished product. Matcha may be naturally gluten-free, but a matcha dessert or snack must be judged by its full ingredient list and labeling, not by the tea alone. Cross-Contact and Manufacturing Concerns Even plain matcha can raise a question about cross-contact if it is processed or packaged in a facility that also handles gluten-containing products. Some people with gluten sensitivity may be comfortable with a product that has no gluten ingredients but no formal gluten-free claim. People with celiac disease often prefer a stronger level of assurance. This is especially true with imported specialty products, bulk bins, repackaged tea powders, and store brands where manufacturing practices may not be obvious. A single-ingredient product is a great start, but some consumers may still want to look for a gluten-free label or contact the company for more information. Bulk bins deserve extra caution. Tea powders sold loose in scoop bins can be exposed to shared utensils, nearby spills, and customer handling. For a person with celiac disease, sealed packaging is usually the better choice. How to Choose a Safer Matcha Product If you want a safer choice, start with a plain, sealed package of matcha that lists only one ingredient. A clearly labeled gluten-free product is even better. If the package contains added sweeteners or flavors, read the full label carefully. If the product is imported and the label is unclear, consider reaching out to the brand before buying. It also helps to think about how you plan to use it. If you want matcha for home drinks, baking, or smoothies, plain powder gives you the most control. You can pair it with gluten-free milk, sweeteners, and ingredients you already trust. That is often much easier than relying on a café or premade beverage. If you are buying matcha-flavored products instead of plain powder, look for a clear gluten-free statement and read past the front-of-package marketing. The ingredient list matters more than the green color and tea imagery. What This Means for People With Celiac Disease For people with celiac disease, the matcha question is a good reminder that naturally gluten-free ingredients can still become risky in real-world settings. Tea leaves themselves are not the problem. The problem is usually what gets added, how the product is made, and where it is prepared. The good news is that pure matcha can fit very well into a gluten-free diet. It can offer variety for people who want something different from coffee or ordinary tea, and it works in both drinks and recipes. But people with celiac disease need to be careful with café versions, sweetened powders, and processed matcha foods, because those are the places where gluten ingredients or cross-contact are more likely to appear. In practice, the safest matcha experience often happens at home, using a trusted plain powder and gluten-free ingredients. That approach removes much of the uncertainty and makes it easier to enjoy matcha without second-guessing every sip. What This Means for People With Gluten Sensitivity People with gluten sensitivity may also find that plain matcha works well for them, especially if they respond best to simple, minimally processed foods. Matcha can be an easy ingredient to build into a routine, whether in tea, smoothies, or recipes. But the same caution still applies: flavored mixes and café drinks may include ingredients that do not agree with them. Some people with gluten sensitivity are also sensitive to gums, artificial flavorings, or dairy-heavy beverage powders, so a plain matcha product may be a cleaner option overall. Keeping the ingredient list simple can help narrow down what feels good and what does not. Simple Bottom Line Yes, pure matcha is generally gluten-free. But not every matcha drink, mix, dessert, or snack is gluten-free. The safest option is plain matcha powder with no added ingredients, ideally in a clearly labeled sealed package. Once matcha is turned into a café drink or processed food, it needs the same careful label reading and questioning as any other product. For people with celiac disease or gluten sensitivity, matcha can absolutely be part of a gluten-free lifestyle. The key is to focus on plain matcha, stay cautious with prepared products, and remember that the tea itself is usually safe even when some matcha products are not. Watch the video version of Is Matcha Gluten-Free? What People With Celiac Disease Need to Know:Thu, 28 May 2026 13:30:00 +0000podcast@celiac.comnoCeliac.com 05/28/2026 - Matcha has become one of the most recognizable green tea ingredients in the world. It appears in lattes, smoothies, desserts, baked goods, and wellness drinks, and it is often marketed as a clean and simple ingredient. Because it starts as tea leaves that are grown, dried, and ground into a fine powder, many people assume it must automatically be gluten-free. In its pure form, that is usually true. But as with many foods and beverages, the full answer depends on what kind of matcha you are buying and how it is being served. For people with celiac disease or gluten sensitivity, this distinction matters. Pure matcha powder is generally considered naturally gluten-free, but flavored blends, café drinks, packaged mixes, and matcha foods may contain gluten ingredients or face cross-contact risks. That means matcha itself is often safe, while many matcha products require a closer look. Understanding that difference can help people enjoy matcha more confidently and avoid surprises. What Matcha Actually Is Matcha is a powdered form of green tea. Unlike regular green tea, where the leaves are steeped and removed, matcha is whisked or blended directly into liquid, so the powdered leaf is consumed as part of the drink. Traditional matcha is made from specially grown tea leaves that are shaded before harvest, then dried and stone-ground into a vibrant green powder. Because matcha comes from tea leaves alone, plain, high-quality matcha does not contain wheat, barley, or rye. In that sense, the basic ingredient itself is naturally gluten-free. If you buy a single-ingredient matcha powder with no added flavorings, sweeteners, fillers, or anti-caking agents, it is usually one of the simpler products in the pantry. When Matcha Is Gluten-Free Pure matcha is generally gluten-free. If the ingredient label says only matcha, green tea powder, or a similarly simple description with no other additions, that is the safest starting point. Many plain ceremonial and culinary matcha powders fall into this category. This is good news for people who enjoy tea and want something with a bold taste and a versatile use. Plain matcha can be whisked into hot water, blended into milk alternatives, added to yogurt, stirred into smoothies, or used in home recipes where all the ingredients are under your control. For someone with celiac disease, pure matcha can be one of the easier specialty ingredients to work with because the base ingredient is not grain-based and does not normally rely on gluten for texture or structure. When Matcha May Not Be Gluten-Free The bigger problem is not usually the matcha itself. It is the way matcha is packaged, blended, or served. Once matcha becomes part of a prepared drink mix or flavored food, the chance of hidden gluten goes up. Some common examples include sweetened matcha latte powders, instant café mixes, bottled matcha drinks, matcha protein powders, matcha snack bars, matcha pastries, and matcha ice cream. These products may contain flavor systems, malt ingredients, cookie pieces, cereal add-ins, thickeners, or other components that are not safe for a gluten-free diet. Even if the ingredient list does not include obvious wheat flour, it is still worth checking for ingredients such as barley malt, malt extract, cookie crumbs, wheat starch, or vague flavor blends that may need clarification. A matcha latte mix is not the same thing as plain matcha powder, and that difference matters. Matcha Lattes and Coffee Shop Risks One of the most common questions is not whether matcha powder is gluten-free, but whether a matcha latte from a café is gluten-free. That answer is much less certain. Many coffee shops use pre-sweetened matcha blends rather than plain tea powder. Those blends may contain added sugar, flavorings, powdered milk, stabilizers, or other ingredients. In some cases, a café worker may not even know what is in the matcha mix because it comes prepackaged from a supplier. That makes it harder for people with celiac disease to verify safety. There is also the issue of cross-contact. A café may use the same counters, steam wands, blenders, scoops, or shakers for drinks that contain cookie crumbs, oat toppings, malt flavorings, or other gluten-containing ingredients. Even if the matcha powder itself is safe, the preparation environment may not be. For people with celiac disease, ordering matcha in a coffee shop may require asking a few direct questions. Is the matcha plain or pre-sweetened? Can staff confirm the ingredients? Is there a risk of cross-contact from shared equipment? If the staff cannot answer clearly, it may be better to skip it. Watch Out for Matcha in Desserts and Packaged Foods Matcha is now used in cookies, cakes, doughnuts, candies, ice cream, noodles, breakfast foods, and even chocolate products. In these forms, the presence of matcha says almost nothing about whether the final product is gluten-free. A matcha cookie is still a cookie. A matcha muffin is still a muffin. A matcha-filled wafer is still a wafer. The tea flavor does not make the product safer. This is where people with gluten sensitivity or celiac disease can get tripped up by health-focused marketing. A food may be sold as plant-based, antioxidant-rich, organic, or wellness-friendly while still containing wheat. Matcha often appears in products that look clean and modern on the outside but still require the same careful label reading as any other packaged food. That means the smartest approach is to separate the ingredient from the finished product. Matcha may be naturally gluten-free, but a matcha dessert or snack must be judged by its full ingredient list and labeling, not by the tea alone. Cross-Contact and Manufacturing Concerns Even plain matcha can raise a question about cross-contact if it is processed or packaged in a facility that also handles gluten-containing products. Some people with gluten sensitivity may be comfortable with a product that has no gluten ingredients but no formal gluten-free claim. People with celiac disease often prefer a stronger level of assurance. This is especially true with imported specialty products, bulk bins, repackaged tea powders, and store brands where manufacturing practices may not be obvious. A single-ingredient product is a great start, but some consumers may still want to look for a gluten-free label or contact the company for more information. Bulk bins deserve extra caution. Tea powders sold loose in scoop bins can be exposed to shared utensils, nearby spills, and customer handling. For a person with celiac disease, sealed packaging is usually the better choice. How to Choose a Safer Matcha Product If you want a safer choice, start with a plain, sealed package of matcha that lists only one ingredient. A clearly labeled gluten-free product is even better. If the package contains added sweeteners or flavors, read the full label carefully. If the product is imported and the label is unclear, consider reaching out to the brand before buying. It also helps to think about how you plan to use it. If you want matcha for home drinks, baking, or smoothies, plain powder gives you the most control. You can pair it with gluten-free milk, sweeteners, and ingredients you already trust. That is often much easier than relying on a café or premade beverage. If you are buying matcha-flavored products instead of plain powder, look for a clear gluten-free statement and read past the front-of-package marketing. The ingredient list matters more than the green color and tea imagery. What This Means for People With Celiac Disease For people with celiac disease, the matcha question is a good reminder that naturally gluten-free ingredients can still become risky in real-world settings. Tea leaves themselves are not the problem. The problem is usually what gets added, how the product is made, and where it is prepared. The good news is that pure matcha can fit very well into a gluten-free diet. It can offer variety for people who want something different from coffee or ordinary tea, and it works in both drinks and recipes. But people with celiac disease need to be careful with café versions, sweetened powders, and processed matcha foods, because those are the places where gluten ingredients or cross-contact are more likely to appear. In practice, the safest matcha experience often happens at home, using a trusted plain powder and gluten-free ingredients. That approach removes much of the uncertainty and makes it easier to enjoy matcha without second-guessing every sip. What This Means for People With Gluten Sensitivity People with gluten sensitivity may also find that plain matcha works well for them, especially if they respond best to simple, minimally processed foods. Matcha can be an easy ingredient to build into a routine, whether in tea, smoothies, or recipes. But the same caution still applies: flavored mixes and café drinks may include ingredients that do not agree with them. Some people with gluten sensitivity are also sensitive to gums, artificial flavorings, or dairy-heavy beverage powders, so a plain matcha product may be a cleaner option overall. Keeping the ingredient list simple can help narrow down what feels good and what does not. Simple Bottom Line Yes, pure matcha is generally gluten-free. But not every matcha drink, mix, dessert, or snack is gluten-free. The safest option is plain matcha powder with no added ingredients, ideally in a clearly labeled sealed package. Once matcha is turned into a café drink or processed food, it needs the same careful label reading and questioning as any other product. For people with celiac disease or gluten sensitivity, matcha can absolutely be part of a gluten-free lifestyle. The key is to focus on plain matcha, stay cautious with prepared products, and remember that the tea itself is usually safe even when some matcha products are not. Watch the video version of Is Matcha Gluten-Free? What People With Celiac Disease Need to Know:podcast@celiac.comCeliac.com 05/28/2026 - Matcha has become one of the most recognizable green tea ingredients in the world. It appears in lattes, smoothies, desserts, baked goods, and wellness drinks, and it is often marketed as a clean and simple ingredient. Because it starts as tea leaves that are grown, dried, and ground into a fine powder, many people assume it must automatically be gluten-free. In its pure form, that is usually true. But as with many foods and beverages, the full answer depends on what kind of matcha you are buying and how it is being served. For people with celiac disease or gluten sensitivity, this distinction matters. Pure matcha powder is generally considered naturally gluten-free, but flavored blends, café drinks, packaged mixes, and matcha foods may contain gluten ingredients or face cross-contact risks. That means matcha itself is often safe, while many matcha products require a closer look. Understanding that difference can help people enjoy matcha more confidently and avoid surprises. What Matcha Actually Is Matcha is a powdered form of green tea. Unlike regular green tea, where the leaves are steeped and removed, matcha is whisked or blended directly into liquid, so the powdered leaf is consumed as part of the drink. Traditional matcha is made from specially grown tea leaves that are shaded before harvest, then dried and stone-ground into a vibrant green powder. Because matcha comes from tea leaves alone, plain, high-quality matcha does not contain wheat, barley, or rye. In that sense, the basic ingredient itself is naturally gluten-free. If you buy a single-ingredient matcha powder with no added flavorings, sweeteners, fillers, or anti-caking agents, it is usually one of the simpler products in the pantry. When Matcha Is Gluten-Free Pure matcha is generally gluten-free. If the ingredient label says only matcha, green tea powder, or a similarly simple description with no other additions, that is the safest starting point. Many plain ceremonial and culinary matcha powders fall into this category. This is good news for people who enjoy tea and want something with a bold taste and a versatile use. Plain matcha can be whisked into hot water, blended into milk alternatives, added to yogurt, stirred into smoothies, or used in home recipes where all the ingredients are under your control. For someone with celiac disease, pure matcha can be one of the easier specialty ingredients to work with because the base ingredient is not grain-based and does not normally rely on gluten for texture or structure. When Matcha May Not Be Gluten-Free The bigger problem is not usually the matcha itself. It is the way matcha is packaged, blended, or served. Once matcha becomes part of a prepared drink mix or flavored food, the chance of hidden gluten goes up. Some common examples include sweetened matcha latte powders, instant café mixes, bottled matcha drinks, matcha protein powders, matcha snack bars, matcha pastries, and matcha ice cream. These products may contain flavor systems, malt ingredients, cookie pieces, cereal add-ins, thickeners, or other components that are not safe for a gluten-free diet. Even if the ingredient list does not include obvious wheat flour, it is still worth checking for ingredients such as barley malt, malt extract, cookie crumbs, wheat starch, or vague flavor blends that may need clarification. A matcha latte mix is not the same thing as plain matcha powder, and that difference matters. Matcha Lattes and Coffee Shop Risks One of the most common questions is not whether matcha powder is gluten-free, but whether a matcha latte from a café is gluten-free. That answer is much less certain. Many coffee shops use pre-sweetened matcha blends rather than plain tea powder. Those blends may contain added sugar, flavorings, powdered milk, stabilizers, or other ingredients. In some cases, a café worker may not even know what is in the matcha mix because it comes prepackaged from a supplier. That makes it harder for people with celiac disease to verify safety. There is also the issue of cross-contact. A café may use the same counters, steam wands, blenders, scoops, or shakers for drinks that contain cookie crumbs, oat toppings, malt flavorings, or other gluten-containing ingredients. Even if the matcha powder itself is safe, the preparation environment may not be. For people with celiac disease, ordering matcha in a coffee shop may require asking a few direct questions. Is the matcha plain or pre-sweetened? Can staff confirm the ingredients? Is there a risk of cross-contact from shared equipment? If the staff cannot answer clearly, it may be better to skip it. Watch Out for Matcha in Desserts and Packaged Foods Matcha is now used in cookies, cakes, doughnuts, candies, ice cream, noodles, breakfast foods, and even chocolate products. In these forms, the presence of matcha says almost nothing about whether the final product is gluten-free. A matcha cookie is still a cookie. A matcha muffin is still a muffin. A matcha-filled wafer is still a wafer. The tea flavor does not make the product safer. This is where people with gluten sensitivity or celiac disease can get tripped up by health-focused marketing. A food may be sold as plant-based, antioxidant-rich, organic, or wellness-friendly while still containing wheat. Matcha often appears in products that look clean and modern on the outside but still require the same careful label reading as any other packaged food. That means the smartest approach is to separate the ingredient from the finished product. Matcha may be naturally gluten-free, but a matcha dessert or snack must be judged by its full ingredient list and labeling, not by the tea alone. Cross-Contact and Manufacturing Concerns Even plain matcha can raise a question about cross-contact if it is processed or packaged in a facility that also handles gluten-containing products. Some people with gluten sensitivity may be comfortable with a product that has no gluten ingredients but no formal gluten-free claim. People with celiac disease often prefer a stronger level of assurance. This is especially true with imported specialty products, bulk bins, repackaged tea powders, and store brands where manufacturing practices may not be obvious. A single-ingredient product is a great start, but some consumers may still want to look for a gluten-free label or contact the company for more information. Bulk bins deserve extra caution. Tea powders sold loose in scoop bins can be exposed to shared utensils, nearby spills, and customer handling. For a person with celiac disease, sealed packaging is usually the better choice. How to Choose a Safer Matcha Product If you want a safer choice, start with a plain, sealed package of matcha that lists only one ingredient. A clearly labeled gluten-free product is even better. If the package contains added sweeteners or flavors, read the full label carefully. If the product is imported and the label is unclear, consider reaching out to the brand before buying. It also helps to think about how you plan to use it. If you want matcha for home drinks, baking, or smoothies, plain powder gives you the most control. You can pair it with gluten-free milk, sweeteners, and ingredients you already trust. That is often much easier than relying on a café or premade beverage. If you are buying matcha-flavored products instead of plain powder, look for a clear gluten-free statement and read past the front-of-package marketing. The ingredient list matters more than the green color and tea imagery. What This Means for People With Celiac Disease For people with celiac disease, the matcha question is a good reminder that naturally gluten-free ingredients can still become risky in real-world settings. Tea leaves themselves are not the problem. The problem is usually what gets added, how the product is made, and where it is prepared. The good news is that pure matcha can fit very well into a gluten-free diet. It can offer variety for people who want something different from coffee or ordinary tea, and it works in both drinks and recipes. But people with celiac disease need to be careful with café versions, sweetened powders, and processed matcha foods, because those are the places where gluten ingredients or cross-contact are more likely to appear. In practice, the safest matcha experience often happens at home, using a trusted plain powder and gluten-free ingredients. That approach removes much of the uncertainty and makes it easier to enjoy matcha without second-guessing every sip. What This Means for People With Gluten Sensitivity People with gluten sensitivity may also find that plain matcha works well for them, especially if they respond best to simple, minimally processed foods. Matcha can be an easy ingredient to build into a routine, whether in tea, smoothies, or recipes. But the same caution still applies: flavored mixes and café drinks may include ingredients that do not agree with them. Some people with gluten sensitivity are also sensitive to gums, artificial flavorings, or dairy-heavy beverage powders, so a plain matcha product may be a cleaner option overall. Keeping the ingredient list simple can help narrow down what feels good and what does not. Simple Bottom Line Yes, pure matcha is generally gluten-free. But not every matcha drink, mix, dessert, or snack is gluten-free. The safest option is plain matcha powder with no added ingredients, ideally in a clearly labeled sealed package. Once matcha is turned into a café drink or processed food, it needs the same careful label reading and questioning as any other product. For people with celiac disease or gluten sensitivity, matcha can absolutely be part of a gluten-free lifestyle. The key is to focus on plain matcha, stay cautious with prepared products, and remember that the tea itself is usually safe even when some matcha products are not. Watch the video version of Is Matcha Gluten-Free? What People With Celiac Disease Need to Know:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/new-study-finds-a-surprising-way-to-slow-starch-digestion-in-gluten-free-flatbreads-r7216/Celiac.com 05/26/2026 - People with celiac disease often rely on gluten-free breads and similar baked foods, but many of these products are heavy in starch and may break down quickly during digestion. That rapid starch breakdown can lead to a faster release of glucose, which is not ideal for long-term health. Because of this, researchers are searching for ways to improve gluten-free baked products so they offer more than simply the absence of gluten. This study looked at whether powders made from artichoke, tomato, and lemon could change how gluten-free flatbreads behave during digestion. The researchers were especially interested in natural plant compounds called polyphenols, which are found in fruits and vegetables and are often linked to health benefits. They wanted to see whether these ingredients could slow starch digestion while also producing flatbreads that still had acceptable texture and appearance. How the Study Was Designed The researchers made gluten-free flatbreads using corn-based ingredients and then added artichoke, tomato, or lemon powder at three levels. They compared these enriched flatbreads with a control version that did not contain any of the added powders. They then measured several things. First, they examined practical baking features such as moisture, color, and texture. Next, they identified the polyphenols present in each type of flatbread. Finally, they tested how the starch in the flatbreads was digested in laboratory conditions. To do that, they used two different approaches. One measured how much starch broke down over time. The other tracked changes in thickness during digestion, which can also reveal how fast starch is being broken apart. What Happened to the Flatbreads Themselves Adding these fruit and vegetable powders changed the baked products in noticeable ways. In general, the enriched flatbreads became darker and less bright. This effect became stronger as the amount of added powder increased. Artichoke created the biggest visual color change, while lemon changed the color the least. The powders also affected texture. In many cases, the enriched flatbreads became softer than the control version. That may be useful because gluten-free products often struggle with texture. Artichoke-containing flatbreads also held more moisture, likely because artichoke powder contains a great deal of fiber that can hold water. These changes show that the added ingredients did not simply alter nutrition. They also changed the physical character of the final product. That matters, because even a healthier bread has to remain practical and appealing enough for people to want to eat it. The Different Plant Compounds Found in Each Recipe One of the main goals of the study was to understand which polyphenols ended up in the flatbreads. The results showed that each added ingredient created its own chemical fingerprint. Artichoke flatbreads contained several compounds that stood out, including forms of apigenin and luteolin, along with syringic acid and catechin gallate. Lemon flatbreads had their own distinctive compounds, especially eriocitrin and hesperidin. Some compounds were found across all flatbreads, but the specific mix varied depending on which powder was used. This matters because the researchers were not only asking whether these ingredients changed digestion. They were also trying to understand why. The answer appears to be that each fruit or vegetable contributes a different mix of plant chemicals, and those chemicals may interact with digestive enzymes and the bread structure in different ways. How the Added Ingredients Changed Starch Digestion The central finding of the study was that some of the enriched flatbreads slowed starch digestion. Artichoke and lemon were the strongest examples. Tomato had a smaller and less consistent effect. In the standard digestion testing, artichoke-containing flatbreads showed lower levels of starch breakdown than the control in several measures. Lemon also influenced starch digestion, especially at higher levels. Tomato did not change starch digestion as clearly as the other two ingredients in that first set of tests. However, when the researchers used the second method, which followed thickness changes during digestion, the differences became even more striking. Lemon-enriched flatbreads showed the strongest reduction in starch digestion. In fact, the lemon versions stood out more than any other group. This suggests that lemon powder may be especially useful when the goal is to slow how quickly starch becomes available during digestion. Why Lemon May Have Worked Best The study suggests that lemon had the greatest effect because of a combination of its polyphenols and its acidity. The lemon flatbreads had a lower acidity level than the control, and the researchers believe this more acidic environment likely helped reduce the rate of starch breakdown. In other words, it may not have been only the plant compounds themselves, but also the overall chemical environment they created inside the bread mixture. Lemon flatbreads also contained distinctive compounds such as eriocitrin and hesperidin, which may have helped block or slow the digestive processes involved in starch breakdown. The researchers pointed out that in the highest lemon versions, digestion slowed so much that the usual digestion rate could not even be calculated in the same way. This does not mean lemon powder turns flatbread into a low-carbohydrate food. It does suggest that it may help the starch behave differently during digestion, which could be useful for designing better gluten-free products. What Artichoke and Tomato Contributed Artichoke also showed meaningful effects. The researchers linked the artichoke results to certain polyphenols, especially apigenin, catechin gallate, and luteolin. These compounds appear to have played a role in reducing starch breakdown. Artichoke may also have helped because of its fiber content, which can change the structure of the bread and slow digestion indirectly. Tomato had more modest effects. It did appear to reduce digestion in some of the testing based on thickness changes, but the results were not as dramatic as with lemon. The researchers suggested that tomato may be working through a mix of fiber and antioxidant compounds rather than through a single strong mechanism. What the Findings Mean in Practical Terms This study suggests that gluten-free flatbreads can be improved by adding carefully chosen fruit and vegetable powders. The benefits were not limited to one area. The powders changed texture, moisture, and color, while also affecting how starch was digested. That is important because many gluten-free foods are criticized for being nutritionally weak and overly dependent on refined starch. A product that slows starch digestion could potentially be more satisfying and may lead to a gentler rise in blood sugar after eating. While this study was done in laboratory conditions rather than in people, it provides a useful early step toward developing better gluten-free bakery products. Limits of the Study It is important to remember that this research did not test the flatbreads in human volunteers. The digestion results were measured in laboratory models, not in actual meals eaten by people. That means the findings are promising, but they do not prove exactly how the body would respond in daily life. The study also focused on flatbreads rather than all types of gluten-free baked foods. So the results may not transfer perfectly to loaves, rolls, crackers, or other products. Even so, the work gives useful clues about which ingredients may be most promising in future gluten-free food design. Why This Could Be Meaningful for People With Celiac Disease For people with celiac disease, this study matters because it addresses a common problem with gluten-free products: many are safe to eat, but they are not always nutritionally impressive. They often contain large amounts of starch and may digest quickly. This research suggests that adding natural ingredients such as lemon or artichoke powder may help create gluten-free breads that are not only safe, but also potentially better from a metabolic point of view. That could be meaningful for people with celiac disease who want more than a gluten-free label. It points toward a future in which gluten-free baked foods may be designed to offer better texture, more plant compounds, and slower starch digestion. In simple terms, the study suggests that gluten-free bread products may someday become smarter foods, not just substitute foods. Read more at: sciencedirect.comTue, 26 May 2026 13:37:01 +0000podcast@celiac.comnoCeliac.com 05/26/2026 - People with celiac disease often rely on gluten-free breads and similar baked foods, but many of these products are heavy in starch and may break down quickly during digestion. That rapid starch breakdown can lead to a faster release of glucose, which is not ideal for long-term health. Because of this, researchers are searching for ways to improve gluten-free baked products so they offer more than simply the absence of gluten. This study looked at whether powders made from artichoke, tomato, and lemon could change how gluten-free flatbreads behave during digestion. The researchers were especially interested in natural plant compounds called polyphenols, which are found in fruits and vegetables and are often linked to health benefits. They wanted to see whether these ingredients could slow starch digestion while also producing flatbreads that still had acceptable texture and appearance. How the Study Was Designed The researchers made gluten-free flatbreads using corn-based ingredients and then added artichoke, tomato, or lemon powder at three levels. They compared these enriched flatbreads with a control version that did not contain any of the added powders. They then measured several things. First, they examined practical baking features such as moisture, color, and texture. Next, they identified the polyphenols present in each type of flatbread. Finally, they tested how the starch in the flatbreads was digested in laboratory conditions. To do that, they used two different approaches. One measured how much starch broke down over time. The other tracked changes in thickness during digestion, which can also reveal how fast starch is being broken apart. What Happened to the Flatbreads Themselves Adding these fruit and vegetable powders changed the baked products in noticeable ways. In general, the enriched flatbreads became darker and less bright. This effect became stronger as the amount of added powder increased. Artichoke created the biggest visual color change, while lemon changed the color the least. The powders also affected texture. In many cases, the enriched flatbreads became softer than the control version. That may be useful because gluten-free products often struggle with texture. Artichoke-containing flatbreads also held more moisture, likely because artichoke powder contains a great deal of fiber that can hold water. These changes show that the added ingredients did not simply alter nutrition. They also changed the physical character of the final product. That matters, because even a healthier bread has to remain practical and appealing enough for people to want to eat it. The Different Plant Compounds Found in Each Recipe One of the main goals of the study was to understand which polyphenols ended up in the flatbreads. The results showed that each added ingredient created its own chemical fingerprint. Artichoke flatbreads contained several compounds that stood out, including forms of apigenin and luteolin, along with syringic acid and catechin gallate. Lemon flatbreads had their own distinctive compounds, especially eriocitrin and hesperidin. Some compounds were found across all flatbreads, but the specific mix varied depending on which powder was used. This matters because the researchers were not only asking whether these ingredients changed digestion. They were also trying to understand why. The answer appears to be that each fruit or vegetable contributes a different mix of plant chemicals, and those chemicals may interact with digestive enzymes and the bread structure in different ways. How the Added Ingredients Changed Starch Digestion The central finding of the study was that some of the enriched flatbreads slowed starch digestion. Artichoke and lemon were the strongest examples. Tomato had a smaller and less consistent effect. In the standard digestion testing, artichoke-containing flatbreads showed lower levels of starch breakdown than the control in several measures. Lemon also influenced starch digestion, especially at higher levels. Tomato did not change starch digestion as clearly as the other two ingredients in that first set of tests. However, when the researchers used the second method, which followed thickness changes during digestion, the differences became even more striking. Lemon-enriched flatbreads showed the strongest reduction in starch digestion. In fact, the lemon versions stood out more than any other group. This suggests that lemon powder may be especially useful when the goal is to slow how quickly starch becomes available during digestion. Why Lemon May Have Worked Best The study suggests that lemon had the greatest effect because of a combination of its polyphenols and its acidity. The lemon flatbreads had a lower acidity level than the control, and the researchers believe this more acidic environment likely helped reduce the rate of starch breakdown. In other words, it may not have been only the plant compounds themselves, but also the overall chemical environment they created inside the bread mixture. Lemon flatbreads also contained distinctive compounds such as eriocitrin and hesperidin, which may have helped block or slow the digestive processes involved in starch breakdown. The researchers pointed out that in the highest lemon versions, digestion slowed so much that the usual digestion rate could not even be calculated in the same way. This does not mean lemon powder turns flatbread into a low-carbohydrate food. It does suggest that it may help the starch behave differently during digestion, which could be useful for designing better gluten-free products. What Artichoke and Tomato Contributed Artichoke also showed meaningful effects. The researchers linked the artichoke results to certain polyphenols, especially apigenin, catechin gallate, and luteolin. These compounds appear to have played a role in reducing starch breakdown. Artichoke may also have helped because of its fiber content, which can change the structure of the bread and slow digestion indirectly. Tomato had more modest effects. It did appear to reduce digestion in some of the testing based on thickness changes, but the results were not as dramatic as with lemon. The researchers suggested that tomato may be working through a mix of fiber and antioxidant compounds rather than through a single strong mechanism. What the Findings Mean in Practical Terms This study suggests that gluten-free flatbreads can be improved by adding carefully chosen fruit and vegetable powders. The benefits were not limited to one area. The powders changed texture, moisture, and color, while also affecting how starch was digested. That is important because many gluten-free foods are criticized for being nutritionally weak and overly dependent on refined starch. A product that slows starch digestion could potentially be more satisfying and may lead to a gentler rise in blood sugar after eating. While this study was done in laboratory conditions rather than in people, it provides a useful early step toward developing better gluten-free bakery products. Limits of the Study It is important to remember that this research did not test the flatbreads in human volunteers. The digestion results were measured in laboratory models, not in actual meals eaten by people. That means the findings are promising, but they do not prove exactly how the body would respond in daily life. The study also focused on flatbreads rather than all types of gluten-free baked foods. So the results may not transfer perfectly to loaves, rolls, crackers, or other products. Even so, the work gives useful clues about which ingredients may be most promising in future gluten-free food design. Why This Could Be Meaningful for People With Celiac Disease For people with celiac disease, this study matters because it addresses a common problem with gluten-free products: many are safe to eat, but they are not always nutritionally impressive. They often contain large amounts of starch and may digest quickly. This research suggests that adding natural ingredients such as lemon or artichoke powder may help create gluten-free breads that are not only safe, but also potentially better from a metabolic point of view. That could be meaningful for people with celiac disease who want more than a gluten-free label. It points toward a future in which gluten-free baked foods may be designed to offer better texture, more plant compounds, and slower starch digestion. In simple terms, the study suggests that gluten-free bread products may someday become smarter foods, not just substitute foods. Read more at: sciencedirect.compodcast@celiac.comCeliac.com 05/26/2026 - People with celiac disease often rely on gluten-free breads and similar baked foods, but many of these products are heavy in starch and may break down quickly during digestion. That rapid starch breakdown can lead to a faster release of glucose, which is not ideal for long-term health. Because of this, researchers are searching for ways to improve gluten-free baked products so they offer more than simply the absence of gluten. This study looked at whether powders made from artichoke, tomato, and lemon could change how gluten-free flatbreads behave during digestion. The researchers were especially interested in natural plant compounds called polyphenols, which are found in fruits and vegetables and are often linked to health benefits. They wanted to see whether these ingredients could slow starch digestion while also producing flatbreads that still had acceptable texture and appearance. How the Study Was Designed The researchers made gluten-free flatbreads using corn-based ingredients and then added artichoke, tomato, or lemon powder at three levels. They compared these enriched flatbreads with a control version that did not contain any of the added powders. They then measured several things. First, they examined practical baking features such as moisture, color, and texture. Next, they identified the polyphenols present in each type of flatbread. Finally, they tested how the starch in the flatbreads was digested in laboratory conditions. To do that, they used two different approaches. One measured how much starch broke down over time. The other tracked changes in thickness during digestion, which can also reveal how fast starch is being broken apart. What Happened to the Flatbreads Themselves Adding these fruit and vegetable powders changed the baked products in noticeable ways. In general, the enriched flatbreads became darker and less bright. This effect became stronger as the amount of added powder increased. Artichoke created the biggest visual color change, while lemon changed the color the least. The powders also affected texture. In many cases, the enriched flatbreads became softer than the control version. That may be useful because gluten-free products often struggle with texture. Artichoke-containing flatbreads also held more moisture, likely because artichoke powder contains a great deal of fiber that can hold water. These changes show that the added ingredients did not simply alter nutrition. They also changed the physical character of the final product. That matters, because even a healthier bread has to remain practical and appealing enough for people to want to eat it. The Different Plant Compounds Found in Each Recipe One of the main goals of the study was to understand which polyphenols ended up in the flatbreads. The results showed that each added ingredient created its own chemical fingerprint. Artichoke flatbreads contained several compounds that stood out, including forms of apigenin and luteolin, along with syringic acid and catechin gallate. Lemon flatbreads had their own distinctive compounds, especially eriocitrin and hesperidin. Some compounds were found across all flatbreads, but the specific mix varied depending on which powder was used. This matters because the researchers were not only asking whether these ingredients changed digestion. They were also trying to understand why. The answer appears to be that each fruit or vegetable contributes a different mix of plant chemicals, and those chemicals may interact with digestive enzymes and the bread structure in different ways. How the Added Ingredients Changed Starch Digestion The central finding of the study was that some of the enriched flatbreads slowed starch digestion. Artichoke and lemon were the strongest examples. Tomato had a smaller and less consistent effect. In the standard digestion testing, artichoke-containing flatbreads showed lower levels of starch breakdown than the control in several measures. Lemon also influenced starch digestion, especially at higher levels. Tomato did not change starch digestion as clearly as the other two ingredients in that first set of tests. However, when the researchers used the second method, which followed thickness changes during digestion, the differences became even more striking. Lemon-enriched flatbreads showed the strongest reduction in starch digestion. In fact, the lemon versions stood out more than any other group. This suggests that lemon powder may be especially useful when the goal is to slow how quickly starch becomes available during digestion. Why Lemon May Have Worked Best The study suggests that lemon had the greatest effect because of a combination of its polyphenols and its acidity. The lemon flatbreads had a lower acidity level than the control, and the researchers believe this more acidic environment likely helped reduce the rate of starch breakdown. In other words, it may not have been only the plant compounds themselves, but also the overall chemical environment they created inside the bread mixture. Lemon flatbreads also contained distinctive compounds such as eriocitrin and hesperidin, which may have helped block or slow the digestive processes involved in starch breakdown. The researchers pointed out that in the highest lemon versions, digestion slowed so much that the usual digestion rate could not even be calculated in the same way. This does not mean lemon powder turns flatbread into a low-carbohydrate food. It does suggest that it may help the starch behave differently during digestion, which could be useful for designing better gluten-free products. What Artichoke and Tomato Contributed Artichoke also showed meaningful effects. The researchers linked the artichoke results to certain polyphenols, especially apigenin, catechin gallate, and luteolin. These compounds appear to have played a role in reducing starch breakdown. Artichoke may also have helped because of its fiber content, which can change the structure of the bread and slow digestion indirectly. Tomato had more modest effects. It did appear to reduce digestion in some of the testing based on thickness changes, but the results were not as dramatic as with lemon. The researchers suggested that tomato may be working through a mix of fiber and antioxidant compounds rather than through a single strong mechanism. What the Findings Mean in Practical Terms This study suggests that gluten-free flatbreads can be improved by adding carefully chosen fruit and vegetable powders. The benefits were not limited to one area. The powders changed texture, moisture, and color, while also affecting how starch was digested. That is important because many gluten-free foods are criticized for being nutritionally weak and overly dependent on refined starch. A product that slows starch digestion could potentially be more satisfying and may lead to a gentler rise in blood sugar after eating. While this study was done in laboratory conditions rather than in people, it provides a useful early step toward developing better gluten-free bakery products. Limits of the Study It is important to remember that this research did not test the flatbreads in human volunteers. The digestion results were measured in laboratory models, not in actual meals eaten by people. That means the findings are promising, but they do not prove exactly how the body would respond in daily life. The study also focused on flatbreads rather than all types of gluten-free baked foods. So the results may not transfer perfectly to loaves, rolls, crackers, or other products. Even so, the work gives useful clues about which ingredients may be most promising in future gluten-free food design. Why This Could Be Meaningful for People With Celiac Disease For people with celiac disease, this study matters because it addresses a common problem with gluten-free products: many are safe to eat, but they are not always nutritionally impressive. They often contain large amounts of starch and may digest quickly. This research suggests that adding natural ingredients such as lemon or artichoke powder may help create gluten-free breads that are not only safe, but also potentially better from a metabolic point of view. That could be meaningful for people with celiac disease who want more than a gluten-free label. It points toward a future in which gluten-free baked foods may be designed to offer better texture, more plant compounds, and slower starch digestion. In simple terms, the study suggests that gluten-free bread products may someday become smarter foods, not just substitute foods. Read more at: sciencedirect.comgluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/how-ancient-dna-may-explain-why-celiac-disease-became-so-common-video-r7214/Celiac.com 05/25/2026 - A major new study suggests that human evolution did not slow to a crawl after farming, cities, and technology began to reshape daily life. Instead, the researchers found evidence that natural selection continued to influence human genes across western Eurasia during the past 10,000 years. By studying genetic material from more than 15,000 ancient people, the team concluded that many gene changes became more common because they likely helped people survive or have more children in the environments of their time. This finding challenges the long-held idea that recent human history has been driven mostly by culture rather than biology. While cultural change clearly transformed diet, disease exposure, settlement patterns, and social life, the study argues that those same forces may also have pushed human biology to keep adapting. In other words, human culture did not replace evolution. It may have created new conditions that kept evolution moving. What the Researchers Found The investigators developed a new way to track how often certain genetic changes appeared in ancient populations over long stretches of time. Their goal was to identify steady increases or decreases that were more likely to reflect natural selection rather than simple population mixing or migration. Using this method, they found hundreds of genetic variants that appear to have been strongly shaped by natural selection over the past ten millennia. Earlier studies had found only a small number of clear examples of recent human genetic adaptation. This much larger dataset revealed a far broader pattern. Instead of seeing only a handful of changes, the researchers identified hundreds of gene variants that seem to have risen or fallen in frequency in a sustained way. That suggests natural selection was more widespread and more active in recent human history than many experts once believed. The study also looked beyond single gene changes and examined combinations of many genes linked to complex human traits. These included traits related to body fat, disease risk, and certain measures connected with learning and thinking. The researchers reported that these gene combinations also shifted over time, which may point to natural selection acting on broad biological patterns rather than just isolated gene changes. Why These Genetic Changes May Have Happened The study does not claim to know the exact reason behind every shift. However, the past 10,000 years brought enormous lifestyle changes that could have created strong pressures on human health and survival. Farming changed what people ate. Permanent settlements increased population density. Close contact with animals and larger communities likely changed exposure to infections. Seasonal food shortages, crowding, sanitation, and new social structures may all have affected which traits were helpful. Some changes may have helped the immune system respond to new disease threats. Others may have influenced how the body used energy, stored fat, or processed food. In a hunting and gathering world, storing energy efficiently may have helped people survive scarcity. In farming societies with more regular access to grain-based foods, that same tendency may not have been as beneficial. The study suggests that some gene variants tied to body fat and blood sugar regulation became less common over time, possibly reflecting these changing conditions. The researchers also found examples where a gene variant appeared to rise for thousands of years and then later declined. That pattern suggests that what helped people in one era could become harmful in another. Evolution does not move toward perfection. It responds to changing circumstances, and what is useful in one setting may become a disadvantage later on. The Celiac Disease Connection One of the most striking findings for readers interested in celiac disease is that a major genetic risk factor linked to the condition appears to have become more common only within the past several thousand years. According to the study summary, this change may have arisen about 4,000 years ago and then steadily increased in frequency. That is surprisingly recent in human history. This does not mean celiac disease itself suddenly appeared at that moment, nor does it mean everyone with the gene developed the condition. It does suggest, however, that a gene variant now tied to celiac disease may once have provided some other advantage that helped it spread. That advantage may have involved the immune system. Scientists quoted in the summary suggested that the gene might have helped people respond more strongly to certain infections, perhaps in the gut. If so, a gene that now increases the risk of an autoimmune condition may have once improved survival under very different historical conditions. This idea fits a larger pattern seen in human biology. Some gene variants linked to disease today may have been helpful in the past. Evolution does not select for what is healthiest in a modern medical sense. It favors what helps people survive and reproduce in the conditions around them. A stronger immune response may have protected against infection long ago, even if that same biological tendency now raises the risk of immune-related illness. Questions and Cautions Even though the study is impressive in size and ambition, not all scientists are equally convinced by every part of it. Some experts praised the enormous amount of ancient genetic data and agreed that at least many of the reported signals are likely real. Others urged caution, especially when interpreting more complex traits influenced by many genes at once. That caution is important. A genetic change becoming more common over time does not automatically reveal exactly what it did or why it spread. Population movements, intermarriage, and regional differences can complicate the picture. Also, traits measured in modern societies do not always translate neatly into the ancient world. For example, a genetic pattern linked today to years spent in school cannot be interpreted literally in prehistoric populations. It may reflect other underlying biological or behavioral tendencies rather than formal education itself. So while the overall message of the study is powerful, many of the details will need further testing. Future research in other world regions, and more work on the biology behind specific gene variants, will help clarify which findings prove strongest over time. Why This Study Matters for People with Celiac Disease This study could be meaningful to people with celiac disease because it supports the idea that the genes connected to the condition are part of a much deeper story about human survival, diet, and immune system change. Rather than being a simple modern flaw, one important celiac-related genetic risk factor may have spread because it once offered a real benefit in the world our ancestors lived in. That matters because it helps explain why celiac-related genes can be so common even though the disease can be harmful. It also reminds us that the human body is shaped by trade-offs. A genetic trait that may have helped defend against infection in the past could increase the risk of immune overreaction in the present. For people with celiac disease, this kind of research may eventually improve understanding of why the condition is so widespread, why immune responses to gluten can be so strong, and how ancient evolutionary pressures still affect health today. In that sense, the study does more than rewrite part of human history. It may also help explain why conditions like celiac disease remain so important in the modern world. Read more at: nature.com and nytimes.com Watch the video version of How Ancient DNA May Explain Why Celiac Disease Became So Common:Mon, 25 May 2026 13:37:00 +0000podcast@celiac.comnoCeliac.com 05/25/2026 - A major new study suggests that human evolution did not slow to a crawl after farming, cities, and technology began to reshape daily life. Instead, the researchers found evidence that natural selection continued to influence human genes across western Eurasia during the past 10,000 years. By studying genetic material from more than 15,000 ancient people, the team concluded that many gene changes became more common because they likely helped people survive or have more children in the environments of their time. This finding challenges the long-held idea that recent human history has been driven mostly by culture rather than biology. While cultural change clearly transformed diet, disease exposure, settlement patterns, and social life, the study argues that those same forces may also have pushed human biology to keep adapting. In other words, human culture did not replace evolution. It may have created new conditions that kept evolution moving. What the Researchers Found The investigators developed a new way to track how often certain genetic changes appeared in ancient populations over long stretches of time. Their goal was to identify steady increases or decreases that were more likely to reflect natural selection rather than simple population mixing or migration. Using this method, they found hundreds of genetic variants that appear to have been strongly shaped by natural selection over the past ten millennia. Earlier studies had found only a small number of clear examples of recent human genetic adaptation. This much larger dataset revealed a far broader pattern. Instead of seeing only a handful of changes, the researchers identified hundreds of gene variants that seem to have risen or fallen in frequency in a sustained way. That suggests natural selection was more widespread and more active in recent human history than many experts once believed. The study also looked beyond single gene changes and examined combinations of many genes linked to complex human traits. These included traits related to body fat, disease risk, and certain measures connected with learning and thinking. The researchers reported that these gene combinations also shifted over time, which may point to natural selection acting on broad biological patterns rather than just isolated gene changes. Why These Genetic Changes May Have Happened The study does not claim to know the exact reason behind every shift. However, the past 10,000 years brought enormous lifestyle changes that could have created strong pressures on human health and survival. Farming changed what people ate. Permanent settlements increased population density. Close contact with animals and larger communities likely changed exposure to infections. Seasonal food shortages, crowding, sanitation, and new social structures may all have affected which traits were helpful. Some changes may have helped the immune system respond to new disease threats. Others may have influenced how the body used energy, stored fat, or processed food. In a hunting and gathering world, storing energy efficiently may have helped people survive scarcity. In farming societies with more regular access to grain-based foods, that same tendency may not have been as beneficial. The study suggests that some gene variants tied to body fat and blood sugar regulation became less common over time, possibly reflecting these changing conditions. The researchers also found examples where a gene variant appeared to rise for thousands of years and then later declined. That pattern suggests that what helped people in one era could become harmful in another. Evolution does not move toward perfection. It responds to changing circumstances, and what is useful in one setting may become a disadvantage later on. The Celiac Disease Connection One of the most striking findings for readers interested in celiac disease is that a major genetic risk factor linked to the condition appears to have become more common only within the past several thousand years. According to the study summary, this change may have arisen about 4,000 years ago and then steadily increased in frequency. That is surprisingly recent in human history. This does not mean celiac disease itself suddenly appeared at that moment, nor does it mean everyone with the gene developed the condition. It does suggest, however, that a gene variant now tied to celiac disease may once have provided some other advantage that helped it spread. That advantage may have involved the immune system. Scientists quoted in the summary suggested that the gene might have helped people respond more strongly to certain infections, perhaps in the gut. If so, a gene that now increases the risk of an autoimmune condition may have once improved survival under very different historical conditions. This idea fits a larger pattern seen in human biology. Some gene variants linked to disease today may have been helpful in the past. Evolution does not select for what is healthiest in a modern medical sense. It favors what helps people survive and reproduce in the conditions around them. A stronger immune response may have protected against infection long ago, even if that same biological tendency now raises the risk of immune-related illness. Questions and Cautions Even though the study is impressive in size and ambition, not all scientists are equally convinced by every part of it. Some experts praised the enormous amount of ancient genetic data and agreed that at least many of the reported signals are likely real. Others urged caution, especially when interpreting more complex traits influenced by many genes at once. That caution is important. A genetic change becoming more common over time does not automatically reveal exactly what it did or why it spread. Population movements, intermarriage, and regional differences can complicate the picture. Also, traits measured in modern societies do not always translate neatly into the ancient world. For example, a genetic pattern linked today to years spent in school cannot be interpreted literally in prehistoric populations. It may reflect other underlying biological or behavioral tendencies rather than formal education itself. So while the overall message of the study is powerful, many of the details will need further testing. Future research in other world regions, and more work on the biology behind specific gene variants, will help clarify which findings prove strongest over time. Why This Study Matters for People with Celiac Disease This study could be meaningful to people with celiac disease because it supports the idea that the genes connected to the condition are part of a much deeper story about human survival, diet, and immune system change. Rather than being a simple modern flaw, one important celiac-related genetic risk factor may have spread because it once offered a real benefit in the world our ancestors lived in. That matters because it helps explain why celiac-related genes can be so common even though the disease can be harmful. It also reminds us that the human body is shaped by trade-offs. A genetic trait that may have helped defend against infection in the past could increase the risk of immune overreaction in the present. For people with celiac disease, this kind of research may eventually improve understanding of why the condition is so widespread, why immune responses to gluten can be so strong, and how ancient evolutionary pressures still affect health today. In that sense, the study does more than rewrite part of human history. It may also help explain why conditions like celiac disease remain so important in the modern world. Read more at: nature.com and nytimes.com Watch the video version of How Ancient DNA May Explain Why Celiac Disease Became So Common:podcast@celiac.comCeliac.com 05/25/2026 - A major new study suggests that human evolution did not slow to a crawl after farming, cities, and technology began to reshape daily life. Instead, the researchers found evidence that natural selection continued to influence human genes across western Eurasia during the past 10,000 years. By studying genetic material from more than 15,000 ancient people, the team concluded that many gene changes became more common because they likely helped people survive or have more children in the environments of their time. This finding challenges the long-held idea that recent human history has been driven mostly by culture rather than biology. While cultural change clearly transformed diet, disease exposure, settlement patterns, and social life, the study argues that those same forces may also have pushed human biology to keep adapting. In other words, human culture did not replace evolution. It may have created new conditions that kept evolution moving. What the Researchers Found The investigators developed a new way to track how often certain genetic changes appeared in ancient populations over long stretches of time. Their goal was to identify steady increases or decreases that were more likely to reflect natural selection rather than simple population mixing or migration. Using this method, they found hundreds of genetic variants that appear to have been strongly shaped by natural selection over the past ten millennia. Earlier studies had found only a small number of clear examples of recent human genetic adaptation. This much larger dataset revealed a far broader pattern. Instead of seeing only a handful of changes, the researchers identified hundreds of gene variants that seem to have risen or fallen in frequency in a sustained way. That suggests natural selection was more widespread and more active in recent human history than many experts once believed. The study also looked beyond single gene changes and examined combinations of many genes linked to complex human traits. These included traits related to body fat, disease risk, and certain measures connected with learning and thinking. The researchers reported that these gene combinations also shifted over time, which may point to natural selection acting on broad biological patterns rather than just isolated gene changes. Why These Genetic Changes May Have Happened The study does not claim to know the exact reason behind every shift. However, the past 10,000 years brought enormous lifestyle changes that could have created strong pressures on human health and survival. Farming changed what people ate. Permanent settlements increased population density. Close contact with animals and larger communities likely changed exposure to infections. Seasonal food shortages, crowding, sanitation, and new social structures may all have affected which traits were helpful. Some changes may have helped the immune system respond to new disease threats. Others may have influenced how the body used energy, stored fat, or processed food. In a hunting and gathering world, storing energy efficiently may have helped people survive scarcity. In farming societies with more regular access to grain-based foods, that same tendency may not have been as beneficial. The study suggests that some gene variants tied to body fat and blood sugar regulation became less common over time, possibly reflecting these changing conditions. The researchers also found examples where a gene variant appeared to rise for thousands of years and then later declined. That pattern suggests that what helped people in one era could become harmful in another. Evolution does not move toward perfection. It responds to changing circumstances, and what is useful in one setting may become a disadvantage later on. The Celiac Disease Connection One of the most striking findings for readers interested in celiac disease is that a major genetic risk factor linked to the condition appears to have become more common only within the past several thousand years. According to the study summary, this change may have arisen about 4,000 years ago and then steadily increased in frequency. That is surprisingly recent in human history. This does not mean celiac disease itself suddenly appeared at that moment, nor does it mean everyone with the gene developed the condition. It does suggest, however, that a gene variant now tied to celiac disease may once have provided some other advantage that helped it spread. That advantage may have involved the immune system. Scientists quoted in the summary suggested that the gene might have helped people respond more strongly to certain infections, perhaps in the gut. If so, a gene that now increases the risk of an autoimmune condition may have once improved survival under very different historical conditions. This idea fits a larger pattern seen in human biology. Some gene variants linked to disease today may have been helpful in the past. Evolution does not select for what is healthiest in a modern medical sense. It favors what helps people survive and reproduce in the conditions around them. A stronger immune response may have protected against infection long ago, even if that same biological tendency now raises the risk of immune-related illness. Questions and Cautions Even though the study is impressive in size and ambition, not all scientists are equally convinced by every part of it. Some experts praised the enormous amount of ancient genetic data and agreed that at least many of the reported signals are likely real. Others urged caution, especially when interpreting more complex traits influenced by many genes at once. That caution is important. A genetic change becoming more common over time does not automatically reveal exactly what it did or why it spread. Population movements, intermarriage, and regional differences can complicate the picture. Also, traits measured in modern societies do not always translate neatly into the ancient world. For example, a genetic pattern linked today to years spent in school cannot be interpreted literally in prehistoric populations. It may reflect other underlying biological or behavioral tendencies rather than formal education itself. So while the overall message of the study is powerful, many of the details will need further testing. Future research in other world regions, and more work on the biology behind specific gene variants, will help clarify which findings prove strongest over time. Why This Study Matters for People with Celiac Disease This study could be meaningful to people with celiac disease because it supports the idea that the genes connected to the condition are part of a much deeper story about human survival, diet, and immune system change. Rather than being a simple modern flaw, one important celiac-related genetic risk factor may have spread because it once offered a real benefit in the world our ancestors lived in. That matters because it helps explain why celiac-related genes can be so common even though the disease can be harmful. It also reminds us that the human body is shaped by trade-offs. A genetic trait that may have helped defend against infection in the past could increase the risk of immune overreaction in the present. For people with celiac disease, this kind of research may eventually improve understanding of why the condition is so widespread, why immune responses to gluten can be so strong, and how ancient evolutionary pressures still affect health today. In that sense, the study does more than rewrite part of human history. It may also help explain why conditions like celiac disease remain so important in the modern world. Read more at: nature.com and nytimes.com Watch the video version of How Ancient DNA May Explain Why Celiac Disease Became So Common:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/gluten-free-bulgogi-beef-a-sweet-and-savory-korean-barbecue-favorite-r7212/Celiac.com 05/22/2026 - Bulgogi is one of the best-known dishes in Korean cooking, famous for its thin slices of beef, savory-sweet marinade, and quick cooking style. The name is often understood as "fire meat," a nod to the dish's long connection to grilling and open-flame cooking. Over time, bulgogi became a beloved comfort food served at family meals, restaurants, and festive gatherings, with each home cook shaping the balance of sweetness, garlic, and sesame to suit personal taste. This gluten-free version keeps the spirit of classic bulgogi while removing the usual source of gluten found in standard soy sauce. The result is a tender, richly flavored beef dish with a glossy marinade that caramelizes beautifully in the pan. Serve it with rice, lettuce leaves, or a plate of crisp vegetables for a meal that feels both deeply satisfying and easy enough for a weeknight dinner. Why You Will Love This Recipe Big flavor from simple pantry ingredients Naturally easy to adapt for a gluten-free meal Cooks quickly once the beef is marinated Great for rice bowls, lettuce wraps, or meal prep Ingredients 1 ½ pounds thinly sliced beef sirloin, ribeye, or top sirloin ¼ cup gluten-free tamari 2 tablespoons pear puree or finely grated ripe pear 2 tablespoons brown sugar 1 tablespoon honey 1 tablespoon toasted sesame oil 1 tablespoon avocado oil or other neutral oil 4 cloves garlic, finely minced 1 teaspoon freshly grated ginger ½ teaspoon black pepper ¼ teaspoon crushed red pepper flakes, optional 3 green onions, thinly sliced ½ small yellow onion, very thinly sliced 1 teaspoon gluten-free rice vinegar 1 teaspoon sesame seeds, plus more for garnish Optional for Serving Steamed white rice Lettuce leaves Sliced cucumbers Shredded carrots Kimchi, if using a gluten-free brand Extra sliced green onions How to Prepare the Beef If the beef is not already thinly sliced, place it in the freezer for about 20 to 30 minutes first. This firms it up and makes it easier to cut into very thin slices. Slice against the grain for the most tender texture. How to Make the Marinade In a large bowl, whisk together the gluten-free tamari, pear puree, brown sugar, honey, toasted sesame oil, avocado oil, garlic, ginger, black pepper, red pepper flakes if using, green onions, yellow onion, rice vinegar, and sesame seeds. The mixture should smell sweet, savory, and deeply aromatic. How to Marinate Add the sliced beef to the bowl and toss until every piece is well coated. Cover and refrigerate for at least 1 hour. For deeper flavor, marinate for 4 to 8 hours. If you are short on time, even a 30-minute rest will still give the beef a good flavor boost. How to Cook Heat a large heavy skillet, grill pan, or wok over medium-high heat. Once hot, add the beef in a single layer, working in batches so the pan does not get crowded. Cook for 2 to 4 minutes, stirring and turning as needed, until the beef is browned at the edges and cooked through. The sugars in the marinade will help create a glossy finish and light caramelization. Transfer the cooked beef to a serving platter and repeat with the remaining batches. Spoon any flavorful juices from the pan over the top. Serving Ideas Serve the bulgogi hot over steamed rice for a classic meal. It is also excellent tucked into lettuce leaves with rice and crisp vegetables for fresh wraps. A fried egg on top can make it even richer, while a side of cucumber or pickled vegetables adds a bright contrast to the savory meat. Tips for the Best Gluten-Free Bulgogi Use gluten-free tamari, not regular soy sauce Pear helps tenderize the beef and adds gentle sweetness Do not overcrowd the pan or the beef will steam instead of brown Thin slicing is the key to quick cooking and tender texture Check side dishes and condiments too if serving a fully gluten-free meal Recipe Variations For a spicier version, add 1 teaspoon gluten-free chili paste or more red pepper flakes For a slightly lighter flavor, reduce the brown sugar to 1 tablespoon For a vegetable-rich bowl, serve with sauteed mushrooms, spinach, or zucchini For chicken bulgogi, substitute thinly sliced boneless chicken thighs and cook thoroughly Storage and Reheating Store leftovers in an airtight container in the refrigerator for up to 3 days. Reheat gently in a skillet over medium heat or in the microwave until hot. The cooked beef also works well cold or room temperature in a rice bowl for lunch. Conclusion Gluten-free bulgogi beef proves that you do not need wheat-based ingredients to create a deeply flavorful Korean-inspired meal. With its tender slices of beef, balanced sweet-savory marinade, and quick cooking time, this dish brings bold character to the table without much fuss. Whether you serve it for a family dinner or build it into easy lunch bowls, it is a recipe that feels both comforting and lively, with every bite delivering that signature bulgogi richness.Fri, 22 May 2026 13:39:01 +0000podcast@celiac.comnoCeliac.com 05/22/2026 - Bulgogi is one of the best-known dishes in Korean cooking, famous for its thin slices of beef, savory-sweet marinade, and quick cooking style. The name is often understood as "fire meat," a nod to the dish's long connection to grilling and open-flame cooking. Over time, bulgogi became a beloved comfort food served at family meals, restaurants, and festive gatherings, with each home cook shaping the balance of sweetness, garlic, and sesame to suit personal taste. This gluten-free version keeps the spirit of classic bulgogi while removing the usual source of gluten found in standard soy sauce. The result is a tender, richly flavored beef dish with a glossy marinade that caramelizes beautifully in the pan. Serve it with rice, lettuce leaves, or a plate of crisp vegetables for a meal that feels both deeply satisfying and easy enough for a weeknight dinner. Why You Will Love This Recipe Big flavor from simple pantry ingredients Naturally easy to adapt for a gluten-free meal Cooks quickly once the beef is marinated Great for rice bowls, lettuce wraps, or meal prep Ingredients 1 ½ pounds thinly sliced beef sirloin, ribeye, or top sirloin ¼ cup gluten-free tamari 2 tablespoons pear puree or finely grated ripe pear 2 tablespoons brown sugar 1 tablespoon honey 1 tablespoon toasted sesame oil 1 tablespoon avocado oil or other neutral oil 4 cloves garlic, finely minced 1 teaspoon freshly grated ginger ½ teaspoon black pepper ¼ teaspoon crushed red pepper flakes, optional 3 green onions, thinly sliced ½ small yellow onion, very thinly sliced 1 teaspoon gluten-free rice vinegar 1 teaspoon sesame seeds, plus more for garnish Optional for Serving Steamed white rice Lettuce leaves Sliced cucumbers Shredded carrots Kimchi, if using a gluten-free brand Extra sliced green onions How to Prepare the Beef If the beef is not already thinly sliced, place it in the freezer for about 20 to 30 minutes first. This firms it up and makes it easier to cut into very thin slices. Slice against the grain for the most tender texture. How to Make the Marinade In a large bowl, whisk together the gluten-free tamari, pear puree, brown sugar, honey, toasted sesame oil, avocado oil, garlic, ginger, black pepper, red pepper flakes if using, green onions, yellow onion, rice vinegar, and sesame seeds. The mixture should smell sweet, savory, and deeply aromatic. How to Marinate Add the sliced beef to the bowl and toss until every piece is well coated. Cover and refrigerate for at least 1 hour. For deeper flavor, marinate for 4 to 8 hours. If you are short on time, even a 30-minute rest will still give the beef a good flavor boost. How to Cook Heat a large heavy skillet, grill pan, or wok over medium-high heat. Once hot, add the beef in a single layer, working in batches so the pan does not get crowded. Cook for 2 to 4 minutes, stirring and turning as needed, until the beef is browned at the edges and cooked through. The sugars in the marinade will help create a glossy finish and light caramelization. Transfer the cooked beef to a serving platter and repeat with the remaining batches. Spoon any flavorful juices from the pan over the top. Serving Ideas Serve the bulgogi hot over steamed rice for a classic meal. It is also excellent tucked into lettuce leaves with rice and crisp vegetables for fresh wraps. A fried egg on top can make it even richer, while a side of cucumber or pickled vegetables adds a bright contrast to the savory meat. Tips for the Best Gluten-Free Bulgogi Use gluten-free tamari, not regular soy sauce Pear helps tenderize the beef and adds gentle sweetness Do not overcrowd the pan or the beef will steam instead of brown Thin slicing is the key to quick cooking and tender texture Check side dishes and condiments too if serving a fully gluten-free meal Recipe Variations For a spicier version, add 1 teaspoon gluten-free chili paste or more red pepper flakes For a slightly lighter flavor, reduce the brown sugar to 1 tablespoon For a vegetable-rich bowl, serve with sauteed mushrooms, spinach, or zucchini For chicken bulgogi, substitute thinly sliced boneless chicken thighs and cook thoroughly Storage and Reheating Store leftovers in an airtight container in the refrigerator for up to 3 days. Reheat gently in a skillet over medium heat or in the microwave until hot. The cooked beef also works well cold or room temperature in a rice bowl for lunch. Conclusion Gluten-free bulgogi beef proves that you do not need wheat-based ingredients to create a deeply flavorful Korean-inspired meal. With its tender slices of beef, balanced sweet-savory marinade, and quick cooking time, this dish brings bold character to the table without much fuss. Whether you serve it for a family dinner or build it into easy lunch bowls, it is a recipe that feels both comforting and lively, with every bite delivering that signature bulgogi richness.podcast@celiac.comCeliac.com 05/22/2026 - Bulgogi is one of the best-known dishes in Korean cooking, famous for its thin slices of beef, savory-sweet marinade, and quick cooking style. The name is often understood as "fire meat," a nod to the dish's long connection to grilling and open-flame cooking. Over time, bulgogi became a beloved comfort food served at family meals, restaurants, and festive gatherings, with each home cook shaping the balance of sweetness, garlic, and sesame to suit personal taste. This gluten-free version keeps the spirit of classic bulgogi while removing the usual source of gluten found in standard soy sauce. The result is a tender, richly flavored beef dish with a glossy marinade that caramelizes beautifully in the pan. Serve it with rice, lettuce leaves, or a plate of crisp vegetables for a meal that feels both deeply satisfying and easy enough for a weeknight dinner. Why You Will Love This Recipe Big flavor from simple pantry ingredients Naturally easy to adapt for a gluten-free meal Cooks quickly once the beef is marinated Great for rice bowls, lettuce wraps, or meal prep Ingredients 1 ½ pounds thinly sliced beef sirloin, ribeye, or top sirloin ¼ cup gluten-free tamari 2 tablespoons pear puree or finely grated ripe pear 2 tablespoons brown sugar 1 tablespoon honey 1 tablespoon toasted sesame oil 1 tablespoon avocado oil or other neutral oil 4 cloves garlic, finely minced 1 teaspoon freshly grated ginger ½ teaspoon black pepper ¼ teaspoon crushed red pepper flakes, optional 3 green onions, thinly sliced ½ small yellow onion, very thinly sliced 1 teaspoon gluten-free rice vinegar 1 teaspoon sesame seeds, plus more for garnish Optional for Serving Steamed white rice Lettuce leaves Sliced cucumbers Shredded carrots Kimchi, if using a gluten-free brand Extra sliced green onions How to Prepare the Beef If the beef is not already thinly sliced, place it in the freezer for about 20 to 30 minutes first. This firms it up and makes it easier to cut into very thin slices. Slice against the grain for the most tender texture. How to Make the Marinade In a large bowl, whisk together the gluten-free tamari, pear puree, brown sugar, honey, toasted sesame oil, avocado oil, garlic, ginger, black pepper, red pepper flakes if using, green onions, yellow onion, rice vinegar, and sesame seeds. The mixture should smell sweet, savory, and deeply aromatic. How to Marinate Add the sliced beef to the bowl and toss until every piece is well coated. Cover and refrigerate for at least 1 hour. For deeper flavor, marinate for 4 to 8 hours. If you are short on time, even a 30-minute rest will still give the beef a good flavor boost. How to Cook Heat a large heavy skillet, grill pan, or wok over medium-high heat. Once hot, add the beef in a single layer, working in batches so the pan does not get crowded. Cook for 2 to 4 minutes, stirring and turning as needed, until the beef is browned at the edges and cooked through. The sugars in the marinade will help create a glossy finish and light caramelization. Transfer the cooked beef to a serving platter and repeat with the remaining batches. Spoon any flavorful juices from the pan over the top. Serving Ideas Serve the bulgogi hot over steamed rice for a classic meal. It is also excellent tucked into lettuce leaves with rice and crisp vegetables for fresh wraps. A fried egg on top can make it even richer, while a side of cucumber or pickled vegetables adds a bright contrast to the savory meat. Tips for the Best Gluten-Free Bulgogi Use gluten-free tamari, not regular soy sauce Pear helps tenderize the beef and adds gentle sweetness Do not overcrowd the pan or the beef will steam instead of brown Thin slicing is the key to quick cooking and tender texture Check side dishes and condiments too if serving a fully gluten-free meal Recipe Variations For a spicier version, add 1 teaspoon gluten-free chili paste or more red pepper flakes For a slightly lighter flavor, reduce the brown sugar to 1 tablespoon For a vegetable-rich bowl, serve with sauteed mushrooms, spinach, or zucchini For chicken bulgogi, substitute thinly sliced boneless chicken thighs and cook thoroughly Storage and Reheating Store leftovers in an airtight container in the refrigerator for up to 3 days. Reheat gently in a skillet over medium heat or in the microwave until hot. The cooked beef also works well cold or room temperature in a rice bowl for lunch. Conclusion Gluten-free bulgogi beef proves that you do not need wheat-based ingredients to create a deeply flavorful Korean-inspired meal. With its tender slices of beef, balanced sweet-savory marinade, and quick cooking time, this dish brings bold character to the table without much fuss. Whether you serve it for a family dinner or build it into easy lunch bowls, it is a recipe that feels both comforting and lively, with every bite delivering that signature bulgogi richness.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/celiac-disease-treatment-and-continuing-symptoms-r1108/Celiac.com 05/20/2026 - It is not uncommon for people with celiac disease to have ongoing digestive symptoms or other health issues, even after starting a gluten-free diet. Although celiac disease is better understood than ever, much remains to be learned about how the disease affects the body, how long healing takes, and why some symptoms may continue after gluten is removed from the diet. One study explains why digestive issues may linger for years, even after going gluten-free. Not everyone with celiac disease who begins a gluten-free diet will recover quickly or completely. According to one study: "After an average of 11 months on a gluten-free diet, 81% of patients with celiac disease and positive tissue transglutaminase IgA (tTG-IgA) at baseline will revert to negative tTG-IgA (SOR: C, disease-oriented evidence from retrospective cohort study). The intestinal mucosa of adult patients with celiac disease will return to normal after following a gluten-free diet for 16 to 24 months in only 8% to 18%. However, in children after 2 years, 74% will have a return to normal mucosa (SOR: C, disease-oriented evidence from longitudinal studies)." This article is intended to help people with celiac disease understand possible reasons for ongoing symptoms and to identify issues they may want to discuss with a qualified health care provider. It is not medical advice. Please consult a physician for diagnosis, treatment, testing, or any medical questions related to celiac disease or any condition mentioned here. Celiac Disease Follow Up Treatment Follow-up care is important after a celiac disease diagnosis. Some tests are recommended soon after diagnosis, while others may be repeated over time to monitor healing, nutrition, and related autoimmune conditions. Blood work for vitamin and mineral deficiencies Micronutrient deficiencies are common in adults with celiac disease, as are vitamin and mineral deficiencies. The most common vitamin and mineral deficiencies in celiac patients include B vitamins, especially B12; vitamin A; vitamin D; vitamin E; vitamin K; iron; calcium; carotene; copper; folic acid; magnesium; selenium; and zinc. Celiac Disease and Ongoing Symptoms After a Gluten-Free Diet Most people with celiac disease experience a major improvement in symptoms within weeks or months of starting a gluten-free diet. However, some continue to have digestive problems, fatigue, nutrient deficiencies, pain, or other symptoms. Others may improve at first and then relapse. When symptoms continue, the most important first step is to look carefully for common and treatable causes. Hidden Gluten Exposure New research shows that most people with celiac disease are regularly exposed to gluten, even when they are trying to be careful. For many people with celiac disease, gluten exposure is usually ongoing and silent. This article explores how much gluten exposure do celiacs get on a gluten-free diet. It is also important to remember that celiac patients are really bad at judging gluten-exposure based on symptoms. People with ongoing symptoms should review possible sources of gluten exposure, including restaurant meals, shared kitchens, cross-contact, medication binders, supplements, cosmetics used near the mouth, and misunderstandings about the strictness required by the gluten-free diet. Repeat blood tests may help identify continued gluten exposure, but they may not be sensitive enough to detect low-level or intermittent exposure. Some people with celiac disease report positive results after taking AN-PEP enzymes, such as GliadinX is a brand that we've reviewed, before meals when eating outside the home. These enzymes have been shown in multiple studies to break down small amounts of gluten in the stomach before it reaches the intestines. They are not a substitute for a gluten-free diet, but some people use them as an added precaution against accidental exposure. Lactose Intolerance The enzymes needed to digest lactose are produced by the intestinal villi, which can be damaged by gluten exposure in people with celiac disease. As a result, many people with newly diagnosed or active celiac disease have trouble digesting milk and other lactose-containing foods. In some cases, this improves as the intestine heals. Many people with celiac disease also report problems with casein, a protein found in dairy products. Lactose intolerance is a common misdiagnosis in celiac patients, because gluten-related mucosal damage can temporarily leave them unable to digest lactose-containing products. Testing for lactose intolerance can be done with a hydrogen breath test, often called a Lactose H2 breath test. Treatment may include avoiding lactose temporarily, using an over-the-counter lactose enzyme when eating dairy, or reintroducing dairy carefully as healing progresses. Re-colonizing the small intestine with beneficial bacteria may also help. How is lactose intolerance related to celiac disease? FODMAPS FODMAPs is short for "fermentable oligosaccharides, disaccharides, monosaccharides and polyols." These are carbohydrates found in many common foods that are poorly absorbed by some people. When FODMAPs are not well absorbed, they can cause bloating, gas, abdominal pain, diarrhea, constipation, and other symptoms that can resemble celiac disease symptoms. A low FODMAP diet has been shown to help reduce symptoms of IBS, and it may be helpful for some people with celiac disease who continue to have symptoms despite a strict gluten-free diet. FODMAPs have also been shown to play a role in non-celiac gluten sensitivity (NCGS). A new app can help people zero in on FODMAPs in food. Related articles include: Can Low FODMAP Diet App Help Some Celiac and IBS Patients?; What's the Deal with FODMAPs and Gluten-sensitivity in IBS?; and FODMAPs, Food Intolerance and You. Fiber A recent study indicates that inulin fiber may speed celiac disease recovery. One of the most important discoveries was that people with celiac disease had a reduced ability to process fiber in the small intestine. This was true both for people newly diagnosed with celiac disease and for people already following a gluten-free diet. Because fiber was not being processed as efficiently, people with celiac disease produced lower levels of beneficial compounds created during fiber digestion. This does not mean every person with celiac disease should immediately add large amounts of fiber, because some people are sensitive to certain fibers or FODMAPs. However, it does suggest that fiber quality, gut bacteria, and small intestinal healing may all be important parts of recovery. Beneficial Bacteria Probiotics may help some people restore a healthier balance of intestinal flora. Products with multiple types of bacteria may be useful, and refrigerated products often contain higher levels of live bacteria. Kefir, raw kimchee, and raw sauerkraut may also contain active cultures, though people with celiac disease should always confirm that any product is gluten-free and tolerated. Related articles include: Celiac Disease Onset Changes Gut Microbiota in Children; What Can Gut Microbiomes Teach Us About Gastrointestinal Distress in Children?; and Gut Microbiota Reflects Disease Severity in COVID-19 Patients. Small Bowel Bacterial Overgrowth Small bowel bacterial overgrowth, sometimes called SIBO or SBBO, can cause bloating, gas, diarrhea, abdominal discomfort, nutrient problems, and other symptoms that overlap with celiac disease. In a report published in the American Journal of Gastroenterology, Vol. 98, No. 4, 2003, 10 of 15 people with continuing symptoms showed evidence of bacterial overgrowth within the small bowel. Testing may include lactulose hydrogen breath testing. Suggested treatment in that report included the non-systemic prescription antibiotic rifaximin, 800 mg per day for one week. Note that the antibiotic is called Rifaximin in England and Xifaxan in the U.S. Digestive function should also be evaluated as a possible underlying cause of SBBO. For more information, see Breath Tests for the Non-invasive Diagnosis of Small Intestinal Bacterial Overgrowth: A Systematic Review With Meta-analysis, and Rosacea and Small Intestinal Bacterial Overgrowth (SIBO). Other Food Sensitivities Some people with celiac disease may have additional food sensitivities. An IgG sensitivity is different from the IgE allergies most allergy doctors check for. Commonly reported food sensitivities include dairy casein, corn, soy, and eggs. Some people improve by avoiding the food for a time and using food rotation. Food sensitivities may also lessen as digestion and intestinal health improve. An elimination diet can help identify foods that may be contributing to symptoms. One approach is to start with the most common food allergens, eliminate one at a time for 2-3 weeks, then add the food back and record any symptoms. It may make sense to begin with the following: Milk Eggs Peanuts Tree nuts, such as almonds, cashews, and walnuts Soy Fish Shellfish, such as shrimp, crab, and lobster Sesame seeds Mustard Dr. Fasano has created a diet for those with celiac disease that appears to help many people improve quickly. The Autoimmune Protocol Diet is even more strict than the Fasano Diet, and some people may need a stricter approach to fully recover. There has also been increased focus on FODMAPS, since a low FODMAP diet has been shown to help reduce IBS symptoms. This older article also has some interesting ideas. Artificial Sweeteners Most artificial sweeteners and sugar alcohols are technically gluten-free, they can still trigger digestive symptoms in people with celiac disease or gluten sensitivity, including bloating, gas, and diarrhea. Gluten risk usually comes not from the sweeteners themselves, but from cross-contact or other ingredients in processed foods. Careful label reading and choosing certified gluten-free products can help reduce risk. Sweeteners discussed in the linked article include advantame, acesulfame potassium (Ace-K), aspartame, cyclamate, erythritol, hydrogenated starch hydrolysates (HSH), isomalt, lactitol, maltitol, mannitol, neotame, saccharin, sorbitol, stevia, sucralose, and xylitol. Individual tolerance varies, and some sweeteners may also affect gut bacteria or cardiovascular health, so moderation and symptom awareness are especially important. Digestive Function Continuing symptoms may be related to more than one digestive problem. A complete evaluation may be helpful, especially when symptoms persist despite a strict gluten-free diet. In some cases, a comprehensive stool analysis may be obtained by mail and by prescription. Digestive Enzymes Pancreatic enzymes may assist with more complete digestion and may discourage unhealthy bacterial growth. Many people with celiac disease prefer vegetable-based enzymes, which may be purchased online or at health food stores. Animal-derived enzymes are available by prescription. People who try digestive enzymes often experiment carefully to see what works best. To reduce the chance of heartburn, some people start by sprinkling half of a capsule on food and increasing as needed and tolerated. Be sure any enzymes used are gluten-free. Watch out for maltase, which can sometimes be made from barley. Related articles include: Are Gluten-Busting Enzymes the Best Hope for Future Celiac Treatment and Maintenance?; Could Enzymes from Oral Bacteria Treat Celiac Disease?; Researchers Review Potential of Gluten Degrading Enzymes for Treatment of Celiac Disease; and Imagine a Gluten-Busting Enzyme that Worked Like LactAid. Carbohydrate Intolerance Some people do not digest carbohydrates and sugars well. Undigested carbohydrates can encourage the growth of unwanted yeasts and bacteria and may contribute to gas, bloating, diarrhea, or abdominal pain. More information on a diet low in carbohydrates may be found in the book "Breaking the Vicious Cycle" by Gottschall, who recommends eliminating complex carbohydrates to reduce the growth of "bad" bacteria. Intestinal Motility Increased intestinal motility may contribute to continuing diarrhea. Some people try reducing motility by using a fiber supplement such as Benefiber or Citrucel. People who have had their gall bladder removed may want to ask their doctor about bile salt-related diarrhea. In some cases, Cholestid, a prescription drug used for lowering cholesterol, may also slow motility by binding irritating bile salts. Decreased Stomach Acid Low stomach acid, also called hypochlorhydria, may interfere with digestive enzymes and may promote yeast or bacterial overgrowth. A useful source of information is the book "Why Stomach Acid is Good for You" by Wright and Lenard. Testing may include the Heidelberg Capsule or Gastrocap tests. Some people with celiac disease and low stomach acid report benefits from supplemental Betaine HCl, bitters, digestive enzymes, and probiotics, available at health food stores. Related articles include: Reduced Fecal Acidity Mirrors Rise in Celiac Rates. Autoimmune Gastritis This study demonstrates that autoimmune gastritis affects roughly one in ten people with celiac disease. People with moderate intestinal changes, known as Marsh type 2, and without typical celiac antibodies may be at the greatest risk. Because both celiac disease and autoimmune gastritis can cause nutrient deficiencies and anemia, identifying and treating autoimmune gastritis in celiac patients can be important for long-term health. Helicobacter Pylori A study by Villanacci, et al., published 8/28/2006 in the American Journal of Gastroenterology, noted that 44% of people diagnosed with celiac disease tested positive for Helicobacter pylori at the time of, or within one year of, their celiac disease diagnosis. Interestingly, patients with helicobacter pylori colonization have a decreased risk of celiac disease. An Iranian study also showed a connection between helicobacter pylori and celiac disease. Yeast Overgrowth Some people report continuing symptoms due to yeast overgrowth. Testing may include blood antibody testing for Candida. Suggested treatment has included half a teaspoon of Nystatin powder mixed with water twice daily, and 200 mg Ketoconazole once daily for 2-3 months. Monthly liver function testing during treatment is recommended. Nystatin powder may be ordered by prescription through pharmacies that offer custom compounding. Digestive function should also be evaluated as a possible underlying cause of yeast overgrowth. Dietary changes may also be considered. Oxalate Sensitivity Oxalate sensitivity can cause symptoms in some people due to difficulty metabolizing oxalates, which are naturally occurring compounds found in many foods. When oxalates accumulate, they can form crystals that deposit in tissues and may contribute to inflammation and pain. Oxalate issues are often linked to kidney stones, but they may also affect the gut, joints, and other tissues, especially in people with compromised gut health or certain genetic tendencies. Symptoms may include joint pain, digestive issues, and chronic fatigue. Sensitive individuals may benefit from discussing oxalate intake with a health care provider or dietitian. Lectin Sensitivity Lectin sensitivity may contribute to inflammation in some individuals. Lectins are proteins found in many plant foods, including beans, legumes, and grains. They can bind to carbohydrate molecules on cell surfaces, including cells in the gut lining. In sensitive people, lectins may irritate the gut barrier and contribute to increased intestinal permeability, often called "leaky gut." This may trigger immune activity and symptoms such as digestive problems, joint pain, or fatigue. Reducing high-lectin foods may help some people, though this should be done thoughtfully to avoid unnecessary dietary restriction. Cross-Reactivities for Celiac Patients A recent study indicates that Silicon Dioxide (Food additive E551) May Trigger Intestinal Damage and Inflammation in People with Celiac Disease or Gluten Sensitivity. Cross-reactivity between anti-gliadin antibodies and certain spice proteins indicates that patients with celiac disease or wheat allergy may also react to some spices, even when those spices are gluten-free. Some spices can also be a source of cross-contact, especially if wheat flour is used as an anti-caking agent. This article explores the topic in more detail: Beyond Gluten: Exploring Lesser-Known Triggers and Cross-Reactivities for Celiac Patients Parasites and other Bacterial Problems People with celiac disease can still have unrelated infections or parasites that cause diarrhea or other digestive symptoms. Possible causes include Giardia lamblia, Ascaris lumbricoides, and other bacterial or parasitic problems. Having celiac disease does not rule out the same infections or digestive bugs that can affect anyone else. Thyroid Screening Because celiac disease is linked to autoimmune thyroid disease, thyroid screening is recommended for newly diagnosed celiac disease patients. Patients taking thyroid replacement or other medications may need more frequent monitoring and possible dosage adjustment as intestinal absorption improves. Bone Density Scan Up to 75% of celiac patients have low bone mineral density. Because of this, bone density scans are recommended for newly diagnosed celiacs. Bone health may improve as the intestine heals and nutrient absorption improves, but monitoring can help identify people who need additional care. Liver Enzymes Research from Stanford University School of Medicine's Celiac Management Clinic has noted continued absorption problems in many people who are on a gluten-free diet. A 72-hour quantitative fecal fat test and a 25-gram xylose sugar absorption test can help diagnose continued absorption problems. Healing progress on the gluten-free diet may be monitored by re-testing whichever diagnostic blood test was initially highest, usually at intervals of 6-12 months. Children are likely to heal within a few months; adults may take a few years, and some may never totally heal. Calcium and iron status will improve in many people, even without supplements, once the gut heals. Some doctors recommend not prescribing drugs such as Fosamax and Evista until after the intestine heals and more calcium is being absorbed from the diet. Other Autoimmune Diseases A number of autoimmune conditions are associated with celiac disease. At least one in three people diagnosed with adult celiac disease will also have another autoimmune disease. Many report significant improvement in other autoimmune conditions after beginning a gluten-free diet. However, some people with celiac disease may develop other autoimmune diseases even after beginning a gluten-free diet. Conditions to watch for include type 1 diabetes, liver disease, thyroid disease, pancreatic disease, adrenal disease, peripheral and central nervous system problems, connective tissue disease, and other rheumatoid or inflammatory conditions. Related articles include: Celiac Disease is Linked to Autoimmune Thyroid Disease; and The Ten Risk Factors Most Associated with Celiac Disease. Article originally published 03/25/2007, updated 04/07/2021 and 05/20/2026.Wed, 20 May 2026 18:00:00 +0000podcast@celiac.comnoCeliac.com 05/20/2026 - It is not uncommon for people with celiac disease to have ongoing digestive symptoms or other health issues, even after starting a gluten-free diet. Although celiac disease is better understood than ever, much remains to be learned about how the disease affects the body, how long healing takes, and why some symptoms may continue after gluten is removed from the diet. One study explains why digestive issues may linger for years, even after going gluten-free. Not everyone with celiac disease who begins a gluten-free diet will recover quickly or completely. According to one study: "After an average of 11 months on a gluten-free diet, 81% of patients with celiac disease and positive tissue transglutaminase IgA (tTG-IgA) at baseline will revert to negative tTG-IgA (SOR: C, disease-oriented evidence from retrospective cohort study). The intestinal mucosa of adult patients with celiac disease will return to normal after following a gluten-free diet for 16 to 24 months in only 8% to 18%. However, in children after 2 years, 74% will have a return to normal mucosa (SOR: C, disease-oriented evidence from longitudinal studies)." This article is intended to help people with celiac disease understand possible reasons for ongoing symptoms and to identify issues they may want to discuss with a qualified health care provider. It is not medical advice. Please consult a physician for diagnosis, treatment, testing, or any medical questions related to celiac disease or any condition mentioned here. Celiac Disease Follow Up Treatment Follow-up care is important after a celiac disease diagnosis. Some tests are recommended soon after diagnosis, while others may be repeated over time to monitor healing, nutrition, and related autoimmune conditions. Blood work for vitamin and mineral deficiencies Micronutrient deficiencies are common in adults with celiac disease, as are vitamin and mineral deficiencies. The most common vitamin and mineral deficiencies in celiac patients include B vitamins, especially B12; vitamin A; vitamin D; vitamin E; vitamin K; iron; calcium; carotene; copper; folic acid; magnesium; selenium; and zinc. Celiac Disease and Ongoing Symptoms After a Gluten-Free Diet Most people with celiac disease experience a major improvement in symptoms within weeks or months of starting a gluten-free diet. However, some continue to have digestive problems, fatigue, nutrient deficiencies, pain, or other symptoms. Others may improve at first and then relapse. When symptoms continue, the most important first step is to look carefully for common and treatable causes. Hidden Gluten Exposure New research shows that most people with celiac disease are regularly exposed to gluten, even when they are trying to be careful. For many people with celiac disease, gluten exposure is usually ongoing and silent. This article explores how much gluten exposure do celiacs get on a gluten-free diet. It is also important to remember that celiac patients are really bad at judging gluten-exposure based on symptoms. People with ongoing symptoms should review possible sources of gluten exposure, including restaurant meals, shared kitchens, cross-contact, medication binders, supplements, cosmetics used near the mouth, and misunderstandings about the strictness required by the gluten-free diet. Repeat blood tests may help identify continued gluten exposure, but they may not be sensitive enough to detect low-level or intermittent exposure. Some people with celiac disease report positive results after taking AN-PEP enzymes, such as GliadinX is a brand that we've reviewed, before meals when eating outside the home. These enzymes have been shown in multiple studies to break down small amounts of gluten in the stomach before it reaches the intestines. They are not a substitute for a gluten-free diet, but some people use them as an added precaution against accidental exposure. Lactose Intolerance The enzymes needed to digest lactose are produced by the intestinal villi, which can be damaged by gluten exposure in people with celiac disease. As a result, many people with newly diagnosed or active celiac disease have trouble digesting milk and other lactose-containing foods. In some cases, this improves as the intestine heals. Many people with celiac disease also report problems with casein, a protein found in dairy products. Lactose intolerance is a common misdiagnosis in celiac patients, because gluten-related mucosal damage can temporarily leave them unable to digest lactose-containing products. Testing for lactose intolerance can be done with a hydrogen breath test, often called a Lactose H2 breath test. Treatment may include avoiding lactose temporarily, using an over-the-counter lactose enzyme when eating dairy, or reintroducing dairy carefully as healing progresses. Re-colonizing the small intestine with beneficial bacteria may also help. How is lactose intolerance related to celiac disease? FODMAPS FODMAPs is short for "fermentable oligosaccharides, disaccharides, monosaccharides and polyols." These are carbohydrates found in many common foods that are poorly absorbed by some people. When FODMAPs are not well absorbed, they can cause bloating, gas, abdominal pain, diarrhea, constipation, and other symptoms that can resemble celiac disease symptoms. A low FODMAP diet has been shown to help reduce symptoms of IBS, and it may be helpful for some people with celiac disease who continue to have symptoms despite a strict gluten-free diet. FODMAPs have also been shown to play a role in non-celiac gluten sensitivity (NCGS). A new app can help people zero in on FODMAPs in food. Related articles include: Can Low FODMAP Diet App Help Some Celiac and IBS Patients?; What's the Deal with FODMAPs and Gluten-sensitivity in IBS?; and FODMAPs, Food Intolerance and You. Fiber A recent study indicates that inulin fiber may speed celiac disease recovery. One of the most important discoveries was that people with celiac disease had a reduced ability to process fiber in the small intestine. This was true both for people newly diagnosed with celiac disease and for people already following a gluten-free diet. Because fiber was not being processed as efficiently, people with celiac disease produced lower levels of beneficial compounds created during fiber digestion. This does not mean every person with celiac disease should immediately add large amounts of fiber, because some people are sensitive to certain fibers or FODMAPs. However, it does suggest that fiber quality, gut bacteria, and small intestinal healing may all be important parts of recovery. Beneficial Bacteria Probiotics may help some people restore a healthier balance of intestinal flora. Products with multiple types of bacteria may be useful, and refrigerated products often contain higher levels of live bacteria. Kefir, raw kimchee, and raw sauerkraut may also contain active cultures, though people with celiac disease should always confirm that any product is gluten-free and tolerated. Related articles include: Celiac Disease Onset Changes Gut Microbiota in Children; What Can Gut Microbiomes Teach Us About Gastrointestinal Distress in Children?; and Gut Microbiota Reflects Disease Severity in COVID-19 Patients. Small Bowel Bacterial Overgrowth Small bowel bacterial overgrowth, sometimes called SIBO or SBBO, can cause bloating, gas, diarrhea, abdominal discomfort, nutrient problems, and other symptoms that overlap with celiac disease. In a report published in the American Journal of Gastroenterology, Vol. 98, No. 4, 2003, 10 of 15 people with continuing symptoms showed evidence of bacterial overgrowth within the small bowel. Testing may include lactulose hydrogen breath testing. Suggested treatment in that report included the non-systemic prescription antibiotic rifaximin, 800 mg per day for one week. Note that the antibiotic is called Rifaximin in England and Xifaxan in the U.S. Digestive function should also be evaluated as a possible underlying cause of SBBO. For more information, see Breath Tests for the Non-invasive Diagnosis of Small Intestinal Bacterial Overgrowth: A Systematic Review With Meta-analysis, and Rosacea and Small Intestinal Bacterial Overgrowth (SIBO). Other Food Sensitivities Some people with celiac disease may have additional food sensitivities. An IgG sensitivity is different from the IgE allergies most allergy doctors check for. Commonly reported food sensitivities include dairy casein, corn, soy, and eggs. Some people improve by avoiding the food for a time and using food rotation. Food sensitivities may also lessen as digestion and intestinal health improve. An elimination diet can help identify foods that may be contributing to symptoms. One approach is to start with the most common food allergens, eliminate one at a time for 2-3 weeks, then add the food back and record any symptoms. It may make sense to begin with the following: Milk Eggs Peanuts Tree nuts, such as almonds, cashews, and walnuts Soy Fish Shellfish, such as shrimp, crab, and lobster Sesame seeds Mustard Dr. Fasano has created a diet for those with celiac disease that appears to help many people improve quickly. The Autoimmune Protocol Diet is even more strict than the Fasano Diet, and some people may need a stricter approach to fully recover. There has also been increased focus on FODMAPS, since a low FODMAP diet has been shown to help reduce IBS symptoms. This older article also has some interesting ideas. Artificial Sweeteners Most artificial sweeteners and sugar alcohols are technically gluten-free, they can still trigger digestive symptoms in people with celiac disease or gluten sensitivity, including bloating, gas, and diarrhea. Gluten risk usually comes not from the sweeteners themselves, but from cross-contact or other ingredients in processed foods. Careful label reading and choosing certified gluten-free products can help reduce risk. Sweeteners discussed in the linked article include advantame, acesulfame potassium (Ace-K), aspartame, cyclamate, erythritol, hydrogenated starch hydrolysates (HSH), isomalt, lactitol, maltitol, mannitol, neotame, saccharin, sorbitol, stevia, sucralose, and xylitol. Individual tolerance varies, and some sweeteners may also affect gut bacteria or cardiovascular health, so moderation and symptom awareness are especially important. Digestive Function Continuing symptoms may be related to more than one digestive problem. A complete evaluation may be helpful, especially when symptoms persist despite a strict gluten-free diet. In some cases, a comprehensive stool analysis may be obtained by mail and by prescription. Digestive Enzymes Pancreatic enzymes may assist with more complete digestion and may discourage unhealthy bacterial growth. Many people with celiac disease prefer vegetable-based enzymes, which may be purchased online or at health food stores. Animal-derived enzymes are available by prescription. People who try digestive enzymes often experiment carefully to see what works best. To reduce the chance of heartburn, some people start by sprinkling half of a capsule on food and increasing as needed and tolerated. Be sure any enzymes used are gluten-free. Watch out for maltase, which can sometimes be made from barley. Related articles include: Are Gluten-Busting Enzymes the Best Hope for Future Celiac Treatment and Maintenance?; Could Enzymes from Oral Bacteria Treat Celiac Disease?; Researchers Review Potential of Gluten Degrading Enzymes for Treatment of Celiac Disease; and Imagine a Gluten-Busting Enzyme that Worked Like LactAid. Carbohydrate Intolerance Some people do not digest carbohydrates and sugars well. Undigested carbohydrates can encourage the growth of unwanted yeasts and bacteria and may contribute to gas, bloating, diarrhea, or abdominal pain. More information on a diet low in carbohydrates may be found in the book "Breaking the Vicious Cycle" by Gottschall, who recommends eliminating complex carbohydrates to reduce the growth of "bad" bacteria. Intestinal Motility Increased intestinal motility may contribute to continuing diarrhea. Some people try reducing motility by using a fiber supplement such as Benefiber or Citrucel. People who have had their gall bladder removed may want to ask their doctor about bile salt-related diarrhea. In some cases, Cholestid, a prescription drug used for lowering cholesterol, may also slow motility by binding irritating bile salts. Decreased Stomach Acid Low stomach acid, also called hypochlorhydria, may interfere with digestive enzymes and may promote yeast or bacterial overgrowth. A useful source of information is the book "Why Stomach Acid is Good for You" by Wright and Lenard. Testing may include the Heidelberg Capsule or Gastrocap tests. Some people with celiac disease and low stomach acid report benefits from supplemental Betaine HCl, bitters, digestive enzymes, and probiotics, available at health food stores. Related articles include: Reduced Fecal Acidity Mirrors Rise in Celiac Rates. Autoimmune Gastritis This study demonstrates that autoimmune gastritis affects roughly one in ten people with celiac disease. People with moderate intestinal changes, known as Marsh type 2, and without typical celiac antibodies may be at the greatest risk. Because both celiac disease and autoimmune gastritis can cause nutrient deficiencies and anemia, identifying and treating autoimmune gastritis in celiac patients can be important for long-term health. Helicobacter Pylori A study by Villanacci, et al., published 8/28/2006 in the American Journal of Gastroenterology, noted that 44% of people diagnosed with celiac disease tested positive for Helicobacter pylori at the time of, or within one year of, their celiac disease diagnosis. Interestingly, patients with helicobacter pylori colonization have a decreased risk of celiac disease. An Iranian study also showed a connection between helicobacter pylori and celiac disease. Yeast Overgrowth Some people report continuing symptoms due to yeast overgrowth. Testing may include blood antibody testing for Candida. Suggested treatment has included half a teaspoon of Nystatin powder mixed with water twice daily, and 200 mg Ketoconazole once daily for 2-3 months. Monthly liver function testing during treatment is recommended. Nystatin powder may be ordered by prescription through pharmacies that offer custom compounding. Digestive function should also be evaluated as a possible underlying cause of yeast overgrowth. Dietary changes may also be considered. Oxalate Sensitivity Oxalate sensitivity can cause symptoms in some people due to difficulty metabolizing oxalates, which are naturally occurring compounds found in many foods. When oxalates accumulate, they can form crystals that deposit in tissues and may contribute to inflammation and pain. Oxalate issues are often linked to kidney stones, but they may also affect the gut, joints, and other tissues, especially in people with compromised gut health or certain genetic tendencies. Symptoms may include joint pain, digestive issues, and chronic fatigue. Sensitive individuals may benefit from discussing oxalate intake with a health care provider or dietitian. Lectin Sensitivity Lectin sensitivity may contribute to inflammation in some individuals. Lectins are proteins found in many plant foods, including beans, legumes, and grains. They can bind to carbohydrate molecules on cell surfaces, including cells in the gut lining. In sensitive people, lectins may irritate the gut barrier and contribute to increased intestinal permeability, often called "leaky gut." This may trigger immune activity and symptoms such as digestive problems, joint pain, or fatigue. Reducing high-lectin foods may help some people, though this should be done thoughtfully to avoid unnecessary dietary restriction. Cross-Reactivities for Celiac Patients A recent study indicates that Silicon Dioxide (Food additive E551) May Trigger Intestinal Damage and Inflammation in People with Celiac Disease or Gluten Sensitivity. Cross-reactivity between anti-gliadin antibodies and certain spice proteins indicates that patients with celiac disease or wheat allergy may also react to some spices, even when those spices are gluten-free. Some spices can also be a source of cross-contact, especially if wheat flour is used as an anti-caking agent. This article explores the topic in more detail: Beyond Gluten: Exploring Lesser-Known Triggers and Cross-Reactivities for Celiac Patients Parasites and other Bacterial Problems People with celiac disease can still have unrelated infections or parasites that cause diarrhea or other digestive symptoms. Possible causes include Giardia lamblia, Ascaris lumbricoides, and other bacterial or parasitic problems. Having celiac disease does not rule out the same infections or digestive bugs that can affect anyone else. Thyroid Screening Because celiac disease is linked to autoimmune thyroid disease, thyroid screening is recommended for newly diagnosed celiac disease patients. Patients taking thyroid replacement or other medications may need more frequent monitoring and possible dosage adjustment as intestinal absorption improves. Bone Density Scan Up to 75% of celiac patients have low bone mineral density. Because of this, bone density scans are recommended for newly diagnosed celiacs. Bone health may improve as the intestine heals and nutrient absorption improves, but monitoring can help identify people who need additional care. Liver Enzymes Research from Stanford University School of Medicine's Celiac Management Clinic has noted continued absorption problems in many people who are on a gluten-free diet. A 72-hour quantitative fecal fat test and a 25-gram xylose sugar absorption test can help diagnose continued absorption problems. Healing progress on the gluten-free diet may be monitored by re-testing whichever diagnostic blood test was initially highest, usually at intervals of 6-12 months. Children are likely to heal within a few months; adults may take a few years, and some may never totally heal. Calcium and iron status will improve in many people, even without supplements, once the gut heals. Some doctors recommend not prescribing drugs such as Fosamax and Evista until after the intestine heals and more calcium is being absorbed from the diet. Other Autoimmune Diseases A number of autoimmune conditions are associated with celiac disease. At least one in three people diagnosed with adult celiac disease will also have another autoimmune disease. Many report significant improvement in other autoimmune conditions after beginning a gluten-free diet. However, some people with celiac disease may develop other autoimmune diseases even after beginning a gluten-free diet. Conditions to watch for include type 1 diabetes, liver disease, thyroid disease, pancreatic disease, adrenal disease, peripheral and central nervous system problems, connective tissue disease, and other rheumatoid or inflammatory conditions. Related articles include: Celiac Disease is Linked to Autoimmune Thyroid Disease; and The Ten Risk Factors Most Associated with Celiac Disease. Article originally published 03/25/2007, updated 04/07/2021 and 05/20/2026.podcast@celiac.comCeliac.com 05/20/2026 - It is not uncommon for people with celiac disease to have ongoing digestive symptoms or other health issues, even after starting a gluten-free diet. Although celiac disease is better understood than ever, much remains to be learned about how the disease affects the body, how long healing takes, and why some symptoms may continue after gluten is removed from the diet. One study explains why digestive issues may linger for years, even after going gluten-free. Not everyone with celiac disease who begins a gluten-free diet will recover quickly or completely. According to one study: "After an average of 11 months on a gluten-free diet, 81% of patients with celiac disease and positive tissue transglutaminase IgA (tTG-IgA) at baseline will revert to negative tTG-IgA (SOR: C, disease-oriented evidence from retrospective cohort study). The intestinal mucosa of adult patients with celiac disease will return to normal after following a gluten-free diet for 16 to 24 months in only 8% to 18%. However, in children after 2 years, 74% will have a return to normal mucosa (SOR: C, disease-oriented evidence from longitudinal studies)." This article is intended to help people with celiac disease understand possible reasons for ongoing symptoms and to identify issues they may want to discuss with a qualified health care provider. It is not medical advice. Please consult a physician for diagnosis, treatment, testing, or any medical questions related to celiac disease or any condition mentioned here. Celiac Disease Follow Up Treatment Follow-up care is important after a celiac disease diagnosis. Some tests are recommended soon after diagnosis, while others may be repeated over time to monitor healing, nutrition, and related autoimmune conditions. Blood work for vitamin and mineral deficiencies Micronutrient deficiencies are common in adults with celiac disease, as are vitamin and mineral deficiencies. The most common vitamin and mineral deficiencies in celiac patients include B vitamins, especially B12; vitamin A; vitamin D; vitamin E; vitamin K; iron; calcium; carotene; copper; folic acid; magnesium; selenium; and zinc. Celiac Disease and Ongoing Symptoms After a Gluten-Free Diet Most people with celiac disease experience a major improvement in symptoms within weeks or months of starting a gluten-free diet. However, some continue to have digestive problems, fatigue, nutrient deficiencies, pain, or other symptoms. Others may improve at first and then relapse. When symptoms continue, the most important first step is to look carefully for common and treatable causes. Hidden Gluten Exposure New research shows that most people with celiac disease are regularly exposed to gluten, even when they are trying to be careful. For many people with celiac disease, gluten exposure is usually ongoing and silent. This article explores how much gluten exposure do celiacs get on a gluten-free diet. It is also important to remember that celiac patients are really bad at judging gluten-exposure based on symptoms. People with ongoing symptoms should review possible sources of gluten exposure, including restaurant meals, shared kitchens, cross-contact, medication binders, supplements, cosmetics used near the mouth, and misunderstandings about the strictness required by the gluten-free diet. Repeat blood tests may help identify continued gluten exposure, but they may not be sensitive enough to detect low-level or intermittent exposure. Some people with celiac disease report positive results after taking AN-PEP enzymes, such as GliadinX is a brand that we've reviewed, before meals when eating outside the home. These enzymes have been shown in multiple studies to break down small amounts of gluten in the stomach before it reaches the intestines. They are not a substitute for a gluten-free diet, but some people use them as an added precaution against accidental exposure. Lactose Intolerance The enzymes needed to digest lactose are produced by the intestinal villi, which can be damaged by gluten exposure in people with celiac disease. As a result, many people with newly diagnosed or active celiac disease have trouble digesting milk and other lactose-containing foods. In some cases, this improves as the intestine heals. Many people with celiac disease also report problems with casein, a protein found in dairy products. Lactose intolerance is a common misdiagnosis in celiac patients, because gluten-related mucosal damage can temporarily leave them unable to digest lactose-containing products. Testing for lactose intolerance can be done with a hydrogen breath test, often called a Lactose H2 breath test. Treatment may include avoiding lactose temporarily, using an over-the-counter lactose enzyme when eating dairy, or reintroducing dairy carefully as healing progresses. Re-colonizing the small intestine with beneficial bacteria may also help. How is lactose intolerance related to celiac disease? FODMAPS FODMAPs is short for "fermentable oligosaccharides, disaccharides, monosaccharides and polyols." These are carbohydrates found in many common foods that are poorly absorbed by some people. When FODMAPs are not well absorbed, they can cause bloating, gas, abdominal pain, diarrhea, constipation, and other symptoms that can resemble celiac disease symptoms. A low FODMAP diet has been shown to help reduce symptoms of IBS, and it may be helpful for some people with celiac disease who continue to have symptoms despite a strict gluten-free diet. FODMAPs have also been shown to play a role in non-celiac gluten sensitivity (NCGS). A new app can help people zero in on FODMAPs in food. Related articles include: Can Low FODMAP Diet App Help Some Celiac and IBS Patients?; What's the Deal with FODMAPs and Gluten-sensitivity in IBS?; and FODMAPs, Food Intolerance and You. Fiber A recent study indicates that inulin fiber may speed celiac disease recovery. One of the most important discoveries was that people with celiac disease had a reduced ability to process fiber in the small intestine. This was true both for people newly diagnosed with celiac disease and for people already following a gluten-free diet. Because fiber was not being processed as efficiently, people with celiac disease produced lower levels of beneficial compounds created during fiber digestion. This does not mean every person with celiac disease should immediately add large amounts of fiber, because some people are sensitive to certain fibers or FODMAPs. However, it does suggest that fiber quality, gut bacteria, and small intestinal healing may all be important parts of recovery. Beneficial Bacteria Probiotics may help some people restore a healthier balance of intestinal flora. Products with multiple types of bacteria may be useful, and refrigerated products often contain higher levels of live bacteria. Kefir, raw kimchee, and raw sauerkraut may also contain active cultures, though people with celiac disease should always confirm that any product is gluten-free and tolerated. Related articles include: Celiac Disease Onset Changes Gut Microbiota in Children; What Can Gut Microbiomes Teach Us About Gastrointestinal Distress in Children?; and Gut Microbiota Reflects Disease Severity in COVID-19 Patients. Small Bowel Bacterial Overgrowth Small bowel bacterial overgrowth, sometimes called SIBO or SBBO, can cause bloating, gas, diarrhea, abdominal discomfort, nutrient problems, and other symptoms that overlap with celiac disease. In a report published in the American Journal of Gastroenterology, Vol. 98, No. 4, 2003, 10 of 15 people with continuing symptoms showed evidence of bacterial overgrowth within the small bowel. Testing may include lactulose hydrogen breath testing. Suggested treatment in that report included the non-systemic prescription antibiotic rifaximin, 800 mg per day for one week. Note that the antibiotic is called Rifaximin in England and Xifaxan in the U.S. Digestive function should also be evaluated as a possible underlying cause of SBBO. For more information, see Breath Tests for the Non-invasive Diagnosis of Small Intestinal Bacterial Overgrowth: A Systematic Review With Meta-analysis, and Rosacea and Small Intestinal Bacterial Overgrowth (SIBO). Other Food Sensitivities Some people with celiac disease may have additional food sensitivities. An IgG sensitivity is different from the IgE allergies most allergy doctors check for. Commonly reported food sensitivities include dairy casein, corn, soy, and eggs. Some people improve by avoiding the food for a time and using food rotation. Food sensitivities may also lessen as digestion and intestinal health improve. An elimination diet can help identify foods that may be contributing to symptoms. One approach is to start with the most common food allergens, eliminate one at a time for 2-3 weeks, then add the food back and record any symptoms. It may make sense to begin with the following: Milk Eggs Peanuts Tree nuts, such as almonds, cashews, and walnuts Soy Fish Shellfish, such as shrimp, crab, and lobster Sesame seeds Mustard Dr. Fasano has created a diet for those with celiac disease that appears to help many people improve quickly. The Autoimmune Protocol Diet is even more strict than the Fasano Diet, and some people may need a stricter approach to fully recover. There has also been increased focus on FODMAPS, since a low FODMAP diet has been shown to help reduce IBS symptoms. This older article also has some interesting ideas. Artificial Sweeteners Most artificial sweeteners and sugar alcohols are technically gluten-free, they can still trigger digestive symptoms in people with celiac disease or gluten sensitivity, including bloating, gas, and diarrhea. Gluten risk usually comes not from the sweeteners themselves, but from cross-contact or other ingredients in processed foods. Careful label reading and choosing certified gluten-free products can help reduce risk. Sweeteners discussed in the linked article include advantame, acesulfame potassium (Ace-K), aspartame, cyclamate, erythritol, hydrogenated starch hydrolysates (HSH), isomalt, lactitol, maltitol, mannitol, neotame, saccharin, sorbitol, stevia, sucralose, and xylitol. Individual tolerance varies, and some sweeteners may also affect gut bacteria or cardiovascular health, so moderation and symptom awareness are especially important. Digestive Function Continuing symptoms may be related to more than one digestive problem. A complete evaluation may be helpful, especially when symptoms persist despite a strict gluten-free diet. In some cases, a comprehensive stool analysis may be obtained by mail and by prescription. Digestive Enzymes Pancreatic enzymes may assist with more complete digestion and may discourage unhealthy bacterial growth. Many people with celiac disease prefer vegetable-based enzymes, which may be purchased online or at health food stores. Animal-derived enzymes are available by prescription. People who try digestive enzymes often experiment carefully to see what works best. To reduce the chance of heartburn, some people start by sprinkling half of a capsule on food and increasing as needed and tolerated. Be sure any enzymes used are gluten-free. Watch out for maltase, which can sometimes be made from barley. Related articles include: Are Gluten-Busting Enzymes the Best Hope for Future Celiac Treatment and Maintenance?; Could Enzymes from Oral Bacteria Treat Celiac Disease?; Researchers Review Potential of Gluten Degrading Enzymes for Treatment of Celiac Disease; and Imagine a Gluten-Busting Enzyme that Worked Like LactAid. Carbohydrate Intolerance Some people do not digest carbohydrates and sugars well. Undigested carbohydrates can encourage the growth of unwanted yeasts and bacteria and may contribute to gas, bloating, diarrhea, or abdominal pain. More information on a diet low in carbohydrates may be found in the book "Breaking the Vicious Cycle" by Gottschall, who recommends eliminating complex carbohydrates to reduce the growth of "bad" bacteria. Intestinal Motility Increased intestinal motility may contribute to continuing diarrhea. Some people try reducing motility by using a fiber supplement such as Benefiber or Citrucel. People who have had their gall bladder removed may want to ask their doctor about bile salt-related diarrhea. In some cases, Cholestid, a prescription drug used for lowering cholesterol, may also slow motility by binding irritating bile salts. Decreased Stomach Acid Low stomach acid, also called hypochlorhydria, may interfere with digestive enzymes and may promote yeast or bacterial overgrowth. A useful source of information is the book "Why Stomach Acid is Good for You" by Wright and Lenard. Testing may include the Heidelberg Capsule or Gastrocap tests. Some people with celiac disease and low stomach acid report benefits from supplemental Betaine HCl, bitters, digestive enzymes, and probiotics, available at health food stores. Related articles include: Reduced Fecal Acidity Mirrors Rise in Celiac Rates. Autoimmune Gastritis This study demonstrates that autoimmune gastritis affects roughly one in ten people with celiac disease. People with moderate intestinal changes, known as Marsh type 2, and without typical celiac antibodies may be at the greatest risk. Because both celiac disease and autoimmune gastritis can cause nutrient deficiencies and anemia, identifying and treating autoimmune gastritis in celiac patients can be important for long-term health. Helicobacter Pylori A study by Villanacci, et al., published 8/28/2006 in the American Journal of Gastroenterology, noted that 44% of people diagnosed with celiac disease tested positive for Helicobacter pylori at the time of, or within one year of, their celiac disease diagnosis. Interestingly, patients with helicobacter pylori colonization have a decreased risk of celiac disease. An Iranian study also showed a connection between helicobacter pylori and celiac disease. Yeast Overgrowth Some people report continuing symptoms due to yeast overgrowth. Testing may include blood antibody testing for Candida. Suggested treatment has included half a teaspoon of Nystatin powder mixed with water twice daily, and 200 mg Ketoconazole once daily for 2-3 months. Monthly liver function testing during treatment is recommended. Nystatin powder may be ordered by prescription through pharmacies that offer custom compounding. Digestive function should also be evaluated as a possible underlying cause of yeast overgrowth. Dietary changes may also be considered. Oxalate Sensitivity Oxalate sensitivity can cause symptoms in some people due to difficulty metabolizing oxalates, which are naturally occurring compounds found in many foods. When oxalates accumulate, they can form crystals that deposit in tissues and may contribute to inflammation and pain. Oxalate issues are often linked to kidney stones, but they may also affect the gut, joints, and other tissues, especially in people with compromised gut health or certain genetic tendencies. Symptoms may include joint pain, digestive issues, and chronic fatigue. Sensitive individuals may benefit from discussing oxalate intake with a health care provider or dietitian. Lectin Sensitivity Lectin sensitivity may contribute to inflammation in some individuals. Lectins are proteins found in many plant foods, including beans, legumes, and grains. They can bind to carbohydrate molecules on cell surfaces, including cells in the gut lining. In sensitive people, lectins may irritate the gut barrier and contribute to increased intestinal permeability, often called "leaky gut." This may trigger immune activity and symptoms such as digestive problems, joint pain, or fatigue. Reducing high-lectin foods may help some people, though this should be done thoughtfully to avoid unnecessary dietary restriction. Cross-Reactivities for Celiac Patients A recent study indicates that Silicon Dioxide (Food additive E551) May Trigger Intestinal Damage and Inflammation in People with Celiac Disease or Gluten Sensitivity. Cross-reactivity between anti-gliadin antibodies and certain spice proteins indicates that patients with celiac disease or wheat allergy may also react to some spices, even when those spices are gluten-free. Some spices can also be a source of cross-contact, especially if wheat flour is used as an anti-caking agent. This article explores the topic in more detail: Beyond Gluten: Exploring Lesser-Known Triggers and Cross-Reactivities for Celiac Patients Parasites and other Bacterial Problems People with celiac disease can still have unrelated infections or parasites that cause diarrhea or other digestive symptoms. Possible causes include Giardia lamblia, Ascaris lumbricoides, and other bacterial or parasitic problems. Having celiac disease does not rule out the same infections or digestive bugs that can affect anyone else. Thyroid Screening Because celiac disease is linked to autoimmune thyroid disease, thyroid screening is recommended for newly diagnosed celiac disease patients. Patients taking thyroid replacement or other medications may need more frequent monitoring and possible dosage adjustment as intestinal absorption improves. Bone Density Scan Up to 75% of celiac patients have low bone mineral density. Because of this, bone density scans are recommended for newly diagnosed celiacs. Bone health may improve as the intestine heals and nutrient absorption improves, but monitoring can help identify people who need additional care. Liver Enzymes Research from Stanford University School of Medicine's Celiac Management Clinic has noted continued absorption problems in many people who are on a gluten-free diet. A 72-hour quantitative fecal fat test and a 25-gram xylose sugar absorption test can help diagnose continued absorption problems. Healing progress on the gluten-free diet may be monitored by re-testing whichever diagnostic blood test was initially highest, usually at intervals of 6-12 months. Children are likely to heal within a few months; adults may take a few years, and some may never totally heal. Calcium and iron status will improve in many people, even without supplements, once the gut heals. Some doctors recommend not prescribing drugs such as Fosamax and Evista until after the intestine heals and more calcium is being absorbed from the diet. Other Autoimmune Diseases A number of autoimmune conditions are associated with celiac disease. At least one in three people diagnosed with adult celiac disease will also have another autoimmune disease. Many report significant improvement in other autoimmune conditions after beginning a gluten-free diet. However, some people with celiac disease may develop other autoimmune diseases even after beginning a gluten-free diet. Conditions to watch for include type 1 diabetes, liver disease, thyroid disease, pancreatic disease, adrenal disease, peripheral and central nervous system problems, connective tissue disease, and other rheumatoid or inflammatory conditions. Related articles include: Celiac Disease is Linked to Autoimmune Thyroid Disease; and The Ten Risk Factors Most Associated with Celiac Disease. Article originally published 03/25/2007, updated 04/07/2021 and 05/20/2026.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/the-hidden-reasons-celiac-disease-can-be-hard-to-diagnose-video-r7208/Celiac.com 05/19/2026 - Celiac disease may sound straightforward on paper, but in real life it is often difficult to diagnose correctly. Many people think diagnosis is simple: run a blood test, confirm it with a small intestine biopsy, and begin a gluten-free diet. In practice, however, each step has weaknesses that can lead to missed cases, delayed answers, or even incorrect diagnoses. This review examines the many ways the diagnostic process can go wrong. It explains that celiac disease can look very different from person to person, and that the usual testing methods do not always give clear results. Some people have classic digestive symptoms, but many others do not. Some have anemia, bone loss, nerve problems, fertility problems, or vague symptoms that do not immediately suggest celiac disease. As a result, many adults go undiagnosed for years while intestinal damage continues. Why Standard Blood Testing Is Not Always Enough Blood testing is often the first step when celiac disease is suspected. These tests look for immune reactions linked to gluten exposure. While useful, they are not perfect. A major problem is that some people do not make enough of one key antibody type for the usual tests to work properly. In those cases, the standard test can look normal even when the person truly has celiac disease. The review stresses that doctors should not rely on a single blood result without considering the full picture. Borderline results can be especially confusing. A weak positive result may reflect early disease, changing gluten intake, or even a condition other than celiac disease. At the same time, a false negative result can happen if the person has already reduced gluten before testing. That is important because many people try a gluten-free diet on their own before seeing a specialist, which can make both blood tests and biopsy findings less reliable. Another issue is that laboratory testing is not perfectly standardized. Different test systems may not perform exactly the same way. This means one laboratory may classify a result differently from another. For people being followed over time, that inconsistency can complicate decisions and add confusion. Biopsy Problems Can Also Lead to Missed Diagnoses Many people assume that a biopsy settles the matter once and for all. The review makes clear that this is not always true. A biopsy can miss celiac disease if the tissue samples are taken from the wrong location or if too few samples are collected. Damage in celiac disease may be patchy, meaning one area of the small intestine may look abnormal while another appears normal. This is especially important in the upper part of the small intestine. The review explains that some adults have disease limited to the duodenal bulb, which is an early section of the small intestine. If this area is not sampled, the biopsy may miss the disease entirely. Because of this, the authors emphasize that doctors should take multiple samples from more than one location. Even when enough tissue is collected, interpretation can still be difficult. Pathologists must judge how much inflammation and damage is present, and the earliest changes are not always obvious. One expert may call the findings abnormal while another may be less certain. This subjectivity can delay diagnosis, particularly in mild or unusual cases. Other Conditions Can Mimic Celiac Disease One of the biggest diagnostic traps is that celiac disease is not the only illness that can damage the lining of the small intestine. Certain infections, medication effects, immune disorders, and bacterial overgrowth can all create biopsy patterns that resemble celiac disease. This means that an abnormal biopsy does not automatically prove the diagnosis. The review warns that doctors must consider these look-alike conditions carefully. Without that caution, a patient may be incorrectly labeled as having celiac disease and told to follow a lifelong gluten-free diet when another explanation is actually responsible. This can create years of unnecessary restriction while the real illness remains untreated. The same problem can happen in reverse. A person may truly have celiac disease, but because their test results are not typical, the condition may be dismissed as something else. The review repeatedly shows that diagnosis works best when blood tests, biopsy findings, symptoms, diet history, and clinical judgment are all considered together. Genetic Testing Has Limits Genetic testing can be helpful, but it is often misunderstood. Many people with celiac disease carry certain genetic markers, yet those markers are also common in the general population. That means a positive genetic test does not prove that someone has celiac disease. It only shows that the disease is possible. Where genetic testing is most useful is in ruling celiac disease out. If a person lacks the key genetic pattern linked to the disease, celiac disease becomes very unlikely. The review suggests that this can help in confusing cases, especially when someone has already started a gluten-free diet before proper testing or when blood and biopsy results do not agree. Special Cases Make Diagnosis Even Harder Some people fall outside the usual pattern altogether. One example is seronegative celiac disease, where a person has intestinal damage and symptoms consistent with celiac disease but negative blood tests. Another example is potential celiac disease, where blood tests are positive but the biopsy has not yet shown clear damage. These cases require more careful follow-up and often cannot be resolved with a simple one-time test. The review also discusses patients who continue to have symptoms even after adopting a gluten-free diet. In some cases, they may have another overlapping condition, such as microscopic colitis or small intestinal bacterial overgrowth. In more serious cases, persistent symptoms may point to refractory disease or even lymphoma linked to longstanding intestinal injury. These are situations where additional imaging, repeat testing, and specialist evaluation become important. New Diagnostic Tools May Improve the Future The authors also describe newer approaches that may eventually improve diagnosis. These include markers of direct intestinal injury, small genetic regulators found in blood or tissue, and patterns in the gut microbiome. These tools are not yet ready to replace current testing, but they may one day help doctors identify celiac disease earlier or follow patients more accurately over time. This is encouraging because current testing leaves too much room for uncertainty. Better tools could reduce the number of patients who spend years searching for answers or who are misdiagnosed along the way. Why This Study Matters for People with Celiac Disease This study is meaningful because it shows that diagnosing celiac disease is not just a matter of ordering one blood test or performing one biopsy. Mistakes can happen at every stage. People may be tested after they have already stopped eating gluten, blood tests may fail in certain immune states, biopsies may miss patchy disease, and other illnesses can look very similar. All of this can lead to delayed diagnosis or the wrong diagnosis. For people who have celiac disease, this review matters because it highlights why persistence and proper testing are so important. It supports a more careful and complete approach that can help patients get accurate answers sooner. A correct diagnosis does more than put a name on symptoms. It can prevent long-term harm, guide treatment, and help people avoid years of confusion while living with an undetected disease. Read more at: xiahepublishing.com Watch the video version of The Hidden Reasons Celiac Disease Can Be Hard to Diagnose:Tue, 19 May 2026 13:30:00 +0000podcast@celiac.comnoCeliac.com 05/19/2026 - Celiac disease may sound straightforward on paper, but in real life it is often difficult to diagnose correctly. Many people think diagnosis is simple: run a blood test, confirm it with a small intestine biopsy, and begin a gluten-free diet. In practice, however, each step has weaknesses that can lead to missed cases, delayed answers, or even incorrect diagnoses. This review examines the many ways the diagnostic process can go wrong. It explains that celiac disease can look very different from person to person, and that the usual testing methods do not always give clear results. Some people have classic digestive symptoms, but many others do not. Some have anemia, bone loss, nerve problems, fertility problems, or vague symptoms that do not immediately suggest celiac disease. As a result, many adults go undiagnosed for years while intestinal damage continues. Why Standard Blood Testing Is Not Always Enough Blood testing is often the first step when celiac disease is suspected. These tests look for immune reactions linked to gluten exposure. While useful, they are not perfect. A major problem is that some people do not make enough of one key antibody type for the usual tests to work properly. In those cases, the standard test can look normal even when the person truly has celiac disease. The review stresses that doctors should not rely on a single blood result without considering the full picture. Borderline results can be especially confusing. A weak positive result may reflect early disease, changing gluten intake, or even a condition other than celiac disease. At the same time, a false negative result can happen if the person has already reduced gluten before testing. That is important because many people try a gluten-free diet on their own before seeing a specialist, which can make both blood tests and biopsy findings less reliable. Another issue is that laboratory testing is not perfectly standardized. Different test systems may not perform exactly the same way. This means one laboratory may classify a result differently from another. For people being followed over time, that inconsistency can complicate decisions and add confusion. Biopsy Problems Can Also Lead to Missed Diagnoses Many people assume that a biopsy settles the matter once and for all. The review makes clear that this is not always true. A biopsy can miss celiac disease if the tissue samples are taken from the wrong location or if too few samples are collected. Damage in celiac disease may be patchy, meaning one area of the small intestine may look abnormal while another appears normal. This is especially important in the upper part of the small intestine. The review explains that some adults have disease limited to the duodenal bulb, which is an early section of the small intestine. If this area is not sampled, the biopsy may miss the disease entirely. Because of this, the authors emphasize that doctors should take multiple samples from more than one location. Even when enough tissue is collected, interpretation can still be difficult. Pathologists must judge how much inflammation and damage is present, and the earliest changes are not always obvious. One expert may call the findings abnormal while another may be less certain. This subjectivity can delay diagnosis, particularly in mild or unusual cases. Other Conditions Can Mimic Celiac Disease One of the biggest diagnostic traps is that celiac disease is not the only illness that can damage the lining of the small intestine. Certain infections, medication effects, immune disorders, and bacterial overgrowth can all create biopsy patterns that resemble celiac disease. This means that an abnormal biopsy does not automatically prove the diagnosis. The review warns that doctors must consider these look-alike conditions carefully. Without that caution, a patient may be incorrectly labeled as having celiac disease and told to follow a lifelong gluten-free diet when another explanation is actually responsible. This can create years of unnecessary restriction while the real illness remains untreated. The same problem can happen in reverse. A person may truly have celiac disease, but because their test results are not typical, the condition may be dismissed as something else. The review repeatedly shows that diagnosis works best when blood tests, biopsy findings, symptoms, diet history, and clinical judgment are all considered together. Genetic Testing Has Limits Genetic testing can be helpful, but it is often misunderstood. Many people with celiac disease carry certain genetic markers, yet those markers are also common in the general population. That means a positive genetic test does not prove that someone has celiac disease. It only shows that the disease is possible. Where genetic testing is most useful is in ruling celiac disease out. If a person lacks the key genetic pattern linked to the disease, celiac disease becomes very unlikely. The review suggests that this can help in confusing cases, especially when someone has already started a gluten-free diet before proper testing or when blood and biopsy results do not agree. Special Cases Make Diagnosis Even Harder Some people fall outside the usual pattern altogether. One example is seronegative celiac disease, where a person has intestinal damage and symptoms consistent with celiac disease but negative blood tests. Another example is potential celiac disease, where blood tests are positive but the biopsy has not yet shown clear damage. These cases require more careful follow-up and often cannot be resolved with a simple one-time test. The review also discusses patients who continue to have symptoms even after adopting a gluten-free diet. In some cases, they may have another overlapping condition, such as microscopic colitis or small intestinal bacterial overgrowth. In more serious cases, persistent symptoms may point to refractory disease or even lymphoma linked to longstanding intestinal injury. These are situations where additional imaging, repeat testing, and specialist evaluation become important. New Diagnostic Tools May Improve the Future The authors also describe newer approaches that may eventually improve diagnosis. These include markers of direct intestinal injury, small genetic regulators found in blood or tissue, and patterns in the gut microbiome. These tools are not yet ready to replace current testing, but they may one day help doctors identify celiac disease earlier or follow patients more accurately over time. This is encouraging because current testing leaves too much room for uncertainty. Better tools could reduce the number of patients who spend years searching for answers or who are misdiagnosed along the way. Why This Study Matters for People with Celiac Disease This study is meaningful because it shows that diagnosing celiac disease is not just a matter of ordering one blood test or performing one biopsy. Mistakes can happen at every stage. People may be tested after they have already stopped eating gluten, blood tests may fail in certain immune states, biopsies may miss patchy disease, and other illnesses can look very similar. All of this can lead to delayed diagnosis or the wrong diagnosis. For people who have celiac disease, this review matters because it highlights why persistence and proper testing are so important. It supports a more careful and complete approach that can help patients get accurate answers sooner. A correct diagnosis does more than put a name on symptoms. It can prevent long-term harm, guide treatment, and help people avoid years of confusion while living with an undetected disease. Read more at: xiahepublishing.com Watch the video version of The Hidden Reasons Celiac Disease Can Be Hard to Diagnose:podcast@celiac.comCeliac.com 05/19/2026 - Celiac disease may sound straightforward on paper, but in real life it is often difficult to diagnose correctly. Many people think diagnosis is simple: run a blood test, confirm it with a small intestine biopsy, and begin a gluten-free diet. In practice, however, each step has weaknesses that can lead to missed cases, delayed answers, or even incorrect diagnoses. This review examines the many ways the diagnostic process can go wrong. It explains that celiac disease can look very different from person to person, and that the usual testing methods do not always give clear results. Some people have classic digestive symptoms, but many others do not. Some have anemia, bone loss, nerve problems, fertility problems, or vague symptoms that do not immediately suggest celiac disease. As a result, many adults go undiagnosed for years while intestinal damage continues. Why Standard Blood Testing Is Not Always Enough Blood testing is often the first step when celiac disease is suspected. These tests look for immune reactions linked to gluten exposure. While useful, they are not perfect. A major problem is that some people do not make enough of one key antibody type for the usual tests to work properly. In those cases, the standard test can look normal even when the person truly has celiac disease. The review stresses that doctors should not rely on a single blood result without considering the full picture. Borderline results can be especially confusing. A weak positive result may reflect early disease, changing gluten intake, or even a condition other than celiac disease. At the same time, a false negative result can happen if the person has already reduced gluten before testing. That is important because many people try a gluten-free diet on their own before seeing a specialist, which can make both blood tests and biopsy findings less reliable. Another issue is that laboratory testing is not perfectly standardized. Different test systems may not perform exactly the same way. This means one laboratory may classify a result differently from another. For people being followed over time, that inconsistency can complicate decisions and add confusion. Biopsy Problems Can Also Lead to Missed Diagnoses Many people assume that a biopsy settles the matter once and for all. The review makes clear that this is not always true. A biopsy can miss celiac disease if the tissue samples are taken from the wrong location or if too few samples are collected. Damage in celiac disease may be patchy, meaning one area of the small intestine may look abnormal while another appears normal. This is especially important in the upper part of the small intestine. The review explains that some adults have disease limited to the duodenal bulb, which is an early section of the small intestine. If this area is not sampled, the biopsy may miss the disease entirely. Because of this, the authors emphasize that doctors should take multiple samples from more than one location. Even when enough tissue is collected, interpretation can still be difficult. Pathologists must judge how much inflammation and damage is present, and the earliest changes are not always obvious. One expert may call the findings abnormal while another may be less certain. This subjectivity can delay diagnosis, particularly in mild or unusual cases. Other Conditions Can Mimic Celiac Disease One of the biggest diagnostic traps is that celiac disease is not the only illness that can damage the lining of the small intestine. Certain infections, medication effects, immune disorders, and bacterial overgrowth can all create biopsy patterns that resemble celiac disease. This means that an abnormal biopsy does not automatically prove the diagnosis. The review warns that doctors must consider these look-alike conditions carefully. Without that caution, a patient may be incorrectly labeled as having celiac disease and told to follow a lifelong gluten-free diet when another explanation is actually responsible. This can create years of unnecessary restriction while the real illness remains untreated. The same problem can happen in reverse. A person may truly have celiac disease, but because their test results are not typical, the condition may be dismissed as something else. The review repeatedly shows that diagnosis works best when blood tests, biopsy findings, symptoms, diet history, and clinical judgment are all considered together. Genetic Testing Has Limits Genetic testing can be helpful, but it is often misunderstood. Many people with celiac disease carry certain genetic markers, yet those markers are also common in the general population. That means a positive genetic test does not prove that someone has celiac disease. It only shows that the disease is possible. Where genetic testing is most useful is in ruling celiac disease out. If a person lacks the key genetic pattern linked to the disease, celiac disease becomes very unlikely. The review suggests that this can help in confusing cases, especially when someone has already started a gluten-free diet before proper testing or when blood and biopsy results do not agree. Special Cases Make Diagnosis Even Harder Some people fall outside the usual pattern altogether. One example is seronegative celiac disease, where a person has intestinal damage and symptoms consistent with celiac disease but negative blood tests. Another example is potential celiac disease, where blood tests are positive but the biopsy has not yet shown clear damage. These cases require more careful follow-up and often cannot be resolved with a simple one-time test. The review also discusses patients who continue to have symptoms even after adopting a gluten-free diet. In some cases, they may have another overlapping condition, such as microscopic colitis or small intestinal bacterial overgrowth. In more serious cases, persistent symptoms may point to refractory disease or even lymphoma linked to longstanding intestinal injury. These are situations where additional imaging, repeat testing, and specialist evaluation become important. New Diagnostic Tools May Improve the Future The authors also describe newer approaches that may eventually improve diagnosis. These include markers of direct intestinal injury, small genetic regulators found in blood or tissue, and patterns in the gut microbiome. These tools are not yet ready to replace current testing, but they may one day help doctors identify celiac disease earlier or follow patients more accurately over time. This is encouraging because current testing leaves too much room for uncertainty. Better tools could reduce the number of patients who spend years searching for answers or who are misdiagnosed along the way. Why This Study Matters for People with Celiac Disease This study is meaningful because it shows that diagnosing celiac disease is not just a matter of ordering one blood test or performing one biopsy. Mistakes can happen at every stage. People may be tested after they have already stopped eating gluten, blood tests may fail in certain immune states, biopsies may miss patchy disease, and other illnesses can look very similar. All of this can lead to delayed diagnosis or the wrong diagnosis. For people who have celiac disease, this review matters because it highlights why persistence and proper testing are so important. It supports a more careful and complete approach that can help patients get accurate answers sooner. A correct diagnosis does more than put a name on symptoms. It can prevent long-term harm, guide treatment, and help people avoid years of confusion while living with an undetected disease. Read more at: xiahepublishing.com Watch the video version of The Hidden Reasons Celiac Disease Can Be Hard to Diagnose:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/kissing-and-celiac-disease-study-finds-a-simple-way-to-reduce-gluten-risk-video-r7207/Celiac.com 05/18/2026 - For people with celiac disease, avoiding gluten is not just a lifestyle choice. It is the central part of treatment. Even small exposures can cause worry, symptoms, and concern about ongoing intestinal injury. Because of this, many people with celiac disease become cautious not only about food, but also about less obvious ways gluten might spread. One common concern is kissing. Many people have wondered whether kissing a partner who recently ate gluten could expose them to enough gluten to matter. This fear can create stress in dating, marriage, and everyday intimacy. Until now, however, there has been very little actual research measuring whether gluten transfer through kissing really happens and whether the amount transferred is likely to be important. This study set out to answer that question in a practical and measurable way. How the Study Was Done The researchers looked at couples in which one partner had celiac disease and the other did not. The goal was to see whether gluten could be passed from the partner without celiac disease to the partner with celiac disease during kissing after eating a gluten-containing food. The partner without celiac disease ate a set amount of crackers containing a known quantity of gluten. After that, the couples followed two different kissing situations. In one situation, the partner who ate the crackers waited five minutes and then kissed their partner. In the other situation, that partner drank a small glass of water right after eating and then kissed their partner immediately. After the kiss, the researchers collected saliva from the partner with celiac disease and tested it for gluten. They also used urine testing as part of their effort to evaluate exposure. This gave the study a more direct way to measure whether gluten transfer occurred, instead of relying only on people guessing what might have happened. What the Researchers Found The study showed that gluten transfer through kissing can happen, but the amount that reached the partner with celiac disease was usually very low. In most cases, the measured amount stayed below the level commonly used as the cutoff for gluten-free food products. Only a small number of exposures went above that threshold. That means that while transfer was possible, it was not usually large. This is an important point, because many people may imagine that kissing after gluten exposure creates a major risk every time. The results suggest that this is generally not the case. The most reassuring result came from the water step. When the partner without celiac disease drank four ounces of water after eating gluten and before kissing, none of the saliva samples from the partner with celiac disease went above the usual gluten-free threshold. In other words, this very simple action appeared to reduce the risk even further. The study also found that a large share of samples after the water step had no detectable gluten at all. That does not mean there is never any chance of transfer, but it does suggest that a quick rinse with water may be an easy and realistic way to lower concern. What the Results Mean in Everyday Life This study helps separate fear from measured reality. Many people with celiac disease worry that kissing a partner who recently ate gluten is automatically dangerous. These findings suggest that the risk is much smaller than many people may assume, especially if the partner takes the simple step of drinking water first. That matters because social and emotional burdens are a big part of living with celiac disease. Strict gluten avoidance already affects meals, travel, restaurants, school, work, and family gatherings. If people also feel they need to fear routine physical affection, that can add another layer of isolation and anxiety. The findings do not suggest that people with celiac disease should stop being careful. Rather, they provide a more balanced and evidence-based view. Instead of relying on internet rumors or extreme rules, couples can make decisions based on actual data. For many, that may mean feeling more comfortable with normal affection and less worried about accidental exposure in this setting. Why the Water Step Matters One of the most useful parts of the study is how simple the protective step was. The partner without celiac disease did not need to brush their teeth, use special products, or wait a long time. Just drinking a small glass of water after eating gluten appeared to reduce the remaining risk to a very low level. That is practical advice because it can be used easily in real life. Couples do not need a complicated routine. If one partner has just eaten something with gluten, having some water before kissing may be enough to make the situation far less concerning. This kind of advice is especially helpful because many people living with celiac disease receive conflicting information from friends, social media, or support groups. Some suggestions may be overly strict, while others may be too casual. A simple measure supported by research is much more useful. Limits of the Study Like all research, this study has limits. It involved a relatively small number of couples, so it cannot answer every possible question about kissing and gluten exposure. The researchers tested a specific amount of gluten, a specific kind of kissing, and two specific timing situations. Real life can vary in many ways, including the amount of gluten eaten, how long someone waits, whether they drink something else, or whether food particles remain in the mouth. The study also focused on measured transfer, not long-term health outcomes from repeated real-world exposure over time. Even so, it gives far better information than guesswork and is a strong first step in addressing a very common concern. Why This Study Matters for People With Celiac Disease This study is meaningful because it addresses a source of anxiety that many people with celiac disease rarely feel comfortable talking about openly. Food safety is already a constant mental load. Questions about dating, intimacy, and close relationships can make that burden even heavier. The results offer reassurance. They show that while gluten transfer through kissing is possible, it is usually small, and a very easy step, drinking water after eating gluten, can reduce the risk even more. That gives couples a realistic way to be careful without turning intimacy into another major source of fear. For people with celiac disease, that matters beyond the science alone. It can improve confidence, reduce stress, and make relationships feel more manageable. In that way, the study is important not only because it measures gluten, but because it may help people live a fuller and less anxious life while still protecting their health. Read more at: gastrojournal.org Watch the video version of Kissing and Celiac Disease: Study Finds a Simple Way to Reduce Gluten Risk:Mon, 18 May 2026 13:34:00 +0000podcast@celiac.comnoCeliac.com 05/18/2026 - For people with celiac disease, avoiding gluten is not just a lifestyle choice. It is the central part of treatment. Even small exposures can cause worry, symptoms, and concern about ongoing intestinal injury. Because of this, many people with celiac disease become cautious not only about food, but also about less obvious ways gluten might spread. One common concern is kissing. Many people have wondered whether kissing a partner who recently ate gluten could expose them to enough gluten to matter. This fear can create stress in dating, marriage, and everyday intimacy. Until now, however, there has been very little actual research measuring whether gluten transfer through kissing really happens and whether the amount transferred is likely to be important. This study set out to answer that question in a practical and measurable way. How the Study Was Done The researchers looked at couples in which one partner had celiac disease and the other did not. The goal was to see whether gluten could be passed from the partner without celiac disease to the partner with celiac disease during kissing after eating a gluten-containing food. The partner without celiac disease ate a set amount of crackers containing a known quantity of gluten. After that, the couples followed two different kissing situations. In one situation, the partner who ate the crackers waited five minutes and then kissed their partner. In the other situation, that partner drank a small glass of water right after eating and then kissed their partner immediately. After the kiss, the researchers collected saliva from the partner with celiac disease and tested it for gluten. They also used urine testing as part of their effort to evaluate exposure. This gave the study a more direct way to measure whether gluten transfer occurred, instead of relying only on people guessing what might have happened. What the Researchers Found The study showed that gluten transfer through kissing can happen, but the amount that reached the partner with celiac disease was usually very low. In most cases, the measured amount stayed below the level commonly used as the cutoff for gluten-free food products. Only a small number of exposures went above that threshold. That means that while transfer was possible, it was not usually large. This is an important point, because many people may imagine that kissing after gluten exposure creates a major risk every time. The results suggest that this is generally not the case. The most reassuring result came from the water step. When the partner without celiac disease drank four ounces of water after eating gluten and before kissing, none of the saliva samples from the partner with celiac disease went above the usual gluten-free threshold. In other words, this very simple action appeared to reduce the risk even further. The study also found that a large share of samples after the water step had no detectable gluten at all. That does not mean there is never any chance of transfer, but it does suggest that a quick rinse with water may be an easy and realistic way to lower concern. What the Results Mean in Everyday Life This study helps separate fear from measured reality. Many people with celiac disease worry that kissing a partner who recently ate gluten is automatically dangerous. These findings suggest that the risk is much smaller than many people may assume, especially if the partner takes the simple step of drinking water first. That matters because social and emotional burdens are a big part of living with celiac disease. Strict gluten avoidance already affects meals, travel, restaurants, school, work, and family gatherings. If people also feel they need to fear routine physical affection, that can add another layer of isolation and anxiety. The findings do not suggest that people with celiac disease should stop being careful. Rather, they provide a more balanced and evidence-based view. Instead of relying on internet rumors or extreme rules, couples can make decisions based on actual data. For many, that may mean feeling more comfortable with normal affection and less worried about accidental exposure in this setting. Why the Water Step Matters One of the most useful parts of the study is how simple the protective step was. The partner without celiac disease did not need to brush their teeth, use special products, or wait a long time. Just drinking a small glass of water after eating gluten appeared to reduce the remaining risk to a very low level. That is practical advice because it can be used easily in real life. Couples do not need a complicated routine. If one partner has just eaten something with gluten, having some water before kissing may be enough to make the situation far less concerning. This kind of advice is especially helpful because many people living with celiac disease receive conflicting information from friends, social media, or support groups. Some suggestions may be overly strict, while others may be too casual. A simple measure supported by research is much more useful. Limits of the Study Like all research, this study has limits. It involved a relatively small number of couples, so it cannot answer every possible question about kissing and gluten exposure. The researchers tested a specific amount of gluten, a specific kind of kissing, and two specific timing situations. Real life can vary in many ways, including the amount of gluten eaten, how long someone waits, whether they drink something else, or whether food particles remain in the mouth. The study also focused on measured transfer, not long-term health outcomes from repeated real-world exposure over time. Even so, it gives far better information than guesswork and is a strong first step in addressing a very common concern. Why This Study Matters for People With Celiac Disease This study is meaningful because it addresses a source of anxiety that many people with celiac disease rarely feel comfortable talking about openly. Food safety is already a constant mental load. Questions about dating, intimacy, and close relationships can make that burden even heavier. The results offer reassurance. They show that while gluten transfer through kissing is possible, it is usually small, and a very easy step, drinking water after eating gluten, can reduce the risk even more. That gives couples a realistic way to be careful without turning intimacy into another major source of fear. For people with celiac disease, that matters beyond the science alone. It can improve confidence, reduce stress, and make relationships feel more manageable. In that way, the study is important not only because it measures gluten, but because it may help people live a fuller and less anxious life while still protecting their health. Read more at: gastrojournal.org Watch the video version of Kissing and Celiac Disease: Study Finds a Simple Way to Reduce Gluten Risk:podcast@celiac.comCeliac.com 05/18/2026 - For people with celiac disease, avoiding gluten is not just a lifestyle choice. It is the central part of treatment. Even small exposures can cause worry, symptoms, and concern about ongoing intestinal injury. Because of this, many people with celiac disease become cautious not only about food, but also about less obvious ways gluten might spread. One common concern is kissing. Many people have wondered whether kissing a partner who recently ate gluten could expose them to enough gluten to matter. This fear can create stress in dating, marriage, and everyday intimacy. Until now, however, there has been very little actual research measuring whether gluten transfer through kissing really happens and whether the amount transferred is likely to be important. This study set out to answer that question in a practical and measurable way. How the Study Was Done The researchers looked at couples in which one partner had celiac disease and the other did not. The goal was to see whether gluten could be passed from the partner without celiac disease to the partner with celiac disease during kissing after eating a gluten-containing food. The partner without celiac disease ate a set amount of crackers containing a known quantity of gluten. After that, the couples followed two different kissing situations. In one situation, the partner who ate the crackers waited five minutes and then kissed their partner. In the other situation, that partner drank a small glass of water right after eating and then kissed their partner immediately. After the kiss, the researchers collected saliva from the partner with celiac disease and tested it for gluten. They also used urine testing as part of their effort to evaluate exposure. This gave the study a more direct way to measure whether gluten transfer occurred, instead of relying only on people guessing what might have happened. What the Researchers Found The study showed that gluten transfer through kissing can happen, but the amount that reached the partner with celiac disease was usually very low. In most cases, the measured amount stayed below the level commonly used as the cutoff for gluten-free food products. Only a small number of exposures went above that threshold. That means that while transfer was possible, it was not usually large. This is an important point, because many people may imagine that kissing after gluten exposure creates a major risk every time. The results suggest that this is generally not the case. The most reassuring result came from the water step. When the partner without celiac disease drank four ounces of water after eating gluten and before kissing, none of the saliva samples from the partner with celiac disease went above the usual gluten-free threshold. In other words, this very simple action appeared to reduce the risk even further. The study also found that a large share of samples after the water step had no detectable gluten at all. That does not mean there is never any chance of transfer, but it does suggest that a quick rinse with water may be an easy and realistic way to lower concern. What the Results Mean in Everyday Life This study helps separate fear from measured reality. Many people with celiac disease worry that kissing a partner who recently ate gluten is automatically dangerous. These findings suggest that the risk is much smaller than many people may assume, especially if the partner takes the simple step of drinking water first. That matters because social and emotional burdens are a big part of living with celiac disease. Strict gluten avoidance already affects meals, travel, restaurants, school, work, and family gatherings. If people also feel they need to fear routine physical affection, that can add another layer of isolation and anxiety. The findings do not suggest that people with celiac disease should stop being careful. Rather, they provide a more balanced and evidence-based view. Instead of relying on internet rumors or extreme rules, couples can make decisions based on actual data. For many, that may mean feeling more comfortable with normal affection and less worried about accidental exposure in this setting. Why the Water Step Matters One of the most useful parts of the study is how simple the protective step was. The partner without celiac disease did not need to brush their teeth, use special products, or wait a long time. Just drinking a small glass of water after eating gluten appeared to reduce the remaining risk to a very low level. That is practical advice because it can be used easily in real life. Couples do not need a complicated routine. If one partner has just eaten something with gluten, having some water before kissing may be enough to make the situation far less concerning. This kind of advice is especially helpful because many people living with celiac disease receive conflicting information from friends, social media, or support groups. Some suggestions may be overly strict, while others may be too casual. A simple measure supported by research is much more useful. Limits of the Study Like all research, this study has limits. It involved a relatively small number of couples, so it cannot answer every possible question about kissing and gluten exposure. The researchers tested a specific amount of gluten, a specific kind of kissing, and two specific timing situations. Real life can vary in many ways, including the amount of gluten eaten, how long someone waits, whether they drink something else, or whether food particles remain in the mouth. The study also focused on measured transfer, not long-term health outcomes from repeated real-world exposure over time. Even so, it gives far better information than guesswork and is a strong first step in addressing a very common concern. Why This Study Matters for People With Celiac Disease This study is meaningful because it addresses a source of anxiety that many people with celiac disease rarely feel comfortable talking about openly. Food safety is already a constant mental load. Questions about dating, intimacy, and close relationships can make that burden even heavier. The results offer reassurance. They show that while gluten transfer through kissing is possible, it is usually small, and a very easy step, drinking water after eating gluten, can reduce the risk even more. That gives couples a realistic way to be careful without turning intimacy into another major source of fear. For people with celiac disease, that matters beyond the science alone. It can improve confidence, reduce stress, and make relationships feel more manageable. In that way, the study is important not only because it measures gluten, but because it may help people live a fuller and less anxious life while still protecting their health. Read more at: gastrojournal.org Watch the video version of Kissing and Celiac Disease: Study Finds a Simple Way to Reduce Gluten Risk:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/kentucky-style-gluten-free-fried-chicken-crispy-comfort-without-the-gluten-r7205/Celiac.com 05/16/2026 - Few foods are as iconic and comforting as crispy fried chicken. The crunch of the coating, the juicy meat inside, and the blend of savory spices make it a favorite across generations. For people with celiac disease or gluten sensitivity, however, traditional fried chicken has long been off-limits due to wheat-based flour coatings and the high risk of cross-contamination. The good news is that gluten-free cooking has come a long way. Today, it is entirely possible to recreate the taste and texture of classic Kentucky-style fried chicken without gluten. This article explores how to do it safely, how to get that signature crunch, and why mastering recipes like this can be meaningful for those living gluten-free. Why Traditional Fried Chicken Is Not Gluten-Free Classic fried chicken recipes rely heavily on wheat flour to create a crisp outer crust. This flour forms the base for breading and helps spices adhere to the chicken. In restaurants and fast food settings, the risk increases even further because oil is often shared between breaded and non-breaded foods. For individuals with celiac disease, even small amounts of gluten can trigger an immune reaction that damages the small intestine. For those with gluten sensitivity, exposure can still lead to uncomfortable symptoms such as fatigue, brain fog, and digestive distress. This makes traditional fried chicken both unsafe and unreliable unless it is specifically prepared using gluten-free methods. Recreating the Kentucky-Style Flavor at Home One of the keys to great fried chicken is seasoning. The well-known Kentucky-style flavor is built from a blend of herbs and spices that deliver depth and warmth in every bite. The absence of gluten does not mean sacrificing flavor. In fact, making it at home gives you full control over the ingredients. A well-balanced seasoning mix may include: salt and black pepper garlic powder and onion powder paprika dried thyme and oregano mustard powder a touch of cayenne for heat These ingredients combine to create the savory profile people expect from classic fried chicken, while remaining completely gluten-free. Choosing the Right Gluten-Free Coating The coating is where gluten-free cooking requires the most attention. Fortunately, there are several excellent alternatives to wheat flour that can produce a crispy texture: gluten-free all-purpose flour blends rice flour for extra crispness cornstarch for light, crunchy coatings potato starch for a delicate, flaky finish Many successful recipes use a combination of these ingredients to mimic the structure of traditional breading. Rice flour and cornstarch, in particular, help create that satisfying crunch when fried properly. It is important to ensure that all flours and starches used are certified gluten-free to avoid hidden contamination. The Importance of Buttermilk Marinade A classic technique for tender, flavorful fried chicken is soaking the pieces in buttermilk before coating and frying. This step helps break down proteins in the meat, resulting in a juicier texture. For gluten-free cooking, this step is just as important and completely safe. The marinade can also include salt and spices, allowing flavor to penetrate deep into the chicken. If dairy is not an option, a mixture of dairy-free milk and a small amount of acid such as lemon juice or vinegar can provide a similar effect. Cooking Method: Achieving the Perfect Crunch To achieve that signature crispy coating, proper frying technique matters just as much as the ingredients. The oil should be heated to the right temperature before adding the chicken. If the oil is too cool, the coating will absorb excess oil and become soggy. If it is too hot, the outside may burn before the inside cooks through. Maintaining a steady temperature helps create an even, golden crust. After frying, placing the chicken on a rack rather than paper towels helps preserve its crispiness. For those who prefer not to deep fry, oven baking or air frying can also produce good results, though the texture may differ slightly. A Simple Gluten-Free Fried Chicken Recipe Here is a basic approach to making Kentucky-style gluten-free fried chicken at home: Soak chicken pieces in seasoned buttermilk for several hours or overnight Prepare a coating using gluten-free flour, rice flour, and spices Dredge each piece thoroughly, pressing the coating onto the surface Fry in hot oil until golden brown and fully cooked Rest briefly on a rack before serving This process creates a crispy exterior and tender interior that closely resembles traditional fried chicken. Avoiding Cross-Contamination For people with celiac disease, preparing gluten-free fried chicken safely requires careful attention to the cooking environment. Even if the recipe itself is gluten-free, contamination can occur through shared utensils, surfaces, or oil. Important precautions include: using clean cookware and utensils ensuring oil has not been used for gluten-containing foods preparing food in a gluten-free workspace checking labels on all ingredients These steps are essential to ensure that the final dish is truly safe to eat. What This Means for People with Celiac Disease Being able to enjoy foods like fried chicken again can have a powerful emotional impact. Many people diagnosed with celiac disease feel a sense of loss when they must give up familiar comfort foods. Recreating those foods safely at home helps restore a sense of normalcy and enjoyment. It also reinforces an important idea: a gluten-free lifestyle does not have to be restrictive or joyless. With the right techniques, it can still include rich, satisfying meals. At the same time, it highlights the importance of control. Eating out can be risky due to hidden gluten and shared cooking environments. Cooking at home provides confidence and safety. What This Means for People with Gluten Sensitivity For those with gluten sensitivity, the benefits are similar. Avoiding gluten can reduce symptoms and improve overall well-being, but it often requires giving up favorite foods. Recipes like this show that alternatives are not only possible but can be delicious. It also encourages experimentation. Gluten-free cooking opens the door to new ingredients and techniques that may even improve texture and flavor in unexpected ways. Beyond the Recipe: A Shift in Perspective Gluten-free cooking is not just about substitution. It is about understanding how ingredients work together and adapting them to meet specific needs. Fried chicken is a perfect example of this transformation. Instead of focusing on what is missing, the goal becomes creating something equally satisfying in a different way. This mindset can make the gluten-free journey feel more empowering and less limiting. Conclusion Kentucky-style gluten-free fried chicken proves that classic comfort food can still be enjoyed without compromising health. By using the right ingredients, techniques, and precautions, it is possible to recreate the crispy, flavorful experience that so many people love. For those with celiac disease or gluten sensitivity, recipes like this represent more than just a meal. They offer freedom, creativity, and the reassurance that a gluten-free lifestyle can still be rich with flavor and enjoyment.Sat, 16 May 2026 13:35:02 +0000podcast@celiac.comnoCeliac.com 05/16/2026 - Few foods are as iconic and comforting as crispy fried chicken. The crunch of the coating, the juicy meat inside, and the blend of savory spices make it a favorite across generations. For people with celiac disease or gluten sensitivity, however, traditional fried chicken has long been off-limits due to wheat-based flour coatings and the high risk of cross-contamination. The good news is that gluten-free cooking has come a long way. Today, it is entirely possible to recreate the taste and texture of classic Kentucky-style fried chicken without gluten. This article explores how to do it safely, how to get that signature crunch, and why mastering recipes like this can be meaningful for those living gluten-free. Why Traditional Fried Chicken Is Not Gluten-Free Classic fried chicken recipes rely heavily on wheat flour to create a crisp outer crust. This flour forms the base for breading and helps spices adhere to the chicken. In restaurants and fast food settings, the risk increases even further because oil is often shared between breaded and non-breaded foods. For individuals with celiac disease, even small amounts of gluten can trigger an immune reaction that damages the small intestine. For those with gluten sensitivity, exposure can still lead to uncomfortable symptoms such as fatigue, brain fog, and digestive distress. This makes traditional fried chicken both unsafe and unreliable unless it is specifically prepared using gluten-free methods. Recreating the Kentucky-Style Flavor at Home One of the keys to great fried chicken is seasoning. The well-known Kentucky-style flavor is built from a blend of herbs and spices that deliver depth and warmth in every bite. The absence of gluten does not mean sacrificing flavor. In fact, making it at home gives you full control over the ingredients. A well-balanced seasoning mix may include: salt and black pepper garlic powder and onion powder paprika dried thyme and oregano mustard powder a touch of cayenne for heat These ingredients combine to create the savory profile people expect from classic fried chicken, while remaining completely gluten-free. Choosing the Right Gluten-Free Coating The coating is where gluten-free cooking requires the most attention. Fortunately, there are several excellent alternatives to wheat flour that can produce a crispy texture: gluten-free all-purpose flour blends rice flour for extra crispness cornstarch for light, crunchy coatings potato starch for a delicate, flaky finish Many successful recipes use a combination of these ingredients to mimic the structure of traditional breading. Rice flour and cornstarch, in particular, help create that satisfying crunch when fried properly. It is important to ensure that all flours and starches used are certified gluten-free to avoid hidden contamination. The Importance of Buttermilk Marinade A classic technique for tender, flavorful fried chicken is soaking the pieces in buttermilk before coating and frying. This step helps break down proteins in the meat, resulting in a juicier texture. For gluten-free cooking, this step is just as important and completely safe. The marinade can also include salt and spices, allowing flavor to penetrate deep into the chicken. If dairy is not an option, a mixture of dairy-free milk and a small amount of acid such as lemon juice or vinegar can provide a similar effect. Cooking Method: Achieving the Perfect Crunch To achieve that signature crispy coating, proper frying technique matters just as much as the ingredients. The oil should be heated to the right temperature before adding the chicken. If the oil is too cool, the coating will absorb excess oil and become soggy. If it is too hot, the outside may burn before the inside cooks through. Maintaining a steady temperature helps create an even, golden crust. After frying, placing the chicken on a rack rather than paper towels helps preserve its crispiness. For those who prefer not to deep fry, oven baking or air frying can also produce good results, though the texture may differ slightly. A Simple Gluten-Free Fried Chicken Recipe Here is a basic approach to making Kentucky-style gluten-free fried chicken at home: Soak chicken pieces in seasoned buttermilk for several hours or overnight Prepare a coating using gluten-free flour, rice flour, and spices Dredge each piece thoroughly, pressing the coating onto the surface Fry in hot oil until golden brown and fully cooked Rest briefly on a rack before serving This process creates a crispy exterior and tender interior that closely resembles traditional fried chicken. Avoiding Cross-Contamination For people with celiac disease, preparing gluten-free fried chicken safely requires careful attention to the cooking environment. Even if the recipe itself is gluten-free, contamination can occur through shared utensils, surfaces, or oil. Important precautions include: using clean cookware and utensils ensuring oil has not been used for gluten-containing foods preparing food in a gluten-free workspace checking labels on all ingredients These steps are essential to ensure that the final dish is truly safe to eat. What This Means for People with Celiac Disease Being able to enjoy foods like fried chicken again can have a powerful emotional impact. Many people diagnosed with celiac disease feel a sense of loss when they must give up familiar comfort foods. Recreating those foods safely at home helps restore a sense of normalcy and enjoyment. It also reinforces an important idea: a gluten-free lifestyle does not have to be restrictive or joyless. With the right techniques, it can still include rich, satisfying meals. At the same time, it highlights the importance of control. Eating out can be risky due to hidden gluten and shared cooking environments. Cooking at home provides confidence and safety. What This Means for People with Gluten Sensitivity For those with gluten sensitivity, the benefits are similar. Avoiding gluten can reduce symptoms and improve overall well-being, but it often requires giving up favorite foods. Recipes like this show that alternatives are not only possible but can be delicious. It also encourages experimentation. Gluten-free cooking opens the door to new ingredients and techniques that may even improve texture and flavor in unexpected ways. Beyond the Recipe: A Shift in Perspective Gluten-free cooking is not just about substitution. It is about understanding how ingredients work together and adapting them to meet specific needs. Fried chicken is a perfect example of this transformation. Instead of focusing on what is missing, the goal becomes creating something equally satisfying in a different way. This mindset can make the gluten-free journey feel more empowering and less limiting. Conclusion Kentucky-style gluten-free fried chicken proves that classic comfort food can still be enjoyed without compromising health. By using the right ingredients, techniques, and precautions, it is possible to recreate the crispy, flavorful experience that so many people love. For those with celiac disease or gluten sensitivity, recipes like this represent more than just a meal. They offer freedom, creativity, and the reassurance that a gluten-free lifestyle can still be rich with flavor and enjoyment.podcast@celiac.comCeliac.com 05/16/2026 - Few foods are as iconic and comforting as crispy fried chicken. The crunch of the coating, the juicy meat inside, and the blend of savory spices make it a favorite across generations. For people with celiac disease or gluten sensitivity, however, traditional fried chicken has long been off-limits due to wheat-based flour coatings and the high risk of cross-contamination. The good news is that gluten-free cooking has come a long way. Today, it is entirely possible to recreate the taste and texture of classic Kentucky-style fried chicken without gluten. This article explores how to do it safely, how to get that signature crunch, and why mastering recipes like this can be meaningful for those living gluten-free. Why Traditional Fried Chicken Is Not Gluten-Free Classic fried chicken recipes rely heavily on wheat flour to create a crisp outer crust. This flour forms the base for breading and helps spices adhere to the chicken. In restaurants and fast food settings, the risk increases even further because oil is often shared between breaded and non-breaded foods. For individuals with celiac disease, even small amounts of gluten can trigger an immune reaction that damages the small intestine. For those with gluten sensitivity, exposure can still lead to uncomfortable symptoms such as fatigue, brain fog, and digestive distress. This makes traditional fried chicken both unsafe and unreliable unless it is specifically prepared using gluten-free methods. Recreating the Kentucky-Style Flavor at Home One of the keys to great fried chicken is seasoning. The well-known Kentucky-style flavor is built from a blend of herbs and spices that deliver depth and warmth in every bite. The absence of gluten does not mean sacrificing flavor. In fact, making it at home gives you full control over the ingredients. A well-balanced seasoning mix may include: salt and black pepper garlic powder and onion powder paprika dried thyme and oregano mustard powder a touch of cayenne for heat These ingredients combine to create the savory profile people expect from classic fried chicken, while remaining completely gluten-free. Choosing the Right Gluten-Free Coating The coating is where gluten-free cooking requires the most attention. Fortunately, there are several excellent alternatives to wheat flour that can produce a crispy texture: gluten-free all-purpose flour blends rice flour for extra crispness cornstarch for light, crunchy coatings potato starch for a delicate, flaky finish Many successful recipes use a combination of these ingredients to mimic the structure of traditional breading. Rice flour and cornstarch, in particular, help create that satisfying crunch when fried properly. It is important to ensure that all flours and starches used are certified gluten-free to avoid hidden contamination. The Importance of Buttermilk Marinade A classic technique for tender, flavorful fried chicken is soaking the pieces in buttermilk before coating and frying. This step helps break down proteins in the meat, resulting in a juicier texture. For gluten-free cooking, this step is just as important and completely safe. The marinade can also include salt and spices, allowing flavor to penetrate deep into the chicken. If dairy is not an option, a mixture of dairy-free milk and a small amount of acid such as lemon juice or vinegar can provide a similar effect. Cooking Method: Achieving the Perfect Crunch To achieve that signature crispy coating, proper frying technique matters just as much as the ingredients. The oil should be heated to the right temperature before adding the chicken. If the oil is too cool, the coating will absorb excess oil and become soggy. If it is too hot, the outside may burn before the inside cooks through. Maintaining a steady temperature helps create an even, golden crust. After frying, placing the chicken on a rack rather than paper towels helps preserve its crispiness. For those who prefer not to deep fry, oven baking or air frying can also produce good results, though the texture may differ slightly. A Simple Gluten-Free Fried Chicken Recipe Here is a basic approach to making Kentucky-style gluten-free fried chicken at home: Soak chicken pieces in seasoned buttermilk for several hours or overnight Prepare a coating using gluten-free flour, rice flour, and spices Dredge each piece thoroughly, pressing the coating onto the surface Fry in hot oil until golden brown and fully cooked Rest briefly on a rack before serving This process creates a crispy exterior and tender interior that closely resembles traditional fried chicken. Avoiding Cross-Contamination For people with celiac disease, preparing gluten-free fried chicken safely requires careful attention to the cooking environment. Even if the recipe itself is gluten-free, contamination can occur through shared utensils, surfaces, or oil. Important precautions include: using clean cookware and utensils ensuring oil has not been used for gluten-containing foods preparing food in a gluten-free workspace checking labels on all ingredients These steps are essential to ensure that the final dish is truly safe to eat. What This Means for People with Celiac Disease Being able to enjoy foods like fried chicken again can have a powerful emotional impact. Many people diagnosed with celiac disease feel a sense of loss when they must give up familiar comfort foods. Recreating those foods safely at home helps restore a sense of normalcy and enjoyment. It also reinforces an important idea: a gluten-free lifestyle does not have to be restrictive or joyless. With the right techniques, it can still include rich, satisfying meals. At the same time, it highlights the importance of control. Eating out can be risky due to hidden gluten and shared cooking environments. Cooking at home provides confidence and safety. What This Means for People with Gluten Sensitivity For those with gluten sensitivity, the benefits are similar. Avoiding gluten can reduce symptoms and improve overall well-being, but it often requires giving up favorite foods. Recipes like this show that alternatives are not only possible but can be delicious. It also encourages experimentation. Gluten-free cooking opens the door to new ingredients and techniques that may even improve texture and flavor in unexpected ways. Beyond the Recipe: A Shift in Perspective Gluten-free cooking is not just about substitution. It is about understanding how ingredients work together and adapting them to meet specific needs. Fried chicken is a perfect example of this transformation. Instead of focusing on what is missing, the goal becomes creating something equally satisfying in a different way. This mindset can make the gluten-free journey feel more empowering and less limiting. Conclusion Kentucky-style gluten-free fried chicken proves that classic comfort food can still be enjoyed without compromising health. By using the right ingredients, techniques, and precautions, it is possible to recreate the crispy, flavorful experience that so many people love. For those with celiac disease or gluten sensitivity, recipes like this represent more than just a meal. They offer freedom, creativity, and the reassurance that a gluten-free lifestyle can still be rich with flavor and enjoyment.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/did-vincent-van-gogh-have-celiac-disease-a-fascinating-medical-possibility-r7204/Celiac.com 05/15/2026 - It is an intriguing question: did Vincent van Gogh, one of the most famous artists in history, have celiac disease? The honest answer is that no one can know for certain. He lived in the nineteenth century, long before modern testing for celiac disease existed, and many of the health problems described in his letters and in historical accounts could fit more than one explanation. Still, the question is worth exploring because van Gogh suffered from repeated physical and mental distress, poor nutrition, digestive trouble, weakness, and periods of severe decline. For people today who live with celiac disease or gluten sensitivity, his story raises an interesting possibility: how many people in earlier centuries may have suffered for years with undiagnosed food-related illness? Why People Wonder About Celiac Disease Celiac disease is an autoimmune illness in which eating gluten triggers damage to the small intestine. Over time, that damage can interfere with the absorption of nutrients and can contribute to a wide range of problems. Many people think first of stomach pain, diarrhea, or weight loss, but celiac disease can also affect the brain, mood, skin, bones, nerves, and overall energy level. That broad symptom pattern is one reason van Gogh sometimes comes up in conversations about possible historical cases. He was known to struggle with poor health, exhaustion, digestive complaints, malnourishment, and psychological instability. Since untreated celiac disease can sometimes contribute to nutrient deficiencies, fatigue, depression, irritability, and even neurological symptoms, it is understandable that some people see a possible connection. Symptoms That Could Fit the Theory Van Gogh often lived under harsh conditions. He could be intensely focused on painting and neglect eating properly for long stretches. Reports about his life describe weakness, poor diet, episodes of illness, and general physical decline. These details can sound familiar to people who know how untreated celiac disease may look in real life. Some features that can make the celiac theory seem plausible include: chronic poor health and low body weight possible digestive upset periods of exhaustion and collapse poor nutritional status mental and emotional instability that could have been worsened by malabsorption It is also important to remember that in the nineteenth century, even common medical problems were often poorly understood. Someone with chronic nutrient deficiency might not have been recognized as having an intestinal disease at all. Instead, their symptoms might have been blamed on temperament, stress, alcohol, or vague “nervous” illness. The Major Problem With the Theory The strongest argument against making a firm claim is simple: the evidence is incomplete. Van Gogh did not leave behind a medical workup that would allow modern doctors to diagnose him. There is no blood test, no biopsy, and no clear record showing the classic pattern of celiac disease. Even more important, many of his known problems have other possible explanations. He lived with extreme emotional stress, poverty, social isolation, irregular meals, heavy tobacco use, and probable alcohol overuse. He may also have had another medical or psychiatric condition entirely unrelated to gluten. When a person is under that many strains at once, symptoms can overlap in confusing ways. That means it would be a mistake to say, with confidence, that van Gogh had celiac disease. At best, it remains an interesting but unproven theory. Other Explanations Historians and Doctors Have Considered Over the years, many theories have been proposed to explain van Gogh’s health struggles. These have included epilepsy, mood disorders, severe depression, nutritional deficiency, alcohol-related illness, and poisoning or toxic exposure from substances common in his era. Some have also suggested that his famously erratic behavior may have had multiple causes rather than a single diagnosis. This matters because untreated celiac disease can mimic other illnesses. A person might appear anxious, depressed, frail, or chronically sick, while the underlying cause is intestinal damage and malabsorption. On the other hand, a person with alcoholism, chronic starvation, or another neurological disorder can also develop symptoms that look very similar to those seen in celiac disease. In van Gogh’s case, several of these explanations may overlap. It is entirely possible that he suffered from severe nutritional stress without having celiac disease at all. It is also possible that an underlying condition such as celiac disease, if present, made everything else worse. Could Gluten Have Worsened His Condition? This is a more reasonable question than asking whether he definitely had celiac disease. In the Europe of van Gogh’s time, bread was a basic food, especially for someone with little money. If he did have celiac disease, gluten would likely have been a constant part of his diet. That could have kept his body in a state of ongoing inflammation and poor nutrient absorption. For a person already living under stress, that would have been a serious burden. Iron deficiency, vitamin deficiencies, weight loss, weakness, low mood, and reduced resilience could all become more severe. In that sense, gluten-related illness could have acted as an invisible amplifier, making an already difficult life even harder. But again, this remains speculation. It is possible, not proven. What This Question Reveals About Celiac Disease Whether or not van Gogh had celiac disease, the question itself highlights something very important: celiac disease has probably been underrecognized for much of human history. Today many people still go years without diagnosis, especially when their symptoms are not obviously digestive. Some people mainly experience: brain fog chronic fatigue anemia migraines anxiety or depression nerve symptoms skin problems bone loss Because the illness can look so different from one person to another, it is easy for it to be missed. Looking back at a historical figure like van Gogh reminds us how many suffering people may have been misunderstood, labeled, or dismissed when the true cause of at least part of their illness was hidden. What This Means for People With Celiac Disease Today For people living with celiac disease now, the main lesson is not about solving a historical mystery. It is about taking the disease seriously. If untreated celiac disease can affect energy, mood, nutrition, and overall functioning so deeply, then early recognition matters enormously. People with celiac disease or gluten sensitivity often know what it feels like to be doubted when symptoms do not fit the stereotype. Many are told for years that their problems are stress, anxiety, poor sleep, or simply part of their personality. Historical speculation about van Gogh speaks to that experience. It reminds us that chronic illness can shape a life in ways that others do not fully see. It also emphasizes the importance of full-body thinking. Celiac disease is not just a stomach issue. It can affect the entire person. Proper diagnosis, strict treatment, and attention to nutritional recovery can make an enormous difference in health and quality of life. What This Means for People With Gluten Sensitivity For people with non-celiac gluten sensitivity, the discussion is also meaningful. Even without the autoimmune intestinal damage seen in celiac disease, some individuals report that gluten affects their thinking, mood, energy, or digestion in significant ways. Historical cases like van Gogh cannot prove anything about gluten sensitivity, but they do encourage a broader view of how food-related illness may influence the mind and body together. The key point is that symptoms deserve attention, even when they are complicated. A person does not need to fit a narrow textbook picture to be struggling with something real. A Balanced Conclusion Did Vincent van Gogh have celiac disease? There is no solid proof, and it would be wrong to claim a diagnosis with certainty. At the same time, the idea is not absurd. Some aspects of his health history are at least compatible with untreated celiac disease or another disorder involving malnutrition and chronic physical stress. In the end, van Gogh’s case is best viewed as a thought-provoking possibility rather than a solved medical mystery. For modern readers, especially those with celiac disease or gluten sensitivity, the larger message is clear: hidden illnesses can shape lives in profound ways, and people who appear troubled, fragile, or difficult may in fact be suffering from conditions that medicine has not yet recognized. That is one reason awareness matters so much. If a condition like celiac disease can quietly damage the body and affect the mind, then every earlier diagnosis, every better screening decision, and every patient taken seriously has the power to change a life.Fri, 15 May 2026 13:38:02 +0000podcast@celiac.comnoCeliac.com 05/15/2026 - It is an intriguing question: did Vincent van Gogh, one of the most famous artists in history, have celiac disease? The honest answer is that no one can know for certain. He lived in the nineteenth century, long before modern testing for celiac disease existed, and many of the health problems described in his letters and in historical accounts could fit more than one explanation. Still, the question is worth exploring because van Gogh suffered from repeated physical and mental distress, poor nutrition, digestive trouble, weakness, and periods of severe decline. For people today who live with celiac disease or gluten sensitivity, his story raises an interesting possibility: how many people in earlier centuries may have suffered for years with undiagnosed food-related illness? Why People Wonder About Celiac Disease Celiac disease is an autoimmune illness in which eating gluten triggers damage to the small intestine. Over time, that damage can interfere with the absorption of nutrients and can contribute to a wide range of problems. Many people think first of stomach pain, diarrhea, or weight loss, but celiac disease can also affect the brain, mood, skin, bones, nerves, and overall energy level. That broad symptom pattern is one reason van Gogh sometimes comes up in conversations about possible historical cases. He was known to struggle with poor health, exhaustion, digestive complaints, malnourishment, and psychological instability. Since untreated celiac disease can sometimes contribute to nutrient deficiencies, fatigue, depression, irritability, and even neurological symptoms, it is understandable that some people see a possible connection. Symptoms That Could Fit the Theory Van Gogh often lived under harsh conditions. He could be intensely focused on painting and neglect eating properly for long stretches. Reports about his life describe weakness, poor diet, episodes of illness, and general physical decline. These details can sound familiar to people who know how untreated celiac disease may look in real life. Some features that can make the celiac theory seem plausible include: chronic poor health and low body weight possible digestive upset periods of exhaustion and collapse poor nutritional status mental and emotional instability that could have been worsened by malabsorption It is also important to remember that in the nineteenth century, even common medical problems were often poorly understood. Someone with chronic nutrient deficiency might not have been recognized as having an intestinal disease at all. Instead, their symptoms might have been blamed on temperament, stress, alcohol, or vague “nervous” illness. The Major Problem With the Theory The strongest argument against making a firm claim is simple: the evidence is incomplete. Van Gogh did not leave behind a medical workup that would allow modern doctors to diagnose him. There is no blood test, no biopsy, and no clear record showing the classic pattern of celiac disease. Even more important, many of his known problems have other possible explanations. He lived with extreme emotional stress, poverty, social isolation, irregular meals, heavy tobacco use, and probable alcohol overuse. He may also have had another medical or psychiatric condition entirely unrelated to gluten. When a person is under that many strains at once, symptoms can overlap in confusing ways. That means it would be a mistake to say, with confidence, that van Gogh had celiac disease. At best, it remains an interesting but unproven theory. Other Explanations Historians and Doctors Have Considered Over the years, many theories have been proposed to explain van Gogh’s health struggles. These have included epilepsy, mood disorders, severe depression, nutritional deficiency, alcohol-related illness, and poisoning or toxic exposure from substances common in his era. Some have also suggested that his famously erratic behavior may have had multiple causes rather than a single diagnosis. This matters because untreated celiac disease can mimic other illnesses. A person might appear anxious, depressed, frail, or chronically sick, while the underlying cause is intestinal damage and malabsorption. On the other hand, a person with alcoholism, chronic starvation, or another neurological disorder can also develop symptoms that look very similar to those seen in celiac disease. In van Gogh’s case, several of these explanations may overlap. It is entirely possible that he suffered from severe nutritional stress without having celiac disease at all. It is also possible that an underlying condition such as celiac disease, if present, made everything else worse. Could Gluten Have Worsened His Condition? This is a more reasonable question than asking whether he definitely had celiac disease. In the Europe of van Gogh’s time, bread was a basic food, especially for someone with little money. If he did have celiac disease, gluten would likely have been a constant part of his diet. That could have kept his body in a state of ongoing inflammation and poor nutrient absorption. For a person already living under stress, that would have been a serious burden. Iron deficiency, vitamin deficiencies, weight loss, weakness, low mood, and reduced resilience could all become more severe. In that sense, gluten-related illness could have acted as an invisible amplifier, making an already difficult life even harder. But again, this remains speculation. It is possible, not proven. What This Question Reveals About Celiac Disease Whether or not van Gogh had celiac disease, the question itself highlights something very important: celiac disease has probably been underrecognized for much of human history. Today many people still go years without diagnosis, especially when their symptoms are not obviously digestive. Some people mainly experience: brain fog chronic fatigue anemia migraines anxiety or depression nerve symptoms skin problems bone loss Because the illness can look so different from one person to another, it is easy for it to be missed. Looking back at a historical figure like van Gogh reminds us how many suffering people may have been misunderstood, labeled, or dismissed when the true cause of at least part of their illness was hidden. What This Means for People With Celiac Disease Today For people living with celiac disease now, the main lesson is not about solving a historical mystery. It is about taking the disease seriously. If untreated celiac disease can affect energy, mood, nutrition, and overall functioning so deeply, then early recognition matters enormously. People with celiac disease or gluten sensitivity often know what it feels like to be doubted when symptoms do not fit the stereotype. Many are told for years that their problems are stress, anxiety, poor sleep, or simply part of their personality. Historical speculation about van Gogh speaks to that experience. It reminds us that chronic illness can shape a life in ways that others do not fully see. It also emphasizes the importance of full-body thinking. Celiac disease is not just a stomach issue. It can affect the entire person. Proper diagnosis, strict treatment, and attention to nutritional recovery can make an enormous difference in health and quality of life. What This Means for People With Gluten Sensitivity For people with non-celiac gluten sensitivity, the discussion is also meaningful. Even without the autoimmune intestinal damage seen in celiac disease, some individuals report that gluten affects their thinking, mood, energy, or digestion in significant ways. Historical cases like van Gogh cannot prove anything about gluten sensitivity, but they do encourage a broader view of how food-related illness may influence the mind and body together. The key point is that symptoms deserve attention, even when they are complicated. A person does not need to fit a narrow textbook picture to be struggling with something real. A Balanced Conclusion Did Vincent van Gogh have celiac disease? There is no solid proof, and it would be wrong to claim a diagnosis with certainty. At the same time, the idea is not absurd. Some aspects of his health history are at least compatible with untreated celiac disease or another disorder involving malnutrition and chronic physical stress. In the end, van Gogh’s case is best viewed as a thought-provoking possibility rather than a solved medical mystery. For modern readers, especially those with celiac disease or gluten sensitivity, the larger message is clear: hidden illnesses can shape lives in profound ways, and people who appear troubled, fragile, or difficult may in fact be suffering from conditions that medicine has not yet recognized. That is one reason awareness matters so much. If a condition like celiac disease can quietly damage the body and affect the mind, then every earlier diagnosis, every better screening decision, and every patient taken seriously has the power to change a life.podcast@celiac.comCeliac.com 05/15/2026 - It is an intriguing question: did Vincent van Gogh, one of the most famous artists in history, have celiac disease? The honest answer is that no one can know for certain. He lived in the nineteenth century, long before modern testing for celiac disease existed, and many of the health problems described in his letters and in historical accounts could fit more than one explanation. Still, the question is worth exploring because van Gogh suffered from repeated physical and mental distress, poor nutrition, digestive trouble, weakness, and periods of severe decline. For people today who live with celiac disease or gluten sensitivity, his story raises an interesting possibility: how many people in earlier centuries may have suffered for years with undiagnosed food-related illness? Why People Wonder About Celiac Disease Celiac disease is an autoimmune illness in which eating gluten triggers damage to the small intestine. Over time, that damage can interfere with the absorption of nutrients and can contribute to a wide range of problems. Many people think first of stomach pain, diarrhea, or weight loss, but celiac disease can also affect the brain, mood, skin, bones, nerves, and overall energy level. That broad symptom pattern is one reason van Gogh sometimes comes up in conversations about possible historical cases. He was known to struggle with poor health, exhaustion, digestive complaints, malnourishment, and psychological instability. Since untreated celiac disease can sometimes contribute to nutrient deficiencies, fatigue, depression, irritability, and even neurological symptoms, it is understandable that some people see a possible connection. Symptoms That Could Fit the Theory Van Gogh often lived under harsh conditions. He could be intensely focused on painting and neglect eating properly for long stretches. Reports about his life describe weakness, poor diet, episodes of illness, and general physical decline. These details can sound familiar to people who know how untreated celiac disease may look in real life. Some features that can make the celiac theory seem plausible include: chronic poor health and low body weight possible digestive upset periods of exhaustion and collapse poor nutritional status mental and emotional instability that could have been worsened by malabsorption It is also important to remember that in the nineteenth century, even common medical problems were often poorly understood. Someone with chronic nutrient deficiency might not have been recognized as having an intestinal disease at all. Instead, their symptoms might have been blamed on temperament, stress, alcohol, or vague “nervous” illness. The Major Problem With the Theory The strongest argument against making a firm claim is simple: the evidence is incomplete. Van Gogh did not leave behind a medical workup that would allow modern doctors to diagnose him. There is no blood test, no biopsy, and no clear record showing the classic pattern of celiac disease. Even more important, many of his known problems have other possible explanations. He lived with extreme emotional stress, poverty, social isolation, irregular meals, heavy tobacco use, and probable alcohol overuse. He may also have had another medical or psychiatric condition entirely unrelated to gluten. When a person is under that many strains at once, symptoms can overlap in confusing ways. That means it would be a mistake to say, with confidence, that van Gogh had celiac disease. At best, it remains an interesting but unproven theory. Other Explanations Historians and Doctors Have Considered Over the years, many theories have been proposed to explain van Gogh’s health struggles. These have included epilepsy, mood disorders, severe depression, nutritional deficiency, alcohol-related illness, and poisoning or toxic exposure from substances common in his era. Some have also suggested that his famously erratic behavior may have had multiple causes rather than a single diagnosis. This matters because untreated celiac disease can mimic other illnesses. A person might appear anxious, depressed, frail, or chronically sick, while the underlying cause is intestinal damage and malabsorption. On the other hand, a person with alcoholism, chronic starvation, or another neurological disorder can also develop symptoms that look very similar to those seen in celiac disease. In van Gogh’s case, several of these explanations may overlap. It is entirely possible that he suffered from severe nutritional stress without having celiac disease at all. It is also possible that an underlying condition such as celiac disease, if present, made everything else worse. Could Gluten Have Worsened His Condition? This is a more reasonable question than asking whether he definitely had celiac disease. In the Europe of van Gogh’s time, bread was a basic food, especially for someone with little money. If he did have celiac disease, gluten would likely have been a constant part of his diet. That could have kept his body in a state of ongoing inflammation and poor nutrient absorption. For a person already living under stress, that would have been a serious burden. Iron deficiency, vitamin deficiencies, weight loss, weakness, low mood, and reduced resilience could all become more severe. In that sense, gluten-related illness could have acted as an invisible amplifier, making an already difficult life even harder. But again, this remains speculation. It is possible, not proven. What This Question Reveals About Celiac Disease Whether or not van Gogh had celiac disease, the question itself highlights something very important: celiac disease has probably been underrecognized for much of human history. Today many people still go years without diagnosis, especially when their symptoms are not obviously digestive. Some people mainly experience: brain fog chronic fatigue anemia migraines anxiety or depression nerve symptoms skin problems bone loss Because the illness can look so different from one person to another, it is easy for it to be missed. Looking back at a historical figure like van Gogh reminds us how many suffering people may have been misunderstood, labeled, or dismissed when the true cause of at least part of their illness was hidden. What This Means for People With Celiac Disease Today For people living with celiac disease now, the main lesson is not about solving a historical mystery. It is about taking the disease seriously. If untreated celiac disease can affect energy, mood, nutrition, and overall functioning so deeply, then early recognition matters enormously. People with celiac disease or gluten sensitivity often know what it feels like to be doubted when symptoms do not fit the stereotype. Many are told for years that their problems are stress, anxiety, poor sleep, or simply part of their personality. Historical speculation about van Gogh speaks to that experience. It reminds us that chronic illness can shape a life in ways that others do not fully see. It also emphasizes the importance of full-body thinking. Celiac disease is not just a stomach issue. It can affect the entire person. Proper diagnosis, strict treatment, and attention to nutritional recovery can make an enormous difference in health and quality of life. What This Means for People With Gluten Sensitivity For people with non-celiac gluten sensitivity, the discussion is also meaningful. Even without the autoimmune intestinal damage seen in celiac disease, some individuals report that gluten affects their thinking, mood, energy, or digestion in significant ways. Historical cases like van Gogh cannot prove anything about gluten sensitivity, but they do encourage a broader view of how food-related illness may influence the mind and body together. The key point is that symptoms deserve attention, even when they are complicated. A person does not need to fit a narrow textbook picture to be struggling with something real. A Balanced Conclusion Did Vincent van Gogh have celiac disease? There is no solid proof, and it would be wrong to claim a diagnosis with certainty. At the same time, the idea is not absurd. Some aspects of his health history are at least compatible with untreated celiac disease or another disorder involving malnutrition and chronic physical stress. In the end, van Gogh’s case is best viewed as a thought-provoking possibility rather than a solved medical mystery. For modern readers, especially those with celiac disease or gluten sensitivity, the larger message is clear: hidden illnesses can shape lives in profound ways, and people who appear troubled, fragile, or difficult may in fact be suffering from conditions that medicine has not yet recognized. That is one reason awareness matters so much. If a condition like celiac disease can quietly damage the body and affect the mind, then every earlier diagnosis, every better screening decision, and every patient taken seriously has the power to change a life.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/new-study-links-gut-bacteria-and-fiber-to-faster-healing-in-celiac-disease-video-r7203/Celiac.com 05/12/2026 - Celiac disease is commonly understood as an immune reaction to gluten that damages the small intestine. While avoiding gluten remains the primary treatment, this study explores an important question: are there other factors inside the gut that influence how the disease develops and heals? Researchers focused on the role of gut bacteria and how they process dietary fiber. Their findings suggest that changes in these bacteria may affect inflammation, healing, and overall intestinal health in people with celiac disease. The Role of Gut Bacteria in Digestive Health The human gut contains trillions of bacteria that help digest food, produce nutrients, and regulate the immune system. One of their key roles is breaking down dietary fiber, which humans cannot digest on their own. When gut bacteria process fiber, they produce beneficial substances that support intestinal health, reduce inflammation, and help maintain a balanced digestive environment. These substances are especially important in protecting the lining of the intestine. This study investigated whether this fiber-processing function is altered in people with celiac disease. What the Study Looked At The researchers compared three groups of people: Individuals newly diagnosed with celiac disease People with celiac disease who had been following a gluten-free diet for at least two years Healthy individuals without celiac disease They analyzed samples from the small intestine and stool to examine the types of bacteria present and how effectively those bacteria could process fiber. They also used laboratory mouse models to better understand how dietary fiber and specific bacteria influence intestinal healing. Key Finding: Reduced Fiber Processing in Celiac Disease One of the most important discoveries was that people with celiac disease had a reduced ability to process fiber in the small intestine. This was true both for those newly diagnosed and for those already following a gluten-free diet. The study found that certain beneficial bacteria responsible for breaking down fiber were less abundant in individuals with celiac disease. This reduction was not simply due to diet differences, suggesting a deeper imbalance in the gut. Visual data presented in the early figures of the study showed clear differences in bacterial diversity and composition between healthy individuals and those with celiac disease. Lower Production of Helpful Gut Compounds Because fiber was not being processed as efficiently, people with celiac disease produced lower levels of beneficial compounds created during fiber digestion. These compounds play a key role in: Reducing inflammation Supporting the intestinal lining Helping regulate immune responses According to the data shown in mid-study charts, individuals with active celiac disease had the lowest levels of these protective compounds, while those on a gluten-free diet showed partial improvement. Diet Alone Does Not Fully Explain the Problem Interestingly, the study found that fiber intake was generally low across all groups, including healthy individuals. However, this alone did not explain the differences in gut function. Even when people consumed similar amounts of fiber, those with celiac disease still showed reduced ability to process it. This suggests that the issue is not just what people eat, but how their gut bacteria function. The analysis of dietary patterns confirmed that while gluten-free diets change food choices, they do not fully account for the observed microbial differences. Testing Fiber and Healing in a Controlled Setting To better understand cause and effect, researchers used specially designed mouse models that mimic aspects of celiac disease. These mice were exposed to gluten and then switched to a gluten-free diet. Some of the mice were given additional dietary fiber, while others were not. The results were striking: Mice that received certain types of fiber healed faster They showed improved intestinal structure and reduced inflammation Mice without added fiber recovered more slowly Images of intestinal tissue in the study clearly show healthier structures in mice that received fiber compared to those that did not. Why Certain Fibers Worked Better: Inulin Performed Best Overall Not all types of fiber had the same effect. One specific type of fiber stood out for its ability to improve healing. This fiber increased the production of beneficial compounds in the small intestine and supported a healthier gut environment. It also worked without dramatically changing the overall composition of gut bacteria, suggesting it improved function rather than simply altering which bacteria were present. The study also found that inulin increased small-intestinal SCFA production, mainly acetate, while HylonVII did not show the same SCFA benefit. The authors specifically state that inulin-supported microbial fiber metabolism accelerated mucosal healing during the gluten-free diet. The Importance of Specific Bacteria The study highlighted a group of bacteria that are particularly good at breaking down fiber. These bacteria were found at lower levels in people with celiac disease. When researchers introduced these bacteria into controlled laboratory conditions, they observed increased production of beneficial compounds—especially when fiber was available. This suggests that both the presence of the right bacteria and the availability of the right type of fiber are necessary for optimal gut health. A Cycle of Imbalance in the Gut The findings point to a cycle that may occur in celiac disease: Loss of fiber-processing bacteria reduces beneficial compound production Lower levels of these compounds lead to more inflammation Inflammation further disrupts the gut environment This cycle may help explain why some people continue to experience symptoms or slow healing even after removing gluten from their diet. Limitations and Areas for Future Research The researchers noted that their study had some limitations, including a relatively small number of human participants and challenges in directly measuring certain compounds in the small intestine. However, the combination of human data and controlled laboratory experiments provides strong support for their conclusions. Future studies may explore whether targeted dietary changes or therapies that restore beneficial bacteria could improve outcomes for people with celiac disease. Conclusion: Why This Study Matters for People with Celiac Disease This study offers an important new perspective on celiac disease by showing that gut bacteria and fiber metabolism play a significant role alongside gluten. It suggests that even after adopting a gluten-free diet, some underlying issues in the gut may persist, affecting healing and overall health. For people with celiac disease, these findings highlight the potential value of focusing not only on avoiding gluten but also on supporting gut health through diet and possibly future treatments. In the future, personalized approaches that combine a gluten-free diet with strategies to improve gut bacteria and fiber metabolism may offer better outcomes and improved quality of life. Read more at: nature.com Watch the video version of New Study Links Gut Bacteria and Fiber to Faster Healing in Celiac Disease:Tue, 12 May 2026 13:37:00 +0000podcast@celiac.comnoCeliac.com 05/12/2026 - Celiac disease is commonly understood as an immune reaction to gluten that damages the small intestine. While avoiding gluten remains the primary treatment, this study explores an important question: are there other factors inside the gut that influence how the disease develops and heals? Researchers focused on the role of gut bacteria and how they process dietary fiber. Their findings suggest that changes in these bacteria may affect inflammation, healing, and overall intestinal health in people with celiac disease. The Role of Gut Bacteria in Digestive Health The human gut contains trillions of bacteria that help digest food, produce nutrients, and regulate the immune system. One of their key roles is breaking down dietary fiber, which humans cannot digest on their own. When gut bacteria process fiber, they produce beneficial substances that support intestinal health, reduce inflammation, and help maintain a balanced digestive environment. These substances are especially important in protecting the lining of the intestine. This study investigated whether this fiber-processing function is altered in people with celiac disease. What the Study Looked At The researchers compared three groups of people: Individuals newly diagnosed with celiac disease People with celiac disease who had been following a gluten-free diet for at least two years Healthy individuals without celiac disease They analyzed samples from the small intestine and stool to examine the types of bacteria present and how effectively those bacteria could process fiber. They also used laboratory mouse models to better understand how dietary fiber and specific bacteria influence intestinal healing. Key Finding: Reduced Fiber Processing in Celiac Disease One of the most important discoveries was that people with celiac disease had a reduced ability to process fiber in the small intestine. This was true both for those newly diagnosed and for those already following a gluten-free diet. The study found that certain beneficial bacteria responsible for breaking down fiber were less abundant in individuals with celiac disease. This reduction was not simply due to diet differences, suggesting a deeper imbalance in the gut. Visual data presented in the early figures of the study showed clear differences in bacterial diversity and composition between healthy individuals and those with celiac disease. Lower Production of Helpful Gut Compounds Because fiber was not being processed as efficiently, people with celiac disease produced lower levels of beneficial compounds created during fiber digestion. These compounds play a key role in: Reducing inflammation Supporting the intestinal lining Helping regulate immune responses According to the data shown in mid-study charts, individuals with active celiac disease had the lowest levels of these protective compounds, while those on a gluten-free diet showed partial improvement. Diet Alone Does Not Fully Explain the Problem Interestingly, the study found that fiber intake was generally low across all groups, including healthy individuals. However, this alone did not explain the differences in gut function. Even when people consumed similar amounts of fiber, those with celiac disease still showed reduced ability to process it. This suggests that the issue is not just what people eat, but how their gut bacteria function. The analysis of dietary patterns confirmed that while gluten-free diets change food choices, they do not fully account for the observed microbial differences. Testing Fiber and Healing in a Controlled Setting To better understand cause and effect, researchers used specially designed mouse models that mimic aspects of celiac disease. These mice were exposed to gluten and then switched to a gluten-free diet. Some of the mice were given additional dietary fiber, while others were not. The results were striking: Mice that received certain types of fiber healed faster They showed improved intestinal structure and reduced inflammation Mice without added fiber recovered more slowly Images of intestinal tissue in the study clearly show healthier structures in mice that received fiber compared to those that did not. Why Certain Fibers Worked Better: Inulin Performed Best Overall Not all types of fiber had the same effect. One specific type of fiber stood out for its ability to improve healing. This fiber increased the production of beneficial compounds in the small intestine and supported a healthier gut environment. It also worked without dramatically changing the overall composition of gut bacteria, suggesting it improved function rather than simply altering which bacteria were present. The study also found that inulin increased small-intestinal SCFA production, mainly acetate, while HylonVII did not show the same SCFA benefit. The authors specifically state that inulin-supported microbial fiber metabolism accelerated mucosal healing during the gluten-free diet. The Importance of Specific Bacteria The study highlighted a group of bacteria that are particularly good at breaking down fiber. These bacteria were found at lower levels in people with celiac disease. When researchers introduced these bacteria into controlled laboratory conditions, they observed increased production of beneficial compounds—especially when fiber was available. This suggests that both the presence of the right bacteria and the availability of the right type of fiber are necessary for optimal gut health. A Cycle of Imbalance in the Gut The findings point to a cycle that may occur in celiac disease: Loss of fiber-processing bacteria reduces beneficial compound production Lower levels of these compounds lead to more inflammation Inflammation further disrupts the gut environment This cycle may help explain why some people continue to experience symptoms or slow healing even after removing gluten from their diet. Limitations and Areas for Future Research The researchers noted that their study had some limitations, including a relatively small number of human participants and challenges in directly measuring certain compounds in the small intestine. However, the combination of human data and controlled laboratory experiments provides strong support for their conclusions. Future studies may explore whether targeted dietary changes or therapies that restore beneficial bacteria could improve outcomes for people with celiac disease. Conclusion: Why This Study Matters for People with Celiac Disease This study offers an important new perspective on celiac disease by showing that gut bacteria and fiber metabolism play a significant role alongside gluten. It suggests that even after adopting a gluten-free diet, some underlying issues in the gut may persist, affecting healing and overall health. For people with celiac disease, these findings highlight the potential value of focusing not only on avoiding gluten but also on supporting gut health through diet and possibly future treatments. In the future, personalized approaches that combine a gluten-free diet with strategies to improve gut bacteria and fiber metabolism may offer better outcomes and improved quality of life. Read more at: nature.com Watch the video version of New Study Links Gut Bacteria and Fiber to Faster Healing in Celiac Disease:podcast@celiac.comCeliac.com 05/12/2026 - Celiac disease is commonly understood as an immune reaction to gluten that damages the small intestine. While avoiding gluten remains the primary treatment, this study explores an important question: are there other factors inside the gut that influence how the disease develops and heals? Researchers focused on the role of gut bacteria and how they process dietary fiber. Their findings suggest that changes in these bacteria may affect inflammation, healing, and overall intestinal health in people with celiac disease. The Role of Gut Bacteria in Digestive Health The human gut contains trillions of bacteria that help digest food, produce nutrients, and regulate the immune system. One of their key roles is breaking down dietary fiber, which humans cannot digest on their own. When gut bacteria process fiber, they produce beneficial substances that support intestinal health, reduce inflammation, and help maintain a balanced digestive environment. These substances are especially important in protecting the lining of the intestine. This study investigated whether this fiber-processing function is altered in people with celiac disease. What the Study Looked At The researchers compared three groups of people: Individuals newly diagnosed with celiac disease People with celiac disease who had been following a gluten-free diet for at least two years Healthy individuals without celiac disease They analyzed samples from the small intestine and stool to examine the types of bacteria present and how effectively those bacteria could process fiber. They also used laboratory mouse models to better understand how dietary fiber and specific bacteria influence intestinal healing. Key Finding: Reduced Fiber Processing in Celiac Disease One of the most important discoveries was that people with celiac disease had a reduced ability to process fiber in the small intestine. This was true both for those newly diagnosed and for those already following a gluten-free diet. The study found that certain beneficial bacteria responsible for breaking down fiber were less abundant in individuals with celiac disease. This reduction was not simply due to diet differences, suggesting a deeper imbalance in the gut. Visual data presented in the early figures of the study showed clear differences in bacterial diversity and composition between healthy individuals and those with celiac disease. Lower Production of Helpful Gut Compounds Because fiber was not being processed as efficiently, people with celiac disease produced lower levels of beneficial compounds created during fiber digestion. These compounds play a key role in: Reducing inflammation Supporting the intestinal lining Helping regulate immune responses According to the data shown in mid-study charts, individuals with active celiac disease had the lowest levels of these protective compounds, while those on a gluten-free diet showed partial improvement. Diet Alone Does Not Fully Explain the Problem Interestingly, the study found that fiber intake was generally low across all groups, including healthy individuals. However, this alone did not explain the differences in gut function. Even when people consumed similar amounts of fiber, those with celiac disease still showed reduced ability to process it. This suggests that the issue is not just what people eat, but how their gut bacteria function. The analysis of dietary patterns confirmed that while gluten-free diets change food choices, they do not fully account for the observed microbial differences. Testing Fiber and Healing in a Controlled Setting To better understand cause and effect, researchers used specially designed mouse models that mimic aspects of celiac disease. These mice were exposed to gluten and then switched to a gluten-free diet. Some of the mice were given additional dietary fiber, while others were not. The results were striking: Mice that received certain types of fiber healed faster They showed improved intestinal structure and reduced inflammation Mice without added fiber recovered more slowly Images of intestinal tissue in the study clearly show healthier structures in mice that received fiber compared to those that did not. Why Certain Fibers Worked Better: Inulin Performed Best Overall Not all types of fiber had the same effect. One specific type of fiber stood out for its ability to improve healing. This fiber increased the production of beneficial compounds in the small intestine and supported a healthier gut environment. It also worked without dramatically changing the overall composition of gut bacteria, suggesting it improved function rather than simply altering which bacteria were present. The study also found that inulin increased small-intestinal SCFA production, mainly acetate, while HylonVII did not show the same SCFA benefit. The authors specifically state that inulin-supported microbial fiber metabolism accelerated mucosal healing during the gluten-free diet. The Importance of Specific Bacteria The study highlighted a group of bacteria that are particularly good at breaking down fiber. These bacteria were found at lower levels in people with celiac disease. When researchers introduced these bacteria into controlled laboratory conditions, they observed increased production of beneficial compounds—especially when fiber was available. This suggests that both the presence of the right bacteria and the availability of the right type of fiber are necessary for optimal gut health. A Cycle of Imbalance in the Gut The findings point to a cycle that may occur in celiac disease: Loss of fiber-processing bacteria reduces beneficial compound production Lower levels of these compounds lead to more inflammation Inflammation further disrupts the gut environment This cycle may help explain why some people continue to experience symptoms or slow healing even after removing gluten from their diet. Limitations and Areas for Future Research The researchers noted that their study had some limitations, including a relatively small number of human participants and challenges in directly measuring certain compounds in the small intestine. However, the combination of human data and controlled laboratory experiments provides strong support for their conclusions. Future studies may explore whether targeted dietary changes or therapies that restore beneficial bacteria could improve outcomes for people with celiac disease. Conclusion: Why This Study Matters for People with Celiac Disease This study offers an important new perspective on celiac disease by showing that gut bacteria and fiber metabolism play a significant role alongside gluten. It suggests that even after adopting a gluten-free diet, some underlying issues in the gut may persist, affecting healing and overall health. For people with celiac disease, these findings highlight the potential value of focusing not only on avoiding gluten but also on supporting gut health through diet and possibly future treatments. In the future, personalized approaches that combine a gluten-free diet with strategies to improve gut bacteria and fiber metabolism may offer better outcomes and improved quality of life. Read more at: nature.com Watch the video version of New Study Links Gut Bacteria and Fiber to Faster Healing in Celiac Disease:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/new-study-reveals-hidden-gut-damage-in-celiac-disease%E2%80%94even-without-gluten-video-r7202/Celiac.com 05/11/2026 - Celiac disease is widely known as a condition triggered by gluten that damages the small intestine. However, the underlying processes that drive this damage are complex and still being explored. This study takes a closer look at how inflammation inside the gut interacts with a natural cellular process called autophagy, which helps cells clean up and recycle damaged components. By studying both patient tissue samples and lab-grown intestinal models, researchers aimed to understand how these two processes influence each other and contribute to the disease. What Is Autophagy and Why Does It Matter? Autophagy is a basic function inside cells that acts like a recycling system. It removes damaged parts and helps maintain balance within the cell. When this process works properly, it supports healthy cell function and helps control inflammation. In celiac disease, this study found that autophagy does not work as efficiently as it should. When this cleanup system slows down, harmful substances and signals can build up inside cells, potentially triggering or worsening inflammation. How the Study Was Conducted Researchers examined intestinal tissue from children with active celiac disease, those following a gluten-free diet, and individuals without the condition. They also created intestinal organoids, which are miniature lab-grown versions of the gut that mimic how intestinal cells behave. These organoids allowed scientists to test how different conditions affect inflammation and cell function. They also used specific compounds to either block or stimulate the cell cleanup process to observe how these changes influenced inflammation. Key Finding: Reduced Cellular Cleanup in Celiac Disease The study found clear signs that the cell cleanup process was impaired in people with celiac disease. This was true not only in those actively consuming gluten but also in those already following a gluten-free diet. Markers associated with damaged or unprocessed cellular material were significantly higher in celiac samples. This suggests that the cells were struggling to properly remove waste and maintain balance. Visual evidence from tissue imaging, such as the staining patterns shown in the figures on early pages of the study, confirmed that these changes were present directly in the intestinal lining. Inflammation Remains Active Even Without Gluten One of the most important findings is that inflammation does not completely disappear when gluten is removed from the diet. While it may be reduced, signs of ongoing immune activity were still present in patients who were no longer consuming gluten. This suggests that celiac disease involves deeper, long-lasting changes in the gut that are not entirely reversed by diet alone. The Role of the mTOR Pathway The study also identified increased activity in a cellular pathway that controls growth and stress responses. This pathway becomes more active when cells are under pressure, such as during inflammation. When the cell cleanup system is impaired, this pathway becomes overactive, further promoting inflammation and disrupting normal cellular balance. Experimenting with Cell Function: Blocking and Restoring Balance To better understand cause and effect, researchers manipulated the system in lab-grown intestinal cells. When they blocked the cleanup process, inflammation increased. When they stimulated the cleanup process, inflammation decreased. This clearly demonstrated a direct relationship between these two processes. When cells cannot properly clean themselves, inflammation worsens. When cleanup improves, inflammation can be reduced. Inflammatory Signals Spread the Problem The study also showed that inflammatory substances released by affected cells can influence nearby healthy cells. When healthy intestinal cells were exposed to these signals, they began to show the same problems—reduced cleanup ability and increased inflammation. This finding suggests that inflammation in celiac disease may spread through the gut, amplifying the overall response. Data from the charts showing multiple inflammatory markers, such as those displayed in the mid-section figures of the study, illustrate how widespread these signals can be. A Network of Inflammation in the Gut The researchers identified a complex network of inflammatory molecules that interact with each other. These molecules are involved in immune signaling, cell communication, and tissue repair. Analysis of this network revealed strong connections between different inflammatory pathways. These interactions help explain why celiac disease can be persistent and difficult to fully control. Even in patients on a gluten-free diet, some of these inflammatory signals remained elevated, indicating a lingering imbalance in the gut environment. What This Means for Understanding Celiac Disease This study suggests that celiac disease is not just a reaction to gluten but also involves deeper changes in how intestinal cells function. Problems with cellular cleanup and ongoing inflammation appear to reinforce each other, creating a cycle that can persist over time. These findings may help explain why some patients continue to experience symptoms even after removing gluten from their diet. Potential Future Directions The results open the door to new ways of thinking about treatment. Instead of focusing only on removing gluten, future therapies might aim to: Improve cellular cleanup processes Reduce underlying inflammation Interrupt the cycle between inflammation and cell dysfunction While more research is needed, this approach could lead to more comprehensive management of the disease. Conclusion: Why This Study Matters This research provides important insight into the biological processes behind celiac disease. It shows that inflammation and impaired cellular repair are closely linked and may continue even after dietary changes. For people with celiac disease, this helps explain why symptoms can persist and why healing may take time. It also highlights the importance of ongoing monitoring and the potential for new treatments that go beyond diet alone. Ultimately, this study moves us closer to understanding celiac disease as a complex condition involving both immune responses and cellular function, offering hope for better care and improved quality of life in the future. Read more at: nature.com Watch the video version of New Study Reveals Hidden Gut Damage in Celiac Disease—Even Without Gluten:Mon, 11 May 2026 13:34:00 +0000podcast@celiac.comnoCeliac.com 05/11/2026 - Celiac disease is widely known as a condition triggered by gluten that damages the small intestine. However, the underlying processes that drive this damage are complex and still being explored. This study takes a closer look at how inflammation inside the gut interacts with a natural cellular process called autophagy, which helps cells clean up and recycle damaged components. By studying both patient tissue samples and lab-grown intestinal models, researchers aimed to understand how these two processes influence each other and contribute to the disease. What Is Autophagy and Why Does It Matter? Autophagy is a basic function inside cells that acts like a recycling system. It removes damaged parts and helps maintain balance within the cell. When this process works properly, it supports healthy cell function and helps control inflammation. In celiac disease, this study found that autophagy does not work as efficiently as it should. When this cleanup system slows down, harmful substances and signals can build up inside cells, potentially triggering or worsening inflammation. How the Study Was Conducted Researchers examined intestinal tissue from children with active celiac disease, those following a gluten-free diet, and individuals without the condition. They also created intestinal organoids, which are miniature lab-grown versions of the gut that mimic how intestinal cells behave. These organoids allowed scientists to test how different conditions affect inflammation and cell function. They also used specific compounds to either block or stimulate the cell cleanup process to observe how these changes influenced inflammation. Key Finding: Reduced Cellular Cleanup in Celiac Disease The study found clear signs that the cell cleanup process was impaired in people with celiac disease. This was true not only in those actively consuming gluten but also in those already following a gluten-free diet. Markers associated with damaged or unprocessed cellular material were significantly higher in celiac samples. This suggests that the cells were struggling to properly remove waste and maintain balance. Visual evidence from tissue imaging, such as the staining patterns shown in the figures on early pages of the study, confirmed that these changes were present directly in the intestinal lining. Inflammation Remains Active Even Without Gluten One of the most important findings is that inflammation does not completely disappear when gluten is removed from the diet. While it may be reduced, signs of ongoing immune activity were still present in patients who were no longer consuming gluten. This suggests that celiac disease involves deeper, long-lasting changes in the gut that are not entirely reversed by diet alone. The Role of the mTOR Pathway The study also identified increased activity in a cellular pathway that controls growth and stress responses. This pathway becomes more active when cells are under pressure, such as during inflammation. When the cell cleanup system is impaired, this pathway becomes overactive, further promoting inflammation and disrupting normal cellular balance. Experimenting with Cell Function: Blocking and Restoring Balance To better understand cause and effect, researchers manipulated the system in lab-grown intestinal cells. When they blocked the cleanup process, inflammation increased. When they stimulated the cleanup process, inflammation decreased. This clearly demonstrated a direct relationship between these two processes. When cells cannot properly clean themselves, inflammation worsens. When cleanup improves, inflammation can be reduced. Inflammatory Signals Spread the Problem The study also showed that inflammatory substances released by affected cells can influence nearby healthy cells. When healthy intestinal cells were exposed to these signals, they began to show the same problems—reduced cleanup ability and increased inflammation. This finding suggests that inflammation in celiac disease may spread through the gut, amplifying the overall response. Data from the charts showing multiple inflammatory markers, such as those displayed in the mid-section figures of the study, illustrate how widespread these signals can be. A Network of Inflammation in the Gut The researchers identified a complex network of inflammatory molecules that interact with each other. These molecules are involved in immune signaling, cell communication, and tissue repair. Analysis of this network revealed strong connections between different inflammatory pathways. These interactions help explain why celiac disease can be persistent and difficult to fully control. Even in patients on a gluten-free diet, some of these inflammatory signals remained elevated, indicating a lingering imbalance in the gut environment. What This Means for Understanding Celiac Disease This study suggests that celiac disease is not just a reaction to gluten but also involves deeper changes in how intestinal cells function. Problems with cellular cleanup and ongoing inflammation appear to reinforce each other, creating a cycle that can persist over time. These findings may help explain why some patients continue to experience symptoms even after removing gluten from their diet. Potential Future Directions The results open the door to new ways of thinking about treatment. Instead of focusing only on removing gluten, future therapies might aim to: Improve cellular cleanup processes Reduce underlying inflammation Interrupt the cycle between inflammation and cell dysfunction While more research is needed, this approach could lead to more comprehensive management of the disease. Conclusion: Why This Study Matters This research provides important insight into the biological processes behind celiac disease. It shows that inflammation and impaired cellular repair are closely linked and may continue even after dietary changes. For people with celiac disease, this helps explain why symptoms can persist and why healing may take time. It also highlights the importance of ongoing monitoring and the potential for new treatments that go beyond diet alone. Ultimately, this study moves us closer to understanding celiac disease as a complex condition involving both immune responses and cellular function, offering hope for better care and improved quality of life in the future. Read more at: nature.com Watch the video version of New Study Reveals Hidden Gut Damage in Celiac Disease—Even Without Gluten:podcast@celiac.comCeliac.com 05/11/2026 - Celiac disease is widely known as a condition triggered by gluten that damages the small intestine. However, the underlying processes that drive this damage are complex and still being explored. This study takes a closer look at how inflammation inside the gut interacts with a natural cellular process called autophagy, which helps cells clean up and recycle damaged components. By studying both patient tissue samples and lab-grown intestinal models, researchers aimed to understand how these two processes influence each other and contribute to the disease. What Is Autophagy and Why Does It Matter? Autophagy is a basic function inside cells that acts like a recycling system. It removes damaged parts and helps maintain balance within the cell. When this process works properly, it supports healthy cell function and helps control inflammation. In celiac disease, this study found that autophagy does not work as efficiently as it should. When this cleanup system slows down, harmful substances and signals can build up inside cells, potentially triggering or worsening inflammation. How the Study Was Conducted Researchers examined intestinal tissue from children with active celiac disease, those following a gluten-free diet, and individuals without the condition. They also created intestinal organoids, which are miniature lab-grown versions of the gut that mimic how intestinal cells behave. These organoids allowed scientists to test how different conditions affect inflammation and cell function. They also used specific compounds to either block or stimulate the cell cleanup process to observe how these changes influenced inflammation. Key Finding: Reduced Cellular Cleanup in Celiac Disease The study found clear signs that the cell cleanup process was impaired in people with celiac disease. This was true not only in those actively consuming gluten but also in those already following a gluten-free diet. Markers associated with damaged or unprocessed cellular material were significantly higher in celiac samples. This suggests that the cells were struggling to properly remove waste and maintain balance. Visual evidence from tissue imaging, such as the staining patterns shown in the figures on early pages of the study, confirmed that these changes were present directly in the intestinal lining. Inflammation Remains Active Even Without Gluten One of the most important findings is that inflammation does not completely disappear when gluten is removed from the diet. While it may be reduced, signs of ongoing immune activity were still present in patients who were no longer consuming gluten. This suggests that celiac disease involves deeper, long-lasting changes in the gut that are not entirely reversed by diet alone. The Role of the mTOR Pathway The study also identified increased activity in a cellular pathway that controls growth and stress responses. This pathway becomes more active when cells are under pressure, such as during inflammation. When the cell cleanup system is impaired, this pathway becomes overactive, further promoting inflammation and disrupting normal cellular balance. Experimenting with Cell Function: Blocking and Restoring Balance To better understand cause and effect, researchers manipulated the system in lab-grown intestinal cells. When they blocked the cleanup process, inflammation increased. When they stimulated the cleanup process, inflammation decreased. This clearly demonstrated a direct relationship between these two processes. When cells cannot properly clean themselves, inflammation worsens. When cleanup improves, inflammation can be reduced. Inflammatory Signals Spread the Problem The study also showed that inflammatory substances released by affected cells can influence nearby healthy cells. When healthy intestinal cells were exposed to these signals, they began to show the same problems—reduced cleanup ability and increased inflammation. This finding suggests that inflammation in celiac disease may spread through the gut, amplifying the overall response. Data from the charts showing multiple inflammatory markers, such as those displayed in the mid-section figures of the study, illustrate how widespread these signals can be. A Network of Inflammation in the Gut The researchers identified a complex network of inflammatory molecules that interact with each other. These molecules are involved in immune signaling, cell communication, and tissue repair. Analysis of this network revealed strong connections between different inflammatory pathways. These interactions help explain why celiac disease can be persistent and difficult to fully control. Even in patients on a gluten-free diet, some of these inflammatory signals remained elevated, indicating a lingering imbalance in the gut environment. What This Means for Understanding Celiac Disease This study suggests that celiac disease is not just a reaction to gluten but also involves deeper changes in how intestinal cells function. Problems with cellular cleanup and ongoing inflammation appear to reinforce each other, creating a cycle that can persist over time. These findings may help explain why some patients continue to experience symptoms even after removing gluten from their diet. Potential Future Directions The results open the door to new ways of thinking about treatment. Instead of focusing only on removing gluten, future therapies might aim to: Improve cellular cleanup processes Reduce underlying inflammation Interrupt the cycle between inflammation and cell dysfunction While more research is needed, this approach could lead to more comprehensive management of the disease. Conclusion: Why This Study Matters This research provides important insight into the biological processes behind celiac disease. It shows that inflammation and impaired cellular repair are closely linked and may continue even after dietary changes. For people with celiac disease, this helps explain why symptoms can persist and why healing may take time. It also highlights the importance of ongoing monitoring and the potential for new treatments that go beyond diet alone. Ultimately, this study moves us closer to understanding celiac disease as a complex condition involving both immune responses and cellular function, offering hope for better care and improved quality of life in the future. Read more at: nature.com Watch the video version of New Study Reveals Hidden Gut Damage in Celiac Disease—Even Without Gluten:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/soft-chewy-gluten-free-flour-tortillas-you-can-make-at-home-r7199/Celiac.com 05/09/2026 - Flour tortillas have deep roots in the culinary traditions of northern Mexico, where wheat became more common than corn in many regions and cooks developed soft, flexible flatbreads suited for everyday meals. Over time, tortillas made with wheat flour became closely associated with home cooking, griddled fresh and used for everything from simple breakfast wraps to hearty evening suppers. Their appeal has always been their texture as much as their flavor: tender enough to fold, sturdy enough to hold fillings, and satisfying enough to eat warm with nothing more than butter or a sprinkle of salt. Creating that same soft, bendable texture without gluten takes a little more intention, but it can absolutely be done. This recipe is designed to produce tortillas that are pleasantly chewy, easy to roll, and flexible enough for tacos, burritos, quesadillas, or wraps. A balanced gluten-free flour blend, a touch of psyllium for elasticity, and a warm resting dough help create tortillas that feel comforting and familiar while still being completely gluten-free. Chewy Gluten-Free Flour Tortillas Recipe Yield Makes 8 medium tortillas Ingredients 2 cups gluten-free all-purpose flour blend, preferably one without added xanthan gum 2 tablespoons tapioca starch 1 tablespoon psyllium husk powder 1 teaspoon fine sea salt 1 teaspoon baking powder 2 tablespoons neutral oil, avocado oil, or melted butter ¾ cup very warm water, plus 1 to 2 tablespoons more if needed Equipment Mixing bowl Rolling pin Large skillet or griddle Parchment paper Clean kitchen towel Instructions Mix the dry ingredients: In a medium bowl, whisk together the gluten-free flour blend, tapioca starch, psyllium husk powder, salt, and baking powder until evenly combined. Add the oil and water: Stir in the oil first, then pour in the warm water. Mix with a spoon until a shaggy dough forms. Use your hands to bring it together into a soft dough. If it seems dry or cracks easily, add 1 tablespoon of warm water at a time until the dough is smooth and pliable. Knead briefly: Knead the dough in the bowl or on a lightly floured surface for about 1 to 2 minutes. It should become smoother as the psyllium absorbs moisture. Let the dough rest: Cover the dough and let it rest for 10 minutes. This step is important because it helps the flour hydrate and improves the chew and flexibility of the tortillas. Divide the dough: Cut the dough into 8 equal pieces and roll each one into a ball. Keep them covered so they do not dry out. Roll the tortillas: Place one dough ball between two sheets of parchment paper. Roll it into a circle about 6 to 7 inches wide. If needed, lightly dust the parchment with gluten-free flour to prevent sticking. Heat the pan: Warm a dry skillet or griddle over medium to medium-high heat. It should be hot enough that the tortilla cooks quickly, but not so hot that it burns before it is cooked through. Cook the tortillas: Peel the top sheet of parchment away, flip the tortilla into your hand, and carefully place it in the hot skillet. Cook for about 30 to 45 seconds on the first side, until light brown spots appear. Flip and cook the second side for another 20 to 30 seconds. Keep them soft: Transfer each cooked tortilla to a plate and cover with a clean kitchen towel while you cook the rest. The trapped steam helps keep them soft and bendable. Serving Ideas Use for tacos with grilled chicken, beans, or roasted vegetables Fill with scrambled eggs and cheese for breakfast wraps Turn into quesadillas with melted cheese and sautéed peppers Spread with butter or honey and enjoy warm on their own Tips for the Best Texture Use warm water: Warm water helps the dough come together and supports a softer final tortilla. Do not skip the psyllium: It gives the dough stretch and helps mimic the chewiness that gluten would normally provide. Keep the heat steady: If the skillet is too cool, the tortillas dry out. If it is too hot, they become brittle. Cover after cooking: Stacking and covering the tortillas is one of the easiest ways to keep them tender. Storage Store cooled tortillas in an airtight container in the refrigerator for up to 3 days. Reheat in a dry skillet for a few seconds on each side, or wrap in a towel and warm briefly in the microwave. They can also be frozen with parchment between each tortilla for easier separation. Conclusion Homemade gluten-free flour tortillas are one of those recipes that can make everyday meals feel more generous and comforting. These are soft, chewy, and flexible enough to turn into a reliable staple for everything from simple lunches to family dinners. Once you make them fresh and warm from the skillet, you may find they become a regular part of your gluten-free kitchen.Sat, 09 May 2026 13:31:02 +0000podcast@celiac.comnoCeliac.com 05/09/2026 - Flour tortillas have deep roots in the culinary traditions of northern Mexico, where wheat became more common than corn in many regions and cooks developed soft, flexible flatbreads suited for everyday meals. Over time, tortillas made with wheat flour became closely associated with home cooking, griddled fresh and used for everything from simple breakfast wraps to hearty evening suppers. Their appeal has always been their texture as much as their flavor: tender enough to fold, sturdy enough to hold fillings, and satisfying enough to eat warm with nothing more than butter or a sprinkle of salt. Creating that same soft, bendable texture without gluten takes a little more intention, but it can absolutely be done. This recipe is designed to produce tortillas that are pleasantly chewy, easy to roll, and flexible enough for tacos, burritos, quesadillas, or wraps. A balanced gluten-free flour blend, a touch of psyllium for elasticity, and a warm resting dough help create tortillas that feel comforting and familiar while still being completely gluten-free. Chewy Gluten-Free Flour Tortillas Recipe Yield Makes 8 medium tortillas Ingredients 2 cups gluten-free all-purpose flour blend, preferably one without added xanthan gum 2 tablespoons tapioca starch 1 tablespoon psyllium husk powder 1 teaspoon fine sea salt 1 teaspoon baking powder 2 tablespoons neutral oil, avocado oil, or melted butter ¾ cup very warm water, plus 1 to 2 tablespoons more if needed Equipment Mixing bowl Rolling pin Large skillet or griddle Parchment paper Clean kitchen towel Instructions Mix the dry ingredients: In a medium bowl, whisk together the gluten-free flour blend, tapioca starch, psyllium husk powder, salt, and baking powder until evenly combined. Add the oil and water: Stir in the oil first, then pour in the warm water. Mix with a spoon until a shaggy dough forms. Use your hands to bring it together into a soft dough. If it seems dry or cracks easily, add 1 tablespoon of warm water at a time until the dough is smooth and pliable. Knead briefly: Knead the dough in the bowl or on a lightly floured surface for about 1 to 2 minutes. It should become smoother as the psyllium absorbs moisture. Let the dough rest: Cover the dough and let it rest for 10 minutes. This step is important because it helps the flour hydrate and improves the chew and flexibility of the tortillas. Divide the dough: Cut the dough into 8 equal pieces and roll each one into a ball. Keep them covered so they do not dry out. Roll the tortillas: Place one dough ball between two sheets of parchment paper. Roll it into a circle about 6 to 7 inches wide. If needed, lightly dust the parchment with gluten-free flour to prevent sticking. Heat the pan: Warm a dry skillet or griddle over medium to medium-high heat. It should be hot enough that the tortilla cooks quickly, but not so hot that it burns before it is cooked through. Cook the tortillas: Peel the top sheet of parchment away, flip the tortilla into your hand, and carefully place it in the hot skillet. Cook for about 30 to 45 seconds on the first side, until light brown spots appear. Flip and cook the second side for another 20 to 30 seconds. Keep them soft: Transfer each cooked tortilla to a plate and cover with a clean kitchen towel while you cook the rest. The trapped steam helps keep them soft and bendable. Serving Ideas Use for tacos with grilled chicken, beans, or roasted vegetables Fill with scrambled eggs and cheese for breakfast wraps Turn into quesadillas with melted cheese and sautéed peppers Spread with butter or honey and enjoy warm on their own Tips for the Best Texture Use warm water: Warm water helps the dough come together and supports a softer final tortilla. Do not skip the psyllium: It gives the dough stretch and helps mimic the chewiness that gluten would normally provide. Keep the heat steady: If the skillet is too cool, the tortillas dry out. If it is too hot, they become brittle. Cover after cooking: Stacking and covering the tortillas is one of the easiest ways to keep them tender. Storage Store cooled tortillas in an airtight container in the refrigerator for up to 3 days. Reheat in a dry skillet for a few seconds on each side, or wrap in a towel and warm briefly in the microwave. They can also be frozen with parchment between each tortilla for easier separation. Conclusion Homemade gluten-free flour tortillas are one of those recipes that can make everyday meals feel more generous and comforting. These are soft, chewy, and flexible enough to turn into a reliable staple for everything from simple lunches to family dinners. Once you make them fresh and warm from the skillet, you may find they become a regular part of your gluten-free kitchen.podcast@celiac.comCeliac.com 05/09/2026 - Flour tortillas have deep roots in the culinary traditions of northern Mexico, where wheat became more common than corn in many regions and cooks developed soft, flexible flatbreads suited for everyday meals. Over time, tortillas made with wheat flour became closely associated with home cooking, griddled fresh and used for everything from simple breakfast wraps to hearty evening suppers. Their appeal has always been their texture as much as their flavor: tender enough to fold, sturdy enough to hold fillings, and satisfying enough to eat warm with nothing more than butter or a sprinkle of salt. Creating that same soft, bendable texture without gluten takes a little more intention, but it can absolutely be done. This recipe is designed to produce tortillas that are pleasantly chewy, easy to roll, and flexible enough for tacos, burritos, quesadillas, or wraps. A balanced gluten-free flour blend, a touch of psyllium for elasticity, and a warm resting dough help create tortillas that feel comforting and familiar while still being completely gluten-free. Chewy Gluten-Free Flour Tortillas Recipe Yield Makes 8 medium tortillas Ingredients 2 cups gluten-free all-purpose flour blend, preferably one without added xanthan gum 2 tablespoons tapioca starch 1 tablespoon psyllium husk powder 1 teaspoon fine sea salt 1 teaspoon baking powder 2 tablespoons neutral oil, avocado oil, or melted butter ¾ cup very warm water, plus 1 to 2 tablespoons more if needed Equipment Mixing bowl Rolling pin Large skillet or griddle Parchment paper Clean kitchen towel Instructions Mix the dry ingredients: In a medium bowl, whisk together the gluten-free flour blend, tapioca starch, psyllium husk powder, salt, and baking powder until evenly combined. Add the oil and water: Stir in the oil first, then pour in the warm water. Mix with a spoon until a shaggy dough forms. Use your hands to bring it together into a soft dough. If it seems dry or cracks easily, add 1 tablespoon of warm water at a time until the dough is smooth and pliable. Knead briefly: Knead the dough in the bowl or on a lightly floured surface for about 1 to 2 minutes. It should become smoother as the psyllium absorbs moisture. Let the dough rest: Cover the dough and let it rest for 10 minutes. This step is important because it helps the flour hydrate and improves the chew and flexibility of the tortillas. Divide the dough: Cut the dough into 8 equal pieces and roll each one into a ball. Keep them covered so they do not dry out. Roll the tortillas: Place one dough ball between two sheets of parchment paper. Roll it into a circle about 6 to 7 inches wide. If needed, lightly dust the parchment with gluten-free flour to prevent sticking. Heat the pan: Warm a dry skillet or griddle over medium to medium-high heat. It should be hot enough that the tortilla cooks quickly, but not so hot that it burns before it is cooked through. Cook the tortillas: Peel the top sheet of parchment away, flip the tortilla into your hand, and carefully place it in the hot skillet. Cook for about 30 to 45 seconds on the first side, until light brown spots appear. Flip and cook the second side for another 20 to 30 seconds. Keep them soft: Transfer each cooked tortilla to a plate and cover with a clean kitchen towel while you cook the rest. The trapped steam helps keep them soft and bendable. Serving Ideas Use for tacos with grilled chicken, beans, or roasted vegetables Fill with scrambled eggs and cheese for breakfast wraps Turn into quesadillas with melted cheese and sautéed peppers Spread with butter or honey and enjoy warm on their own Tips for the Best Texture Use warm water: Warm water helps the dough come together and supports a softer final tortilla. Do not skip the psyllium: It gives the dough stretch and helps mimic the chewiness that gluten would normally provide. Keep the heat steady: If the skillet is too cool, the tortillas dry out. If it is too hot, they become brittle. Cover after cooking: Stacking and covering the tortillas is one of the easiest ways to keep them tender. Storage Store cooled tortillas in an airtight container in the refrigerator for up to 3 days. Reheat in a dry skillet for a few seconds on each side, or wrap in a towel and warm briefly in the microwave. They can also be frozen with parchment between each tortilla for easier separation. Conclusion Homemade gluten-free flour tortillas are one of those recipes that can make everyday meals feel more generous and comforting. These are soft, chewy, and flexible enough to turn into a reliable staple for everything from simple lunches to family dinners. Once you make them fresh and warm from the skillet, you may find they become a regular part of your gluten-free kitchen.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/gluten-dominates-allergy-concerns-when-dining-out-what-it-means-for-people-with-celiac-disease-r7198/Celiac.com 05/08/2026 - For many people, dining out is a simple pleasure. But for those living with celiac disease or gluten sensitivity, it can be a stressful and uncertain experience. A recent report has shed new light on just how central gluten-related concerns have become in the decision-making process for diners. The findings reveal that gluten is now the most searched allergen when people are choosing where and what to eat. This shift is not just a trend. It reflects a deeper change in how consumers think about food safety, transparency, and trust in restaurants. For individuals who must avoid gluten for medical reasons, this growing awareness is both encouraging and revealing. Gluten Tops the List of Allergen Concerns The research analyzed more than 136,000 online searches related to food allergies and dining decisions. The results were striking: gluten accounted for over 58 percent of all allergen-related searches, far exceeding other common allergens such as milk, peanuts, and tree nuts. This means that more than half of all allergy-related searches by diners are focused specifically on gluten. It highlights how significant gluten-related concerns have become, not only for those with diagnosed conditions but also for a wider group of consumers who are increasingly cautious about what they eat. Why Gluten Is Such a Major Concern There are several reasons why gluten stands out compared to other allergens. First, celiac disease requires strict, lifelong avoidance of gluten. Even tiny amounts can cause damage to the small intestine and lead to serious health consequences. This makes gluten avoidance far less flexible than many other dietary restrictions. Second, gluten is present in a wide range of foods, often in unexpected places. It is not limited to bread or pasta but can also be found in sauces, seasonings, and processed foods. This makes dining out particularly challenging, as it requires careful attention to ingredients and preparation methods. Finally, there is the issue of cross-contamination. Even when a dish is labeled as gluten-free, it may still be exposed to gluten during preparation. This adds another layer of risk and uncertainty for diners who rely on accurate labeling. Dining Decisions Are Driven by Safety The study found that people often search for allergen information at critical decision points, such as before choosing a restaurant or placing an order. This behavior suggests that allergen information is not just a minor detail. It plays a central role in determining where people feel comfortable eating. For many, especially those with celiac disease, access to clear and reliable information can be the deciding factor in whether they choose one restaurant over another. In practical terms, this means that restaurants that provide transparent and easy-to-understand allergen information are more likely to earn the trust of these customers. Food Allergies Are Not a Niche Issue The data also reinforces the idea that food allergies and intolerances are widespread. Millions of adults report having a diagnosed food allergy, and an even larger percentage experience some form of adverse reaction to food. This broad impact means that allergen awareness is no longer a specialized concern. It is a mainstream issue that affects a significant portion of the population. As a result, businesses in the food industry must treat allergen management as a core part of their operations rather than an optional feature. The Role of Clear Communication One of the key insights from the research is the importance of communication. Diners are actively seeking information, often while browsing menus online or using mobile devices in real time. This creates an opportunity for restaurants to provide clear, detailed, and accessible allergen information. Digital tools, standardized labeling, and well-trained staff can all help reduce confusion and improve safety. When communication is clear, it not only reduces risk but also builds confidence. Customers are more likely to return to a restaurant where they feel understood and safe. What This Means for Restaurants The findings send a clear message to the food service industry: allergen management, especially for gluten, must be taken seriously. This includes more than just listing ingredients. It requires systems that ensure accuracy, consistency, and safety. Restaurants may need to invest in: Comprehensive staff training on gluten-free preparation Dedicated kitchen procedures to prevent cross-contamination Clear labeling and accessible allergen information Digital tools that allow customers to easily check menu safety These steps are not only important for compliance with regulations but also for maintaining customer trust and loyalty. The Emotional Impact on Diners For people with celiac disease, the importance of this research goes beyond statistics. It reflects the daily reality of living with a condition that requires constant vigilance. Dining out can be stressful. It involves asking questions, double-checking ingredients, and sometimes feeling like a burden. The fear of getting sick can overshadow what should be an enjoyable experience. The fact that gluten is the most searched allergen shows that many people share these concerns. It highlights a collective demand for safer, more reliable dining options. Why This Matters for People with Celiac Disease This research is particularly meaningful for those with celiac disease or gluten sensitivity. It confirms that their concerns are not isolated or overlooked. Instead, they are at the forefront of consumer priorities. As awareness grows, there is greater pressure on restaurants and food providers to improve their practices. This could lead to better training, clearer labeling, and safer food preparation methods. In the long run, this shift may make dining out less stressful and more accessible for people who must avoid gluten. It also reinforces the importance of continuing to advocate for better standards and greater transparency. Looking Ahead The growing focus on gluten-related searches is a sign of changing expectations. Consumers are no longer satisfied with vague assurances. They want clear, accurate, and reliable information. For people with celiac disease, this trend offers hope. It suggests that the food industry is beginning to recognize the seriousness of their needs. While challenges remain, increased awareness is a critical step toward safer and more inclusive dining experiences. Ultimately, the message is clear: gluten-free is not just a label—it is a responsibility. And as more diners demand better information, the industry will need to rise to meet that expectation. Read more at: frymagazine.comFri, 08 May 2026 13:35:02 +0000podcast@celiac.comnoCeliac.com 05/08/2026 - For many people, dining out is a simple pleasure. But for those living with celiac disease or gluten sensitivity, it can be a stressful and uncertain experience. A recent report has shed new light on just how central gluten-related concerns have become in the decision-making process for diners. The findings reveal that gluten is now the most searched allergen when people are choosing where and what to eat. This shift is not just a trend. It reflects a deeper change in how consumers think about food safety, transparency, and trust in restaurants. For individuals who must avoid gluten for medical reasons, this growing awareness is both encouraging and revealing. Gluten Tops the List of Allergen Concerns The research analyzed more than 136,000 online searches related to food allergies and dining decisions. The results were striking: gluten accounted for over 58 percent of all allergen-related searches, far exceeding other common allergens such as milk, peanuts, and tree nuts. This means that more than half of all allergy-related searches by diners are focused specifically on gluten. It highlights how significant gluten-related concerns have become, not only for those with diagnosed conditions but also for a wider group of consumers who are increasingly cautious about what they eat. Why Gluten Is Such a Major Concern There are several reasons why gluten stands out compared to other allergens. First, celiac disease requires strict, lifelong avoidance of gluten. Even tiny amounts can cause damage to the small intestine and lead to serious health consequences. This makes gluten avoidance far less flexible than many other dietary restrictions. Second, gluten is present in a wide range of foods, often in unexpected places. It is not limited to bread or pasta but can also be found in sauces, seasonings, and processed foods. This makes dining out particularly challenging, as it requires careful attention to ingredients and preparation methods. Finally, there is the issue of cross-contamination. Even when a dish is labeled as gluten-free, it may still be exposed to gluten during preparation. This adds another layer of risk and uncertainty for diners who rely on accurate labeling. Dining Decisions Are Driven by Safety The study found that people often search for allergen information at critical decision points, such as before choosing a restaurant or placing an order. This behavior suggests that allergen information is not just a minor detail. It plays a central role in determining where people feel comfortable eating. For many, especially those with celiac disease, access to clear and reliable information can be the deciding factor in whether they choose one restaurant over another. In practical terms, this means that restaurants that provide transparent and easy-to-understand allergen information are more likely to earn the trust of these customers. Food Allergies Are Not a Niche Issue The data also reinforces the idea that food allergies and intolerances are widespread. Millions of adults report having a diagnosed food allergy, and an even larger percentage experience some form of adverse reaction to food. This broad impact means that allergen awareness is no longer a specialized concern. It is a mainstream issue that affects a significant portion of the population. As a result, businesses in the food industry must treat allergen management as a core part of their operations rather than an optional feature. The Role of Clear Communication One of the key insights from the research is the importance of communication. Diners are actively seeking information, often while browsing menus online or using mobile devices in real time. This creates an opportunity for restaurants to provide clear, detailed, and accessible allergen information. Digital tools, standardized labeling, and well-trained staff can all help reduce confusion and improve safety. When communication is clear, it not only reduces risk but also builds confidence. Customers are more likely to return to a restaurant where they feel understood and safe. What This Means for Restaurants The findings send a clear message to the food service industry: allergen management, especially for gluten, must be taken seriously. This includes more than just listing ingredients. It requires systems that ensure accuracy, consistency, and safety. Restaurants may need to invest in: Comprehensive staff training on gluten-free preparation Dedicated kitchen procedures to prevent cross-contamination Clear labeling and accessible allergen information Digital tools that allow customers to easily check menu safety These steps are not only important for compliance with regulations but also for maintaining customer trust and loyalty. The Emotional Impact on Diners For people with celiac disease, the importance of this research goes beyond statistics. It reflects the daily reality of living with a condition that requires constant vigilance. Dining out can be stressful. It involves asking questions, double-checking ingredients, and sometimes feeling like a burden. The fear of getting sick can overshadow what should be an enjoyable experience. The fact that gluten is the most searched allergen shows that many people share these concerns. It highlights a collective demand for safer, more reliable dining options. Why This Matters for People with Celiac Disease This research is particularly meaningful for those with celiac disease or gluten sensitivity. It confirms that their concerns are not isolated or overlooked. Instead, they are at the forefront of consumer priorities. As awareness grows, there is greater pressure on restaurants and food providers to improve their practices. This could lead to better training, clearer labeling, and safer food preparation methods. In the long run, this shift may make dining out less stressful and more accessible for people who must avoid gluten. It also reinforces the importance of continuing to advocate for better standards and greater transparency. Looking Ahead The growing focus on gluten-related searches is a sign of changing expectations. Consumers are no longer satisfied with vague assurances. They want clear, accurate, and reliable information. For people with celiac disease, this trend offers hope. It suggests that the food industry is beginning to recognize the seriousness of their needs. While challenges remain, increased awareness is a critical step toward safer and more inclusive dining experiences. Ultimately, the message is clear: gluten-free is not just a label—it is a responsibility. And as more diners demand better information, the industry will need to rise to meet that expectation. Read more at: frymagazine.compodcast@celiac.comCeliac.com 05/08/2026 - For many people, dining out is a simple pleasure. But for those living with celiac disease or gluten sensitivity, it can be a stressful and uncertain experience. A recent report has shed new light on just how central gluten-related concerns have become in the decision-making process for diners. The findings reveal that gluten is now the most searched allergen when people are choosing where and what to eat. This shift is not just a trend. It reflects a deeper change in how consumers think about food safety, transparency, and trust in restaurants. For individuals who must avoid gluten for medical reasons, this growing awareness is both encouraging and revealing. Gluten Tops the List of Allergen Concerns The research analyzed more than 136,000 online searches related to food allergies and dining decisions. The results were striking: gluten accounted for over 58 percent of all allergen-related searches, far exceeding other common allergens such as milk, peanuts, and tree nuts. This means that more than half of all allergy-related searches by diners are focused specifically on gluten. It highlights how significant gluten-related concerns have become, not only for those with diagnosed conditions but also for a wider group of consumers who are increasingly cautious about what they eat. Why Gluten Is Such a Major Concern There are several reasons why gluten stands out compared to other allergens. First, celiac disease requires strict, lifelong avoidance of gluten. Even tiny amounts can cause damage to the small intestine and lead to serious health consequences. This makes gluten avoidance far less flexible than many other dietary restrictions. Second, gluten is present in a wide range of foods, often in unexpected places. It is not limited to bread or pasta but can also be found in sauces, seasonings, and processed foods. This makes dining out particularly challenging, as it requires careful attention to ingredients and preparation methods. Finally, there is the issue of cross-contamination. Even when a dish is labeled as gluten-free, it may still be exposed to gluten during preparation. This adds another layer of risk and uncertainty for diners who rely on accurate labeling. Dining Decisions Are Driven by Safety The study found that people often search for allergen information at critical decision points, such as before choosing a restaurant or placing an order. This behavior suggests that allergen information is not just a minor detail. It plays a central role in determining where people feel comfortable eating. For many, especially those with celiac disease, access to clear and reliable information can be the deciding factor in whether they choose one restaurant over another. In practical terms, this means that restaurants that provide transparent and easy-to-understand allergen information are more likely to earn the trust of these customers. Food Allergies Are Not a Niche Issue The data also reinforces the idea that food allergies and intolerances are widespread. Millions of adults report having a diagnosed food allergy, and an even larger percentage experience some form of adverse reaction to food. This broad impact means that allergen awareness is no longer a specialized concern. It is a mainstream issue that affects a significant portion of the population. As a result, businesses in the food industry must treat allergen management as a core part of their operations rather than an optional feature. The Role of Clear Communication One of the key insights from the research is the importance of communication. Diners are actively seeking information, often while browsing menus online or using mobile devices in real time. This creates an opportunity for restaurants to provide clear, detailed, and accessible allergen information. Digital tools, standardized labeling, and well-trained staff can all help reduce confusion and improve safety. When communication is clear, it not only reduces risk but also builds confidence. Customers are more likely to return to a restaurant where they feel understood and safe. What This Means for Restaurants The findings send a clear message to the food service industry: allergen management, especially for gluten, must be taken seriously. This includes more than just listing ingredients. It requires systems that ensure accuracy, consistency, and safety. Restaurants may need to invest in: Comprehensive staff training on gluten-free preparation Dedicated kitchen procedures to prevent cross-contamination Clear labeling and accessible allergen information Digital tools that allow customers to easily check menu safety These steps are not only important for compliance with regulations but also for maintaining customer trust and loyalty. The Emotional Impact on Diners For people with celiac disease, the importance of this research goes beyond statistics. It reflects the daily reality of living with a condition that requires constant vigilance. Dining out can be stressful. It involves asking questions, double-checking ingredients, and sometimes feeling like a burden. The fear of getting sick can overshadow what should be an enjoyable experience. The fact that gluten is the most searched allergen shows that many people share these concerns. It highlights a collective demand for safer, more reliable dining options. Why This Matters for People with Celiac Disease This research is particularly meaningful for those with celiac disease or gluten sensitivity. It confirms that their concerns are not isolated or overlooked. Instead, they are at the forefront of consumer priorities. As awareness grows, there is greater pressure on restaurants and food providers to improve their practices. This could lead to better training, clearer labeling, and safer food preparation methods. In the long run, this shift may make dining out less stressful and more accessible for people who must avoid gluten. It also reinforces the importance of continuing to advocate for better standards and greater transparency. Looking Ahead The growing focus on gluten-related searches is a sign of changing expectations. Consumers are no longer satisfied with vague assurances. They want clear, accurate, and reliable information. For people with celiac disease, this trend offers hope. It suggests that the food industry is beginning to recognize the seriousness of their needs. While challenges remain, increased awareness is a critical step toward safer and more inclusive dining experiences. Ultimately, the message is clear: gluten-free is not just a label—it is a responsibility. And as more diners demand better information, the industry will need to rise to meet that expectation. Read more at: frymagazine.comgluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/why-life-with-celiac-disease-hasnt-improved-in-10-years-according-to-new-study-r7196/Celiac.com 05/07/2026 - Celiac disease is more than just a digestive condition. It affects how people eat, socialize, travel, and manage their daily lives. The only current treatment is a strict gluten-free diet, which must be followed for life. While this diet helps control symptoms and prevent complications, it also introduces challenges that can impact overall well-being. This study examined how quality of life has changed for adults with celiac disease in Spain over a ten-year period. Researchers compared two large groups of adults, one from 2014 and another from 2024, to see whether improvements in awareness, diagnosis, and access to gluten-free foods have made a meaningful difference in how people feel and function in everyday life. How the Study Was Conducted The researchers analyzed data from more than two thousand adults with a confirmed diagnosis of celiac disease. One group completed surveys in 2014, and another group did so in 2024. Both groups were similar in terms of age, gender distribution, and time since diagnosis, which allowed for a fair comparison. Participants answered a specialized questionnaire designed specifically for people with celiac disease. This tool measures different aspects of quality of life, including emotional well-being, limitations in daily activities, concerns about health, and the challenges of managing a gluten-free diet. The study also looked at how factors such as age, gender, time since diagnosis, and length of time following a gluten-free diet influenced quality of life scores. Overall Quality of Life Has Not Improved One of the most important findings of the study is that overall quality of life has remained largely unchanged over the past decade. Despite advances in medical knowledge and greater availability of gluten-free products, people with celiac disease in Spain reported similar levels of well-being in both 2014 and 2024. The average quality of life scores in both groups fell into a moderate range. This suggests that while many people are managing their condition, there is still significant room for improvement. The chart presented in the study (page 27) shows that overall scores were very close between the two time periods, reinforcing the conclusion that there has been no meaningful progress in perceived quality of life. The Role of Time and Experience The study found that people who had been diagnosed for a longer period of time generally reported better quality of life. Similarly, those who had followed a gluten-free diet for more years tended to adapt better and feel more comfortable managing their condition. This makes sense from a practical perspective. Over time, individuals learn how to navigate food choices, avoid cross-contamination, and handle social situations. They also become more confident in managing their health and communicating their needs to others. In short, experience appears to play a key role in improving daily life with celiac disease. Age and Gender Differences Age was another important factor. Older adults consistently reported higher quality of life scores than younger individuals. This may reflect greater life experience, more stable routines, and possibly fewer social pressures related to eating outside the home. Younger individuals, on the other hand, may face more challenges. Social events, dining out, and travel can all be more stressful when managing a strict gluten-free diet, especially earlier in life. The study also observed some differences between men and women. In earlier data, women reported more concerns related to health and emotional well-being. However, by 2024, these differences were less pronounced, suggesting that gender gaps may be narrowing over time. Challenges with the Gluten-Free Diet One of the most striking findings was that the area related to diet management consistently received the lowest scores. Even after a decade of increased awareness and improved product availability, participants still struggled with the demands of maintaining a strict gluten-free lifestyle. This highlights a critical issue: the gluten-free diet is not just about avoiding certain foods. It requires constant vigilance, careful label reading, and awareness of hidden sources of gluten. It can also be expensive and socially limiting. For many individuals, these ongoing challenges continue to affect their quality of life, even if their physical symptoms are under control. Emotional and Social Impact The study also explored emotional well-being, including feelings such as frustration, anxiety, and sadness. While emotional scores were generally higher than those related to diet management, they still reflected the burden of living with a chronic condition. Social situations can be particularly difficult. Eating is often a shared experience, and restrictions can lead to feelings of isolation or discomfort. Even with greater public awareness, many people with celiac disease still face challenges when dining out or attending events. These emotional and social factors are important because they influence overall well-being, not just physical health. Why Awareness Alone Is Not Enough Over the past decade, there have been significant improvements in awareness of celiac disease. More people are familiar with gluten-free diets, and there are more products available than ever before. However, this study shows that these changes have not translated into better quality of life. This suggests that awareness and product availability, while helpful, are not enough on their own. People with celiac disease may still need more structured support, better education, and ongoing guidance to manage the condition effectively. It also points to the importance of addressing emotional and social challenges, not just dietary ones. The Importance of Early Diagnosis and Support The findings highlight the value of early diagnosis. People who were diagnosed earlier and had more time to adjust generally reported better outcomes. Early diagnosis allows individuals to begin treatment sooner, reducing the risk of complications and giving them more time to adapt. The study also emphasizes the need for continued follow-up and support. Regular medical care, access to knowledgeable healthcare providers, and educational resources can all help improve long-term outcomes. Support from patient communities and organizations may also play an important role in helping individuals feel less isolated and more empowered. What This Means for People with Celiac Disease This study provides an important reminder that managing celiac disease involves more than just following a gluten-free diet. While the diet is essential for controlling symptoms and preventing damage, it does not automatically lead to a high quality of life. For individuals with celiac disease, the findings highlight the importance of building experience, seeking support, and finding strategies that make daily life easier. It also underscores the need for healthcare systems to provide more comprehensive care that addresses emotional, social, and practical challenges. In the future, improvements in treatment options, better education, and stronger support systems may help close the gap between managing the disease and truly thriving with it. Ultimately, this research shows that while progress has been made in awareness and food availability, there is still work to be done to improve the lived experience of people with celiac disease. Read more at: nature.comThu, 07 May 2026 13:39:02 +0000podcast@celiac.comnoCeliac.com 05/07/2026 - Celiac disease is more than just a digestive condition. It affects how people eat, socialize, travel, and manage their daily lives. The only current treatment is a strict gluten-free diet, which must be followed for life. While this diet helps control symptoms and prevent complications, it also introduces challenges that can impact overall well-being. This study examined how quality of life has changed for adults with celiac disease in Spain over a ten-year period. Researchers compared two large groups of adults, one from 2014 and another from 2024, to see whether improvements in awareness, diagnosis, and access to gluten-free foods have made a meaningful difference in how people feel and function in everyday life. How the Study Was Conducted The researchers analyzed data from more than two thousand adults with a confirmed diagnosis of celiac disease. One group completed surveys in 2014, and another group did so in 2024. Both groups were similar in terms of age, gender distribution, and time since diagnosis, which allowed for a fair comparison. Participants answered a specialized questionnaire designed specifically for people with celiac disease. This tool measures different aspects of quality of life, including emotional well-being, limitations in daily activities, concerns about health, and the challenges of managing a gluten-free diet. The study also looked at how factors such as age, gender, time since diagnosis, and length of time following a gluten-free diet influenced quality of life scores. Overall Quality of Life Has Not Improved One of the most important findings of the study is that overall quality of life has remained largely unchanged over the past decade. Despite advances in medical knowledge and greater availability of gluten-free products, people with celiac disease in Spain reported similar levels of well-being in both 2014 and 2024. The average quality of life scores in both groups fell into a moderate range. This suggests that while many people are managing their condition, there is still significant room for improvement. The chart presented in the study (page 27) shows that overall scores were very close between the two time periods, reinforcing the conclusion that there has been no meaningful progress in perceived quality of life. The Role of Time and Experience The study found that people who had been diagnosed for a longer period of time generally reported better quality of life. Similarly, those who had followed a gluten-free diet for more years tended to adapt better and feel more comfortable managing their condition. This makes sense from a practical perspective. Over time, individuals learn how to navigate food choices, avoid cross-contamination, and handle social situations. They also become more confident in managing their health and communicating their needs to others. In short, experience appears to play a key role in improving daily life with celiac disease. Age and Gender Differences Age was another important factor. Older adults consistently reported higher quality of life scores than younger individuals. This may reflect greater life experience, more stable routines, and possibly fewer social pressures related to eating outside the home. Younger individuals, on the other hand, may face more challenges. Social events, dining out, and travel can all be more stressful when managing a strict gluten-free diet, especially earlier in life. The study also observed some differences between men and women. In earlier data, women reported more concerns related to health and emotional well-being. However, by 2024, these differences were less pronounced, suggesting that gender gaps may be narrowing over time. Challenges with the Gluten-Free Diet One of the most striking findings was that the area related to diet management consistently received the lowest scores. Even after a decade of increased awareness and improved product availability, participants still struggled with the demands of maintaining a strict gluten-free lifestyle. This highlights a critical issue: the gluten-free diet is not just about avoiding certain foods. It requires constant vigilance, careful label reading, and awareness of hidden sources of gluten. It can also be expensive and socially limiting. For many individuals, these ongoing challenges continue to affect their quality of life, even if their physical symptoms are under control. Emotional and Social Impact The study also explored emotional well-being, including feelings such as frustration, anxiety, and sadness. While emotional scores were generally higher than those related to diet management, they still reflected the burden of living with a chronic condition. Social situations can be particularly difficult. Eating is often a shared experience, and restrictions can lead to feelings of isolation or discomfort. Even with greater public awareness, many people with celiac disease still face challenges when dining out or attending events. These emotional and social factors are important because they influence overall well-being, not just physical health. Why Awareness Alone Is Not Enough Over the past decade, there have been significant improvements in awareness of celiac disease. More people are familiar with gluten-free diets, and there are more products available than ever before. However, this study shows that these changes have not translated into better quality of life. This suggests that awareness and product availability, while helpful, are not enough on their own. People with celiac disease may still need more structured support, better education, and ongoing guidance to manage the condition effectively. It also points to the importance of addressing emotional and social challenges, not just dietary ones. The Importance of Early Diagnosis and Support The findings highlight the value of early diagnosis. People who were diagnosed earlier and had more time to adjust generally reported better outcomes. Early diagnosis allows individuals to begin treatment sooner, reducing the risk of complications and giving them more time to adapt. The study also emphasizes the need for continued follow-up and support. Regular medical care, access to knowledgeable healthcare providers, and educational resources can all help improve long-term outcomes. Support from patient communities and organizations may also play an important role in helping individuals feel less isolated and more empowered. What This Means for People with Celiac Disease This study provides an important reminder that managing celiac disease involves more than just following a gluten-free diet. While the diet is essential for controlling symptoms and preventing damage, it does not automatically lead to a high quality of life. For individuals with celiac disease, the findings highlight the importance of building experience, seeking support, and finding strategies that make daily life easier. It also underscores the need for healthcare systems to provide more comprehensive care that addresses emotional, social, and practical challenges. In the future, improvements in treatment options, better education, and stronger support systems may help close the gap between managing the disease and truly thriving with it. Ultimately, this research shows that while progress has been made in awareness and food availability, there is still work to be done to improve the lived experience of people with celiac disease. Read more at: nature.compodcast@celiac.comCeliac.com 05/07/2026 - Celiac disease is more than just a digestive condition. It affects how people eat, socialize, travel, and manage their daily lives. The only current treatment is a strict gluten-free diet, which must be followed for life. While this diet helps control symptoms and prevent complications, it also introduces challenges that can impact overall well-being. This study examined how quality of life has changed for adults with celiac disease in Spain over a ten-year period. Researchers compared two large groups of adults, one from 2014 and another from 2024, to see whether improvements in awareness, diagnosis, and access to gluten-free foods have made a meaningful difference in how people feel and function in everyday life. How the Study Was Conducted The researchers analyzed data from more than two thousand adults with a confirmed diagnosis of celiac disease. One group completed surveys in 2014, and another group did so in 2024. Both groups were similar in terms of age, gender distribution, and time since diagnosis, which allowed for a fair comparison. Participants answered a specialized questionnaire designed specifically for people with celiac disease. This tool measures different aspects of quality of life, including emotional well-being, limitations in daily activities, concerns about health, and the challenges of managing a gluten-free diet. The study also looked at how factors such as age, gender, time since diagnosis, and length of time following a gluten-free diet influenced quality of life scores. Overall Quality of Life Has Not Improved One of the most important findings of the study is that overall quality of life has remained largely unchanged over the past decade. Despite advances in medical knowledge and greater availability of gluten-free products, people with celiac disease in Spain reported similar levels of well-being in both 2014 and 2024. The average quality of life scores in both groups fell into a moderate range. This suggests that while many people are managing their condition, there is still significant room for improvement. The chart presented in the study (page 27) shows that overall scores were very close between the two time periods, reinforcing the conclusion that there has been no meaningful progress in perceived quality of life. The Role of Time and Experience The study found that people who had been diagnosed for a longer period of time generally reported better quality of life. Similarly, those who had followed a gluten-free diet for more years tended to adapt better and feel more comfortable managing their condition. This makes sense from a practical perspective. Over time, individuals learn how to navigate food choices, avoid cross-contamination, and handle social situations. They also become more confident in managing their health and communicating their needs to others. In short, experience appears to play a key role in improving daily life with celiac disease. Age and Gender Differences Age was another important factor. Older adults consistently reported higher quality of life scores than younger individuals. This may reflect greater life experience, more stable routines, and possibly fewer social pressures related to eating outside the home. Younger individuals, on the other hand, may face more challenges. Social events, dining out, and travel can all be more stressful when managing a strict gluten-free diet, especially earlier in life. The study also observed some differences between men and women. In earlier data, women reported more concerns related to health and emotional well-being. However, by 2024, these differences were less pronounced, suggesting that gender gaps may be narrowing over time. Challenges with the Gluten-Free Diet One of the most striking findings was that the area related to diet management consistently received the lowest scores. Even after a decade of increased awareness and improved product availability, participants still struggled with the demands of maintaining a strict gluten-free lifestyle. This highlights a critical issue: the gluten-free diet is not just about avoiding certain foods. It requires constant vigilance, careful label reading, and awareness of hidden sources of gluten. It can also be expensive and socially limiting. For many individuals, these ongoing challenges continue to affect their quality of life, even if their physical symptoms are under control. Emotional and Social Impact The study also explored emotional well-being, including feelings such as frustration, anxiety, and sadness. While emotional scores were generally higher than those related to diet management, they still reflected the burden of living with a chronic condition. Social situations can be particularly difficult. Eating is often a shared experience, and restrictions can lead to feelings of isolation or discomfort. Even with greater public awareness, many people with celiac disease still face challenges when dining out or attending events. These emotional and social factors are important because they influence overall well-being, not just physical health. Why Awareness Alone Is Not Enough Over the past decade, there have been significant improvements in awareness of celiac disease. More people are familiar with gluten-free diets, and there are more products available than ever before. However, this study shows that these changes have not translated into better quality of life. This suggests that awareness and product availability, while helpful, are not enough on their own. People with celiac disease may still need more structured support, better education, and ongoing guidance to manage the condition effectively. It also points to the importance of addressing emotional and social challenges, not just dietary ones. The Importance of Early Diagnosis and Support The findings highlight the value of early diagnosis. People who were diagnosed earlier and had more time to adjust generally reported better outcomes. Early diagnosis allows individuals to begin treatment sooner, reducing the risk of complications and giving them more time to adapt. The study also emphasizes the need for continued follow-up and support. Regular medical care, access to knowledgeable healthcare providers, and educational resources can all help improve long-term outcomes. Support from patient communities and organizations may also play an important role in helping individuals feel less isolated and more empowered. What This Means for People with Celiac Disease This study provides an important reminder that managing celiac disease involves more than just following a gluten-free diet. While the diet is essential for controlling symptoms and preventing damage, it does not automatically lead to a high quality of life. For individuals with celiac disease, the findings highlight the importance of building experience, seeking support, and finding strategies that make daily life easier. It also underscores the need for healthcare systems to provide more comprehensive care that addresses emotional, social, and practical challenges. In the future, improvements in treatment options, better education, and stronger support systems may help close the gap between managing the disease and truly thriving with it. Ultimately, this research shows that while progress has been made in awareness and food availability, there is still work to be done to improve the lived experience of people with celiac disease. Read more at: nature.comgluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/is-canned-chili-gluten-free-what-you-need-to-know-before-you-eat-r7200/Celiac.com 05/06/2026 - Canned chili is one of those convenient foods many people rely on for a quick, filling meal. Whether it is stored in the pantry for busy nights or taken along on trips, it has long been valued for its ease and comfort. But for individuals with celiac disease or gluten sensitivity, convenience foods always come with an important question: is it actually safe? At first glance, chili seems like it should naturally be gluten-free. After all, it is typically made from meat, beans, tomatoes, and spices. However, the reality is not always so simple. Ingredients, processing methods, and labeling practices can all affect whether a canned chili is truly safe to eat. Why Chili Seems Naturally Gluten-Free Traditional chili recipes are built around ingredients that do not contain gluten. Beans, ground meat, tomatoes, peppers, onions, and spices are all naturally free of gluten. In a homemade setting, it is relatively easy to prepare chili that is completely safe. This is why many people assume that canned chili must also be gluten-free. In many cases, that assumption is correct. However, packaged foods often include additional ingredients that are not part of traditional recipes, and these additions can introduce gluten. Hidden Sources of Gluten in Canned Chili One of the biggest risks in canned chili comes from ingredients that are not immediately obvious. Manufacturers sometimes add thickeners, flavor enhancers, or preservatives that may contain gluten. Common hidden sources include: Wheat-based thickeners: Some chili products use flour or modified food starch derived from wheat to create a thicker texture. Flavoring blends: Seasoning mixes may include ingredients that contain gluten or are processed in facilities that handle wheat. Hydrolyzed proteins: Certain processed protein additives can be derived from wheat unless specifically labeled otherwise. Barley-based ingredients: Occasionally used in flavoring, these can introduce gluten even in small amounts. Because these ingredients are not always obvious, reading labels carefully becomes essential. The Role of Cross-Contamination Even when the ingredient list appears safe, there is another factor to consider: cross-contamination. This occurs when gluten-containing foods come into contact with gluten-free foods during manufacturing. Many food production facilities process a wide range of products, including those that contain wheat. If proper precautions are not taken, trace amounts of gluten can end up in foods that would otherwise be safe. For individuals with celiac disease, even small amounts of gluten can trigger symptoms and cause intestinal damage. This is why labeling and manufacturing practices matter just as much as the ingredient list itself. Understanding Labels and Certifications When choosing canned chili, labels are your most important tool. A product labeled “gluten-free” must meet specific standards that limit the amount of gluten it can contain. These labels provide an extra level of assurance. Some products also carry third-party certifications, which can offer additional confidence. These certifications often involve stricter testing and verification processes. However, not all safe products are labeled as gluten-free. Some manufacturers do not pursue certification even if their product contains no gluten ingredients. In these cases, careful label reading and, when necessary, contacting the manufacturer can help clarify safety. Ingredients to Look for—and Avoid When evaluating canned chili, it is helpful to know what to look for. Generally safe ingredients include: Beans Meat and poultry Tomatoes and vegetables Plain spices and herbs Ingredients that require caution include: Wheat or wheat flour Barley or malt Unspecified “modified food starch” Ambiguous flavorings or additives When in doubt, it is always safer to choose a product that clearly states it is gluten-free. Different Types of Canned Chili Not all canned chili is the same. Variations in recipes can influence gluten risk. Bean chili: Often simpler and more likely to be gluten-free, but still requires label checking. Meat chili: Typically safe, but may include added sauces or thickeners. Chili with pasta or added ingredients: More likely to contain gluten and should be avoided unless clearly labeled gluten-free. Understanding these differences can help you make safer choices. Why Gluten-Free Matters More Than Ever For people with celiac disease, consuming gluten is not just uncomfortable—it can lead to serious health consequences. Repeated exposure can damage the small intestine and interfere with nutrient absorption. For those with gluten sensitivity, the symptoms may vary but can still significantly impact quality of life. This makes careful food selection essential, even for products that seem safe at first glance. The growing demand for gluten-free options has led to improvements in labeling and product availability. However, this also means that consumers must stay informed and vigilant. Tips for Choosing Safe Canned Chili Look for gluten-free labeling: This is the simplest and most reliable indicator. Read the full ingredient list: Do not rely on assumptions based on the type of food. Check for allergen statements: Many labels indicate whether wheat is present. Be cautious with new brands: Even similar products can have different formulations. Contact manufacturers if needed: When information is unclear, reaching out can provide answers. Making Your Own as a Safe Alternative For those who want complete control over ingredients, making chili at home is a reliable option. Homemade chili allows you to select every component and eliminate any uncertainty. It can also be prepared in large batches and stored for later use, providing the same convenience as canned chili with added peace of mind. Conclusion Canned chili can be gluten-free, but it is not guaranteed. While many varieties are made with naturally gluten-free ingredients, hidden additives and cross-contamination can introduce risks. For individuals with celiac disease or gluten sensitivity, careful label reading and informed choices are essential. The good news is that awareness and product availability continue to improve. With the right knowledge, it is entirely possible to enjoy the convenience of canned chili without compromising safety. By staying vigilant and choosing products wisely, people with gluten-related conditions can continue to enjoy comforting, satisfying meals with confidence.Wed, 06 May 2026 13:38:02 +0000podcast@celiac.comnoCeliac.com 05/06/2026 - Canned chili is one of those convenient foods many people rely on for a quick, filling meal. Whether it is stored in the pantry for busy nights or taken along on trips, it has long been valued for its ease and comfort. But for individuals with celiac disease or gluten sensitivity, convenience foods always come with an important question: is it actually safe? At first glance, chili seems like it should naturally be gluten-free. After all, it is typically made from meat, beans, tomatoes, and spices. However, the reality is not always so simple. Ingredients, processing methods, and labeling practices can all affect whether a canned chili is truly safe to eat. Why Chili Seems Naturally Gluten-Free Traditional chili recipes are built around ingredients that do not contain gluten. Beans, ground meat, tomatoes, peppers, onions, and spices are all naturally free of gluten. In a homemade setting, it is relatively easy to prepare chili that is completely safe. This is why many people assume that canned chili must also be gluten-free. In many cases, that assumption is correct. However, packaged foods often include additional ingredients that are not part of traditional recipes, and these additions can introduce gluten. Hidden Sources of Gluten in Canned Chili One of the biggest risks in canned chili comes from ingredients that are not immediately obvious. Manufacturers sometimes add thickeners, flavor enhancers, or preservatives that may contain gluten. Common hidden sources include: Wheat-based thickeners: Some chili products use flour or modified food starch derived from wheat to create a thicker texture. Flavoring blends: Seasoning mixes may include ingredients that contain gluten or are processed in facilities that handle wheat. Hydrolyzed proteins: Certain processed protein additives can be derived from wheat unless specifically labeled otherwise. Barley-based ingredients: Occasionally used in flavoring, these can introduce gluten even in small amounts. Because these ingredients are not always obvious, reading labels carefully becomes essential. The Role of Cross-Contamination Even when the ingredient list appears safe, there is another factor to consider: cross-contamination. This occurs when gluten-containing foods come into contact with gluten-free foods during manufacturing. Many food production facilities process a wide range of products, including those that contain wheat. If proper precautions are not taken, trace amounts of gluten can end up in foods that would otherwise be safe. For individuals with celiac disease, even small amounts of gluten can trigger symptoms and cause intestinal damage. This is why labeling and manufacturing practices matter just as much as the ingredient list itself. Understanding Labels and Certifications When choosing canned chili, labels are your most important tool. A product labeled “gluten-free” must meet specific standards that limit the amount of gluten it can contain. These labels provide an extra level of assurance. Some products also carry third-party certifications, which can offer additional confidence. These certifications often involve stricter testing and verification processes. However, not all safe products are labeled as gluten-free. Some manufacturers do not pursue certification even if their product contains no gluten ingredients. In these cases, careful label reading and, when necessary, contacting the manufacturer can help clarify safety. Ingredients to Look for—and Avoid When evaluating canned chili, it is helpful to know what to look for. Generally safe ingredients include: Beans Meat and poultry Tomatoes and vegetables Plain spices and herbs Ingredients that require caution include: Wheat or wheat flour Barley or malt Unspecified “modified food starch” Ambiguous flavorings or additives When in doubt, it is always safer to choose a product that clearly states it is gluten-free. Different Types of Canned Chili Not all canned chili is the same. Variations in recipes can influence gluten risk. Bean chili: Often simpler and more likely to be gluten-free, but still requires label checking. Meat chili: Typically safe, but may include added sauces or thickeners. Chili with pasta or added ingredients: More likely to contain gluten and should be avoided unless clearly labeled gluten-free. Understanding these differences can help you make safer choices. Why Gluten-Free Matters More Than Ever For people with celiac disease, consuming gluten is not just uncomfortable—it can lead to serious health consequences. Repeated exposure can damage the small intestine and interfere with nutrient absorption. For those with gluten sensitivity, the symptoms may vary but can still significantly impact quality of life. This makes careful food selection essential, even for products that seem safe at first glance. The growing demand for gluten-free options has led to improvements in labeling and product availability. However, this also means that consumers must stay informed and vigilant. Tips for Choosing Safe Canned Chili Look for gluten-free labeling: This is the simplest and most reliable indicator. Read the full ingredient list: Do not rely on assumptions based on the type of food. Check for allergen statements: Many labels indicate whether wheat is present. Be cautious with new brands: Even similar products can have different formulations. Contact manufacturers if needed: When information is unclear, reaching out can provide answers. Making Your Own as a Safe Alternative For those who want complete control over ingredients, making chili at home is a reliable option. Homemade chili allows you to select every component and eliminate any uncertainty. It can also be prepared in large batches and stored for later use, providing the same convenience as canned chili with added peace of mind. Conclusion Canned chili can be gluten-free, but it is not guaranteed. While many varieties are made with naturally gluten-free ingredients, hidden additives and cross-contamination can introduce risks. For individuals with celiac disease or gluten sensitivity, careful label reading and informed choices are essential. The good news is that awareness and product availability continue to improve. With the right knowledge, it is entirely possible to enjoy the convenience of canned chili without compromising safety. By staying vigilant and choosing products wisely, people with gluten-related conditions can continue to enjoy comforting, satisfying meals with confidence.podcast@celiac.comCeliac.com 05/06/2026 - Canned chili is one of those convenient foods many people rely on for a quick, filling meal. Whether it is stored in the pantry for busy nights or taken along on trips, it has long been valued for its ease and comfort. But for individuals with celiac disease or gluten sensitivity, convenience foods always come with an important question: is it actually safe? At first glance, chili seems like it should naturally be gluten-free. After all, it is typically made from meat, beans, tomatoes, and spices. However, the reality is not always so simple. Ingredients, processing methods, and labeling practices can all affect whether a canned chili is truly safe to eat. Why Chili Seems Naturally Gluten-Free Traditional chili recipes are built around ingredients that do not contain gluten. Beans, ground meat, tomatoes, peppers, onions, and spices are all naturally free of gluten. In a homemade setting, it is relatively easy to prepare chili that is completely safe. This is why many people assume that canned chili must also be gluten-free. In many cases, that assumption is correct. However, packaged foods often include additional ingredients that are not part of traditional recipes, and these additions can introduce gluten. Hidden Sources of Gluten in Canned Chili One of the biggest risks in canned chili comes from ingredients that are not immediately obvious. Manufacturers sometimes add thickeners, flavor enhancers, or preservatives that may contain gluten. Common hidden sources include: Wheat-based thickeners: Some chili products use flour or modified food starch derived from wheat to create a thicker texture. Flavoring blends: Seasoning mixes may include ingredients that contain gluten or are processed in facilities that handle wheat. Hydrolyzed proteins: Certain processed protein additives can be derived from wheat unless specifically labeled otherwise. Barley-based ingredients: Occasionally used in flavoring, these can introduce gluten even in small amounts. Because these ingredients are not always obvious, reading labels carefully becomes essential. The Role of Cross-Contamination Even when the ingredient list appears safe, there is another factor to consider: cross-contamination. This occurs when gluten-containing foods come into contact with gluten-free foods during manufacturing. Many food production facilities process a wide range of products, including those that contain wheat. If proper precautions are not taken, trace amounts of gluten can end up in foods that would otherwise be safe. For individuals with celiac disease, even small amounts of gluten can trigger symptoms and cause intestinal damage. This is why labeling and manufacturing practices matter just as much as the ingredient list itself. Understanding Labels and Certifications When choosing canned chili, labels are your most important tool. A product labeled “gluten-free” must meet specific standards that limit the amount of gluten it can contain. These labels provide an extra level of assurance. Some products also carry third-party certifications, which can offer additional confidence. These certifications often involve stricter testing and verification processes. However, not all safe products are labeled as gluten-free. Some manufacturers do not pursue certification even if their product contains no gluten ingredients. In these cases, careful label reading and, when necessary, contacting the manufacturer can help clarify safety. Ingredients to Look for—and Avoid When evaluating canned chili, it is helpful to know what to look for. Generally safe ingredients include: Beans Meat and poultry Tomatoes and vegetables Plain spices and herbs Ingredients that require caution include: Wheat or wheat flour Barley or malt Unspecified “modified food starch” Ambiguous flavorings or additives When in doubt, it is always safer to choose a product that clearly states it is gluten-free. Different Types of Canned Chili Not all canned chili is the same. Variations in recipes can influence gluten risk. Bean chili: Often simpler and more likely to be gluten-free, but still requires label checking. Meat chili: Typically safe, but may include added sauces or thickeners. Chili with pasta or added ingredients: More likely to contain gluten and should be avoided unless clearly labeled gluten-free. Understanding these differences can help you make safer choices. Why Gluten-Free Matters More Than Ever For people with celiac disease, consuming gluten is not just uncomfortable—it can lead to serious health consequences. Repeated exposure can damage the small intestine and interfere with nutrient absorption. For those with gluten sensitivity, the symptoms may vary but can still significantly impact quality of life. This makes careful food selection essential, even for products that seem safe at first glance. The growing demand for gluten-free options has led to improvements in labeling and product availability. However, this also means that consumers must stay informed and vigilant. Tips for Choosing Safe Canned Chili Look for gluten-free labeling: This is the simplest and most reliable indicator. Read the full ingredient list: Do not rely on assumptions based on the type of food. Check for allergen statements: Many labels indicate whether wheat is present. Be cautious with new brands: Even similar products can have different formulations. Contact manufacturers if needed: When information is unclear, reaching out can provide answers. Making Your Own as a Safe Alternative For those who want complete control over ingredients, making chili at home is a reliable option. Homemade chili allows you to select every component and eliminate any uncertainty. It can also be prepared in large batches and stored for later use, providing the same convenience as canned chili with added peace of mind. Conclusion Canned chili can be gluten-free, but it is not guaranteed. While many varieties are made with naturally gluten-free ingredients, hidden additives and cross-contamination can introduce risks. For individuals with celiac disease or gluten sensitivity, careful label reading and informed choices are essential. The good news is that awareness and product availability continue to improve. With the right knowledge, it is entirely possible to enjoy the convenience of canned chili without compromising safety. By staying vigilant and choosing products wisely, people with gluten-related conditions can continue to enjoy comforting, satisfying meals with confidence.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/new-study-reveals-hidden-genetic-triggers-behind-celiac-disease-video-r7195/Celiac.com 05/05/2026 - This study explored how certain genetic differences may influence the development of celiac disease in an Indian population. While it has long been known that specific immune-related genes play a major role in celiac disease, researchers wanted to better understand how other genes might also contribute. Understanding the Basics of Celiac Disease Celiac disease is an autoimmune condition triggered by consuming gluten, a protein found in wheat and related grains. When people with this condition eat gluten, their immune system reacts in a way that damages the lining of the small intestine. This can lead to digestive problems, nutrient deficiencies, and a range of other health issues. Not everyone who eats gluten develops celiac disease. The condition tends to occur in people with a specific genetic background. In particular, certain immune system genes are known to play a major role in determining who is at risk. However, many individuals who carry these genes never develop the disease, suggesting that other genetic factors are also involved. Purpose of the Study The goal of this research was to identify additional genetic variations that may increase or decrease the risk of developing celiac disease. The researchers focused on genes outside the well-known major immune genes to see how they might contribute to the disease process. To do this, the study compared genetic data from hundreds of people diagnosed with celiac disease to a larger group of individuals without the condition. How the Study Was Conducted The researchers analyzed blood samples from 376 individuals with celiac disease and 736 healthy participants. They examined specific locations in the genetic code where small variations occur. These variations can influence how genes function and how the body responds to environmental triggers like gluten. Initially, dozens of potential genetic markers were identified based on earlier research. After careful screening, the study focused on a set of genetic variations that were common enough to analyze in this population. Advanced laboratory techniques were used to determine which genetic variants each participant carried. The results were then compared between the two groups to identify patterns linked to the disease. Key Findings The study found that several genetic variations were strongly associated with celiac disease. As expected, the strongest connections were linked to well-known immune system genes that help the body recognize gluten. More importantly, the research also identified multiple additional genes that appear to play a role. These genes are involved in several important biological processes: Immune system activation: Many of the identified genes influence how immune cells become activated when they encounter gluten. Inflammation: Some genes regulate how inflammation is triggered and controlled in the body. Cell movement: Certain genes help immune cells travel to areas of inflammation, including the intestine. Intestinal barrier protection: Some genes help maintain the integrity of the intestinal lining. Cellular stress and repair: A few genes are involved in protecting cells from damage and maintaining proper cellular function. Overall, eighteen genetic variations showed a strong association with celiac disease in this population. How These Genes Work Together One of the most important insights from this study is that these genes do not act independently. Instead, they form part of a network that influences how the immune system responds to gluten. When gluten is consumed, certain immune cells recognize it and become activated. This activation sets off a chain reaction involving multiple genes and signaling pathways. Some genes increase the strength of this immune response, while others act to limit or regulate it. The study found that many of the newly identified genes are involved in this signaling process. They help control how strongly immune cells react, how long the response lasts, and how much inflammation occurs. In addition, some genes affect the structure and function of the intestinal lining. This may influence how easily gluten peptides cross into the immune system and trigger a response. Why These Findings Matter This research helps explain why celiac disease is more complex than previously understood. While certain key genes are essential for the disease to occur, they are not the whole story. The additional genes identified in this study appear to fine-tune the immune response. They may determine whether someone with a genetic predisposition actually develops symptoms or remains unaffected. This also helps explain why celiac disease can vary so widely from person to person. Some individuals experience severe symptoms, while others have mild or even silent disease. Potential Future Applications The findings from this study could lead to several important developments: Improved genetic screening to identify individuals at higher risk Better understanding of disease progression and severity New approaches to treatment that target specific immune pathways By combining information from multiple genes, it may eventually be possible to calculate a more precise risk profile for individuals. Why This Study Matters for People with Celiac Disease For individuals with celiac disease, this research provides a clearer picture of why the condition develops and why it can differ so much between people. Understanding the broader genetic landscape may lead to more personalized approaches to care. In the future, treatments could potentially go beyond simply avoiding gluten and instead focus on controlling the immune response itself. This study also reinforces the importance of early detection. Since many people carry risk genes without knowing it, improved screening methods could help identify those at risk before significant intestinal damage occurs. Ultimately, this research brings us one step closer to understanding the full complexity of celiac disease and improving outcomes for those affected by it. Read more at: nature.com Watch the video version of New Study Reveals Hidden Genetic Triggers Behind Celiac Disease:Tue, 05 May 2026 13:34:00 +0000podcast@celiac.comnoCeliac.com 05/05/2026 - This study explored how certain genetic differences may influence the development of celiac disease in an Indian population. While it has long been known that specific immune-related genes play a major role in celiac disease, researchers wanted to better understand how other genes might also contribute. Understanding the Basics of Celiac Disease Celiac disease is an autoimmune condition triggered by consuming gluten, a protein found in wheat and related grains. When people with this condition eat gluten, their immune system reacts in a way that damages the lining of the small intestine. This can lead to digestive problems, nutrient deficiencies, and a range of other health issues. Not everyone who eats gluten develops celiac disease. The condition tends to occur in people with a specific genetic background. In particular, certain immune system genes are known to play a major role in determining who is at risk. However, many individuals who carry these genes never develop the disease, suggesting that other genetic factors are also involved. Purpose of the Study The goal of this research was to identify additional genetic variations that may increase or decrease the risk of developing celiac disease. The researchers focused on genes outside the well-known major immune genes to see how they might contribute to the disease process. To do this, the study compared genetic data from hundreds of people diagnosed with celiac disease to a larger group of individuals without the condition. How the Study Was Conducted The researchers analyzed blood samples from 376 individuals with celiac disease and 736 healthy participants. They examined specific locations in the genetic code where small variations occur. These variations can influence how genes function and how the body responds to environmental triggers like gluten. Initially, dozens of potential genetic markers were identified based on earlier research. After careful screening, the study focused on a set of genetic variations that were common enough to analyze in this population. Advanced laboratory techniques were used to determine which genetic variants each participant carried. The results were then compared between the two groups to identify patterns linked to the disease. Key Findings The study found that several genetic variations were strongly associated with celiac disease. As expected, the strongest connections were linked to well-known immune system genes that help the body recognize gluten. More importantly, the research also identified multiple additional genes that appear to play a role. These genes are involved in several important biological processes: Immune system activation: Many of the identified genes influence how immune cells become activated when they encounter gluten. Inflammation: Some genes regulate how inflammation is triggered and controlled in the body. Cell movement: Certain genes help immune cells travel to areas of inflammation, including the intestine. Intestinal barrier protection: Some genes help maintain the integrity of the intestinal lining. Cellular stress and repair: A few genes are involved in protecting cells from damage and maintaining proper cellular function. Overall, eighteen genetic variations showed a strong association with celiac disease in this population. How These Genes Work Together One of the most important insights from this study is that these genes do not act independently. Instead, they form part of a network that influences how the immune system responds to gluten. When gluten is consumed, certain immune cells recognize it and become activated. This activation sets off a chain reaction involving multiple genes and signaling pathways. Some genes increase the strength of this immune response, while others act to limit or regulate it. The study found that many of the newly identified genes are involved in this signaling process. They help control how strongly immune cells react, how long the response lasts, and how much inflammation occurs. In addition, some genes affect the structure and function of the intestinal lining. This may influence how easily gluten peptides cross into the immune system and trigger a response. Why These Findings Matter This research helps explain why celiac disease is more complex than previously understood. While certain key genes are essential for the disease to occur, they are not the whole story. The additional genes identified in this study appear to fine-tune the immune response. They may determine whether someone with a genetic predisposition actually develops symptoms or remains unaffected. This also helps explain why celiac disease can vary so widely from person to person. Some individuals experience severe symptoms, while others have mild or even silent disease. Potential Future Applications The findings from this study could lead to several important developments: Improved genetic screening to identify individuals at higher risk Better understanding of disease progression and severity New approaches to treatment that target specific immune pathways By combining information from multiple genes, it may eventually be possible to calculate a more precise risk profile for individuals. Why This Study Matters for People with Celiac Disease For individuals with celiac disease, this research provides a clearer picture of why the condition develops and why it can differ so much between people. Understanding the broader genetic landscape may lead to more personalized approaches to care. In the future, treatments could potentially go beyond simply avoiding gluten and instead focus on controlling the immune response itself. This study also reinforces the importance of early detection. Since many people carry risk genes without knowing it, improved screening methods could help identify those at risk before significant intestinal damage occurs. Ultimately, this research brings us one step closer to understanding the full complexity of celiac disease and improving outcomes for those affected by it. Read more at: nature.com Watch the video version of New Study Reveals Hidden Genetic Triggers Behind Celiac Disease:podcast@celiac.comCeliac.com 05/05/2026 - This study explored how certain genetic differences may influence the development of celiac disease in an Indian population. While it has long been known that specific immune-related genes play a major role in celiac disease, researchers wanted to better understand how other genes might also contribute. Understanding the Basics of Celiac Disease Celiac disease is an autoimmune condition triggered by consuming gluten, a protein found in wheat and related grains. When people with this condition eat gluten, their immune system reacts in a way that damages the lining of the small intestine. This can lead to digestive problems, nutrient deficiencies, and a range of other health issues. Not everyone who eats gluten develops celiac disease. The condition tends to occur in people with a specific genetic background. In particular, certain immune system genes are known to play a major role in determining who is at risk. However, many individuals who carry these genes never develop the disease, suggesting that other genetic factors are also involved. Purpose of the Study The goal of this research was to identify additional genetic variations that may increase or decrease the risk of developing celiac disease. The researchers focused on genes outside the well-known major immune genes to see how they might contribute to the disease process. To do this, the study compared genetic data from hundreds of people diagnosed with celiac disease to a larger group of individuals without the condition. How the Study Was Conducted The researchers analyzed blood samples from 376 individuals with celiac disease and 736 healthy participants. They examined specific locations in the genetic code where small variations occur. These variations can influence how genes function and how the body responds to environmental triggers like gluten. Initially, dozens of potential genetic markers were identified based on earlier research. After careful screening, the study focused on a set of genetic variations that were common enough to analyze in this population. Advanced laboratory techniques were used to determine which genetic variants each participant carried. The results were then compared between the two groups to identify patterns linked to the disease. Key Findings The study found that several genetic variations were strongly associated with celiac disease. As expected, the strongest connections were linked to well-known immune system genes that help the body recognize gluten. More importantly, the research also identified multiple additional genes that appear to play a role. These genes are involved in several important biological processes: Immune system activation: Many of the identified genes influence how immune cells become activated when they encounter gluten. Inflammation: Some genes regulate how inflammation is triggered and controlled in the body. Cell movement: Certain genes help immune cells travel to areas of inflammation, including the intestine. Intestinal barrier protection: Some genes help maintain the integrity of the intestinal lining. Cellular stress and repair: A few genes are involved in protecting cells from damage and maintaining proper cellular function. Overall, eighteen genetic variations showed a strong association with celiac disease in this population. How These Genes Work Together One of the most important insights from this study is that these genes do not act independently. Instead, they form part of a network that influences how the immune system responds to gluten. When gluten is consumed, certain immune cells recognize it and become activated. This activation sets off a chain reaction involving multiple genes and signaling pathways. Some genes increase the strength of this immune response, while others act to limit or regulate it. The study found that many of the newly identified genes are involved in this signaling process. They help control how strongly immune cells react, how long the response lasts, and how much inflammation occurs. In addition, some genes affect the structure and function of the intestinal lining. This may influence how easily gluten peptides cross into the immune system and trigger a response. Why These Findings Matter This research helps explain why celiac disease is more complex than previously understood. While certain key genes are essential for the disease to occur, they are not the whole story. The additional genes identified in this study appear to fine-tune the immune response. They may determine whether someone with a genetic predisposition actually develops symptoms or remains unaffected. This also helps explain why celiac disease can vary so widely from person to person. Some individuals experience severe symptoms, while others have mild or even silent disease. Potential Future Applications The findings from this study could lead to several important developments: Improved genetic screening to identify individuals at higher risk Better understanding of disease progression and severity New approaches to treatment that target specific immune pathways By combining information from multiple genes, it may eventually be possible to calculate a more precise risk profile for individuals. Why This Study Matters for People with Celiac Disease For individuals with celiac disease, this research provides a clearer picture of why the condition develops and why it can differ so much between people. Understanding the broader genetic landscape may lead to more personalized approaches to care. In the future, treatments could potentially go beyond simply avoiding gluten and instead focus on controlling the immune response itself. This study also reinforces the importance of early detection. Since many people carry risk genes without knowing it, improved screening methods could help identify those at risk before significant intestinal damage occurs. Ultimately, this research brings us one step closer to understanding the full complexity of celiac disease and improving outcomes for those affected by it. Read more at: nature.com Watch the video version of New Study Reveals Hidden Genetic Triggers Behind Celiac Disease:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/court-ruling-raises-big-questions-about-gluten-free-food-safety-in-retirement-communities-video-r7197/Celiac.com 05/04/2026 - A recent legal case in the United States has brought renewed attention to a critical issue for people with celiac disease: the real-world consequences of unsafe “gluten-free” food. The case involves a woman with celiac disease who sued a retirement community after allegedly becoming ill multiple times from meals labeled as gluten-free. The United States Court of Appeals for the Fourth Circuit ruled that some of her claims should move forward to trial, particularly those involving breach of contract and negligence. This decision highlights a growing recognition that providing safe gluten-free food is not simply a courtesy—it can be a legal obligation. The Background of the Case The case centers on a woman who moved into a retirement community after being assured that her strict gluten-free dietary needs could be safely accommodated. Because she has celiac disease, even small amounts of gluten can trigger significant health problems. According to the case details, she experienced several episodes of illness after eating meals that were presented as gluten-free. These incidents included multiple meals over several years, culminating in a serious episode in 2021 after consuming a dish that was believed to be safe. After these incidents, she filed a lawsuit alleging that the facility failed to meet its obligations. Her claims included breach of contract and negligence, along with several disability-related claims under federal law. What the Court Decided The appellate court made a mixed ruling. It allowed the woman’s claims for breach of contract and negligence related to the 2021 incident to move forward. The court determined that there were unresolved factual questions that should be decided by a jury. In simple terms, the court said that there is enough evidence to reasonably question whether the retirement community failed to provide what it promised. This means a trial will be needed to determine whether the facility is legally responsible. At the same time, the court dismissed several other claims, including those related to federal disability laws. These were rejected primarily due to procedural issues, such as timing and the inability to demonstrate ongoing risk. Why This Case Is So Important This case is significant because it reinforces a key truth for people with celiac disease: gluten-free food is not a preference—it is a medical necessity. For individuals with this condition, even small amounts of gluten can lead to serious health consequences. The court’s decision suggests that when an organization promises to provide safe gluten-free meals, it may be held accountable if it fails to do so. This is especially important in environments like retirement communities, hospitals, and schools, where individuals rely heavily on others for food preparation. The case also highlights the difference between labeling food as gluten-free and actually ensuring that it is safe. Cross-contamination, improper ingredients, or inadequate training can all lead to dangerous outcomes. The Challenges of Providing Safe Gluten-Free Food Preparing truly safe gluten-free meals requires more than simply removing wheat from a recipe. It involves strict attention to detail at every stage of food preparation. This includes: Using dedicated cooking equipment and utensils Preventing cross-contact in shared kitchen spaces Carefully sourcing and verifying ingredients Training staff to understand the seriousness of celiac disease In the case at hand, the retirement community reportedly made efforts to improve its processes, including staff training and menu adjustments. However, the existence of continued problems raises questions about whether those measures were sufficient. The Legal Concept of Responsibility One of the most important aspects of this case is the idea of responsibility. When a facility enters into an agreement with a resident and promises to meet specific dietary needs, that promise can become part of a legal contract. If that promise is broken and results in harm, it may give rise to legal claims such as negligence or breach of contract. The court’s decision to allow these claims to proceed signals that such obligations are taken seriously. It also emphasizes that organizations cannot simply rely on good intentions. They must demonstrate that they have taken reasonable and effective steps to ensure safety. What This Means for People with Celiac Disease For individuals with celiac disease or gluten sensitivity, this case carries several important implications. First, it reinforces the importance of advocating for your needs. If a facility promises to provide safe food, you have the right to expect that promise to be fulfilled. Second, it highlights the importance of vigilance. Even in environments that claim to accommodate gluten-free diets, mistakes can happen. Being aware of risks and asking questions about food preparation remains essential. Third, it offers a measure of legal protection. This case suggests that individuals may have recourse if they are harmed due to unsafe food practices, particularly when there is a clear agreement in place. Broader Implications for Institutions This case may also influence how institutions approach gluten-free accommodations in the future. Facilities that provide food services may need to take additional steps to ensure compliance and reduce risk. This could include: More rigorous staff training programs Improved kitchen protocols Clearer communication with residents and guests Regular audits of food safety practices Organizations may also become more cautious about making promises they cannot fully guarantee, especially when it comes to medically necessary diets. The Human Side of the Issue Beyond the legal and procedural details, this case underscores the human impact of celiac disease. Living with this condition requires constant attention to food choices and a high level of trust in those who prepare meals. When that trust is broken, the consequences go beyond physical symptoms. It can lead to anxiety, loss of confidence, and a reduced sense of safety in everyday environments. For many people with celiac disease, the ability to eat safely is fundamental to maintaining independence and quality of life. Conclusion This case represents an important moment in the ongoing recognition of celiac disease as a serious medical condition that demands careful handling. The court’s decision to allow key claims to proceed sends a clear message: providing safe gluten-free food is not optional when it has been promised. For those living with celiac disease or gluten sensitivity, the case highlights both the challenges and the progress being made. While risks remain, there is growing awareness that safety must be prioritized and that accountability matters. Ultimately, this case may help drive improvements in how gluten-free diets are managed in institutional settings, leading to safer environments and better outcomes for those who depend on them. Read more at: thedailyrecord.com Watch the video version of Court Ruling Raises Big Questions About "Gluten-Free" Food Safety in Retirement Communities:Mon, 04 May 2026 13:34:00 +0000podcast@celiac.comnoCeliac.com 05/04/2026 - A recent legal case in the United States has brought renewed attention to a critical issue for people with celiac disease: the real-world consequences of unsafe “gluten-free” food. The case involves a woman with celiac disease who sued a retirement community after allegedly becoming ill multiple times from meals labeled as gluten-free. The United States Court of Appeals for the Fourth Circuit ruled that some of her claims should move forward to trial, particularly those involving breach of contract and negligence. This decision highlights a growing recognition that providing safe gluten-free food is not simply a courtesy—it can be a legal obligation. The Background of the Case The case centers on a woman who moved into a retirement community after being assured that her strict gluten-free dietary needs could be safely accommodated. Because she has celiac disease, even small amounts of gluten can trigger significant health problems. According to the case details, she experienced several episodes of illness after eating meals that were presented as gluten-free. These incidents included multiple meals over several years, culminating in a serious episode in 2021 after consuming a dish that was believed to be safe. After these incidents, she filed a lawsuit alleging that the facility failed to meet its obligations. Her claims included breach of contract and negligence, along with several disability-related claims under federal law. What the Court Decided The appellate court made a mixed ruling. It allowed the woman’s claims for breach of contract and negligence related to the 2021 incident to move forward. The court determined that there were unresolved factual questions that should be decided by a jury. In simple terms, the court said that there is enough evidence to reasonably question whether the retirement community failed to provide what it promised. This means a trial will be needed to determine whether the facility is legally responsible. At the same time, the court dismissed several other claims, including those related to federal disability laws. These were rejected primarily due to procedural issues, such as timing and the inability to demonstrate ongoing risk. Why This Case Is So Important This case is significant because it reinforces a key truth for people with celiac disease: gluten-free food is not a preference—it is a medical necessity. For individuals with this condition, even small amounts of gluten can lead to serious health consequences. The court’s decision suggests that when an organization promises to provide safe gluten-free meals, it may be held accountable if it fails to do so. This is especially important in environments like retirement communities, hospitals, and schools, where individuals rely heavily on others for food preparation. The case also highlights the difference between labeling food as gluten-free and actually ensuring that it is safe. Cross-contamination, improper ingredients, or inadequate training can all lead to dangerous outcomes. The Challenges of Providing Safe Gluten-Free Food Preparing truly safe gluten-free meals requires more than simply removing wheat from a recipe. It involves strict attention to detail at every stage of food preparation. This includes: Using dedicated cooking equipment and utensils Preventing cross-contact in shared kitchen spaces Carefully sourcing and verifying ingredients Training staff to understand the seriousness of celiac disease In the case at hand, the retirement community reportedly made efforts to improve its processes, including staff training and menu adjustments. However, the existence of continued problems raises questions about whether those measures were sufficient. The Legal Concept of Responsibility One of the most important aspects of this case is the idea of responsibility. When a facility enters into an agreement with a resident and promises to meet specific dietary needs, that promise can become part of a legal contract. If that promise is broken and results in harm, it may give rise to legal claims such as negligence or breach of contract. The court’s decision to allow these claims to proceed signals that such obligations are taken seriously. It also emphasizes that organizations cannot simply rely on good intentions. They must demonstrate that they have taken reasonable and effective steps to ensure safety. What This Means for People with Celiac Disease For individuals with celiac disease or gluten sensitivity, this case carries several important implications. First, it reinforces the importance of advocating for your needs. If a facility promises to provide safe food, you have the right to expect that promise to be fulfilled. Second, it highlights the importance of vigilance. Even in environments that claim to accommodate gluten-free diets, mistakes can happen. Being aware of risks and asking questions about food preparation remains essential. Third, it offers a measure of legal protection. This case suggests that individuals may have recourse if they are harmed due to unsafe food practices, particularly when there is a clear agreement in place. Broader Implications for Institutions This case may also influence how institutions approach gluten-free accommodations in the future. Facilities that provide food services may need to take additional steps to ensure compliance and reduce risk. This could include: More rigorous staff training programs Improved kitchen protocols Clearer communication with residents and guests Regular audits of food safety practices Organizations may also become more cautious about making promises they cannot fully guarantee, especially when it comes to medically necessary diets. The Human Side of the Issue Beyond the legal and procedural details, this case underscores the human impact of celiac disease. Living with this condition requires constant attention to food choices and a high level of trust in those who prepare meals. When that trust is broken, the consequences go beyond physical symptoms. It can lead to anxiety, loss of confidence, and a reduced sense of safety in everyday environments. For many people with celiac disease, the ability to eat safely is fundamental to maintaining independence and quality of life. Conclusion This case represents an important moment in the ongoing recognition of celiac disease as a serious medical condition that demands careful handling. The court’s decision to allow key claims to proceed sends a clear message: providing safe gluten-free food is not optional when it has been promised. For those living with celiac disease or gluten sensitivity, the case highlights both the challenges and the progress being made. While risks remain, there is growing awareness that safety must be prioritized and that accountability matters. Ultimately, this case may help drive improvements in how gluten-free diets are managed in institutional settings, leading to safer environments and better outcomes for those who depend on them. Read more at: thedailyrecord.com Watch the video version of Court Ruling Raises Big Questions About "Gluten-Free" Food Safety in Retirement Communities:podcast@celiac.comCeliac.com 05/04/2026 - A recent legal case in the United States has brought renewed attention to a critical issue for people with celiac disease: the real-world consequences of unsafe “gluten-free” food. The case involves a woman with celiac disease who sued a retirement community after allegedly becoming ill multiple times from meals labeled as gluten-free. The United States Court of Appeals for the Fourth Circuit ruled that some of her claims should move forward to trial, particularly those involving breach of contract and negligence. This decision highlights a growing recognition that providing safe gluten-free food is not simply a courtesy—it can be a legal obligation. The Background of the Case The case centers on a woman who moved into a retirement community after being assured that her strict gluten-free dietary needs could be safely accommodated. Because she has celiac disease, even small amounts of gluten can trigger significant health problems. According to the case details, she experienced several episodes of illness after eating meals that were presented as gluten-free. These incidents included multiple meals over several years, culminating in a serious episode in 2021 after consuming a dish that was believed to be safe. After these incidents, she filed a lawsuit alleging that the facility failed to meet its obligations. Her claims included breach of contract and negligence, along with several disability-related claims under federal law. What the Court Decided The appellate court made a mixed ruling. It allowed the woman’s claims for breach of contract and negligence related to the 2021 incident to move forward. The court determined that there were unresolved factual questions that should be decided by a jury. In simple terms, the court said that there is enough evidence to reasonably question whether the retirement community failed to provide what it promised. This means a trial will be needed to determine whether the facility is legally responsible. At the same time, the court dismissed several other claims, including those related to federal disability laws. These were rejected primarily due to procedural issues, such as timing and the inability to demonstrate ongoing risk. Why This Case Is So Important This case is significant because it reinforces a key truth for people with celiac disease: gluten-free food is not a preference—it is a medical necessity. For individuals with this condition, even small amounts of gluten can lead to serious health consequences. The court’s decision suggests that when an organization promises to provide safe gluten-free meals, it may be held accountable if it fails to do so. This is especially important in environments like retirement communities, hospitals, and schools, where individuals rely heavily on others for food preparation. The case also highlights the difference between labeling food as gluten-free and actually ensuring that it is safe. Cross-contamination, improper ingredients, or inadequate training can all lead to dangerous outcomes. The Challenges of Providing Safe Gluten-Free Food Preparing truly safe gluten-free meals requires more than simply removing wheat from a recipe. It involves strict attention to detail at every stage of food preparation. This includes: Using dedicated cooking equipment and utensils Preventing cross-contact in shared kitchen spaces Carefully sourcing and verifying ingredients Training staff to understand the seriousness of celiac disease In the case at hand, the retirement community reportedly made efforts to improve its processes, including staff training and menu adjustments. However, the existence of continued problems raises questions about whether those measures were sufficient. The Legal Concept of Responsibility One of the most important aspects of this case is the idea of responsibility. When a facility enters into an agreement with a resident and promises to meet specific dietary needs, that promise can become part of a legal contract. If that promise is broken and results in harm, it may give rise to legal claims such as negligence or breach of contract. The court’s decision to allow these claims to proceed signals that such obligations are taken seriously. It also emphasizes that organizations cannot simply rely on good intentions. They must demonstrate that they have taken reasonable and effective steps to ensure safety. What This Means for People with Celiac Disease For individuals with celiac disease or gluten sensitivity, this case carries several important implications. First, it reinforces the importance of advocating for your needs. If a facility promises to provide safe food, you have the right to expect that promise to be fulfilled. Second, it highlights the importance of vigilance. Even in environments that claim to accommodate gluten-free diets, mistakes can happen. Being aware of risks and asking questions about food preparation remains essential. Third, it offers a measure of legal protection. This case suggests that individuals may have recourse if they are harmed due to unsafe food practices, particularly when there is a clear agreement in place. Broader Implications for Institutions This case may also influence how institutions approach gluten-free accommodations in the future. Facilities that provide food services may need to take additional steps to ensure compliance and reduce risk. This could include: More rigorous staff training programs Improved kitchen protocols Clearer communication with residents and guests Regular audits of food safety practices Organizations may also become more cautious about making promises they cannot fully guarantee, especially when it comes to medically necessary diets. The Human Side of the Issue Beyond the legal and procedural details, this case underscores the human impact of celiac disease. Living with this condition requires constant attention to food choices and a high level of trust in those who prepare meals. When that trust is broken, the consequences go beyond physical symptoms. It can lead to anxiety, loss of confidence, and a reduced sense of safety in everyday environments. For many people with celiac disease, the ability to eat safely is fundamental to maintaining independence and quality of life. Conclusion This case represents an important moment in the ongoing recognition of celiac disease as a serious medical condition that demands careful handling. The court’s decision to allow key claims to proceed sends a clear message: providing safe gluten-free food is not optional when it has been promised. For those living with celiac disease or gluten sensitivity, the case highlights both the challenges and the progress being made. While risks remain, there is growing awareness that safety must be prioritized and that accountability matters. Ultimately, this case may help drive improvements in how gluten-free diets are managed in institutional settings, leading to safer environments and better outcomes for those who depend on them. Read more at: thedailyrecord.com Watch the video version of Court Ruling Raises Big Questions About "Gluten-Free" Food Safety in Retirement Communities:gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/crispy-cheesy-beef-tacos-daura-gluten-reduced-beer-a-perfect-pairing-by-thesaltycooker-r6833/Celiac.com 05/01/2026 - Bold flavors, indulgent recipes, and the right beer pairing can elevate any meal. That’s exactly what content creator Danielle Cochran, known as TheSaltyCooker, brings to life in one of her signature recipes. A Flavor-Packed Recipe with the Perfect Beer Pairing In this recipe, Danielle prepares crispy cheesy beef tacos, a rich and indulgent dish where golden tortillas, flavorful beef, and melted cheese come together for the ultimate bite. To elevate the experience even further, she pairs the dish with a cold Daura, her favorite gluten-reduced beer and the world’s most awarded crafted-to-remove-gluten beer brand. As Danielle describes it: “It’s crisp, super refreshing, and pairs really well with all the bold taco flavors.” About TheSaltyCooker With a growing community of over 1.2 million followers on Facebook and 638k on Instagram, Danielle has built a loyal audience by creating gluten-reduced recipes without compromising on flavor. Great Taste, Crafted to Remove Gluten Daura is brewed following traditional brewing methods and then crafted to remove gluten, preserving the full character and taste of a traditional beer. This makes it an ideal companion for flavorful dishes like tacos, where balance and refreshment play a key role in the overall experience. In addition, Daura offers a full range of options, including lager, non-alcoholic, and IPA, giving consumers the flexibility to choose the beer that best fits their moment. Watch the step-by-step preparation on TheSaltyCooker’s Instagram here. Note: Consult with your healthcare provider if you have concerns about consuming crafted to remove gluten products, as individual sensitivities may vary. For more info, visit Daura Damm.Fri, 01 May 2026 17:45:00 +0000podcast@celiac.comnoCeliac.com 05/01/2026 - Bold flavors, indulgent recipes, and the right beer pairing can elevate any meal. That’s exactly what content creator Danielle Cochran, known as TheSaltyCooker, brings to life in one of her signature recipes. A Flavor-Packed Recipe with the Perfect Beer Pairing In this recipe, Danielle prepares crispy cheesy beef tacos, a rich and indulgent dish where golden tortillas, flavorful beef, and melted cheese come together for the ultimate bite. To elevate the experience even further, she pairs the dish with a cold Daura, her favorite gluten-reduced beer and the world’s most awarded crafted-to-remove-gluten beer brand. As Danielle describes it: “It’s crisp, super refreshing, and pairs really well with all the bold taco flavors.” About TheSaltyCooker With a growing community of over 1.2 million followers on Facebook and 638k on Instagram, Danielle has built a loyal audience by creating gluten-reduced recipes without compromising on flavor. Great Taste, Crafted to Remove Gluten Daura is brewed following traditional brewing methods and then crafted to remove gluten, preserving the full character and taste of a traditional beer. This makes it an ideal companion for flavorful dishes like tacos, where balance and refreshment play a key role in the overall experience. In addition, Daura offers a full range of options, including lager, non-alcoholic, and IPA, giving consumers the flexibility to choose the beer that best fits their moment. Watch the step-by-step preparation on TheSaltyCooker’s Instagram here. Note: Consult with your healthcare provider if you have concerns about consuming crafted to remove gluten products, as individual sensitivities may vary. For more info, visit Daura Damm.podcast@celiac.comCeliac.com 05/01/2026 - Bold flavors, indulgent recipes, and the right beer pairing can elevate any meal. That’s exactly what content creator Danielle Cochran, known as TheSaltyCooker, brings to life in one of her signature recipes. A Flavor-Packed Recipe with the Perfect Beer Pairing In this recipe, Danielle prepares crispy cheesy beef tacos, a rich and indulgent dish where golden tortillas, flavorful beef, and melted cheese come together for the ultimate bite. To elevate the experience even further, she pairs the dish with a cold Daura, her favorite gluten-reduced beer and the world’s most awarded crafted-to-remove-gluten beer brand. As Danielle describes it: “It’s crisp, super refreshing, and pairs really well with all the bold taco flavors.” About TheSaltyCooker With a growing community of over 1.2 million followers on Facebook and 638k on Instagram, Danielle has built a loyal audience by creating gluten-reduced recipes without compromising on flavor. Great Taste, Crafted to Remove Gluten Daura is brewed following traditional brewing methods and then crafted to remove gluten, preserving the full character and taste of a traditional beer. This makes it an ideal companion for flavorful dishes like tacos, where balance and refreshment play a key role in the overall experience. In addition, Daura offers a full range of options, including lager, non-alcoholic, and IPA, giving consumers the flexibility to choose the beer that best fits their moment. Watch the step-by-step preparation on TheSaltyCooker’s Instagram here. Note: Consult with your healthcare provider if you have concerns about consuming crafted to remove gluten products, as individual sensitivities may vary. For more info, visit Daura Damm.gluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcasthttps://www.celiac.com/celiac-disease/testing-glutenid-at-home-a-surprisingly-informative-look-at-celiac-genetic-risk-r7220/Celiac.com 05/01/2026 - Targeted Genomics strikes me as the kind of company that knows exactly what it wants to do and sticks to it. Rather than trying to be all things to all people, it has built a focused approach around celiac genetics and wellness. That narrow focus is actually what made GlutenID interesting to me in the first place. The company, led by founder and medical director Shelly Gunn, MD, PhD, has developed an FDA-cleared at-home celiac genetic risk test that looks specifically at the two gene groups most closely associated with celiac disease: HLA-DQ2 and HLA-DQ8. The idea is simple, practical, and appealing. Instead of going on a fishing expedition through hundreds of markers, GlutenID zeroes in on the genetic variants that matter most for determining whether celiac disease is even a possibility. I recently had the chance to try three GlutenID kits, and the overall experience was better than I expected. I went into it thinking the process would be useful, but perhaps a little clinical or complicated. Instead, I found it easy, polished, and surprisingly user-friendly from start to finish. Even better, the results we got added a layer of insight that genuinely surprised me. First Impressions and What Comes in the Kit One of the first things I noticed was how well the kits were put together. Good instructions matter a lot with any home health test, and Targeted Genomics clearly understands that. Each kit included clear, step-by-step guidance that made the whole process feel straightforward instead of intimidating. Nothing felt vague, and no one using the tests had trouble understanding what to do next. The collection itself was refreshingly simple because it is saliva-based. There is no blood sample, no finger prick, and no drama. For people who tend to avoid medical testing because they do not like needles or complicated procedures, that alone is a major advantage. In our case, each person was able to collect a saliva sample quickly and without stress. Once the samples were ready, mailing them back was just as easy because the kits included postage-paid return packaging. That may sound like a small detail, but it makes a difference. Account Setup and Turnaround Time Another strong point was the online side of the experience. Setting up an account was easy, and that matters because some at-home testing systems can be clunky or over-complicated. This one was not. Registration was smooth, and it was simple to connect each kit to the right user. After mailing the samples back, the waiting period was reasonable. Results are typically delivered in about 10 to 14 days, and I liked the fact that the notification process was clear. Getting the results by email added convenience, and once we opened the reports, the explanations were easy to follow. That is especially important with genetic testing, because these reports can quickly become confusing if they are overloaded with technical jargon. GlutenID does a good job of presenting the findings in a way that feels accessible while still being medically meaningful. The Three Test Results I received three kits and had three very different people use them. The first was Mei, who is Taiwanese. Going in, she did not expect to carry any celiac-related genes at all. Her result turned out to be one of the most surprising of the group. She had two different celiac disease risk variants, which placed her at a 3% chance of developing celiac disease. The second was Tim, who is of European descent. In his case, the result was closer to what many people might expect based on the way celiac disease is often discussed. He had one celiac disease risk variant, which put him at a 1% chance. The third was Sue, who is Japanese. Like Mei, her result caught me off guard. Sue had two different celiac disease risk variants, and her report placed her at a 4% chance of developing celiac disease. What surprised me most was that out of the three people I randomly selected, the two individuals with Asian ancestry landed in the higher-risk groups. I have not seen a lot of discussion or many studies about celiac disease rates in Asian populations, so I honestly did not expect those results. That made this test feel even more valuable to me. It reminded me that assumptions about risk based on background or appearance can be misleading, and that genetics can reveal something important that would otherwise never come up in conversation. Why the Test Feels Useful What I like about GlutenID is that it fills a very specific role. It is not a diagnosis, and the company is appropriately clear about that. A positive result does not mean someone has celiac disease or definitely will develop it. A negative result does not absolutely guarantee anything either, although it can make celiac disease extremely unlikely. That is an important distinction, and I appreciate that the company explains it clearly instead of overselling what the test can do. Still, this kind of genetic information can be incredibly helpful. If someone does not carry the relevant variants, that can rule out celiac disease for life in most cases and help them look elsewhere for answers. If someone does carry one or both of the risk genes, it gives them a reason to have a more informed conversation with a doctor about follow-up testing or family risk. For people who are already gluten-free and wondering whether it is worth pursuing more formal evaluation, that kind of information can provide direction. Clear Reporting Without Over-complication Another thing I appreciated was how clearly the results were explained. Each report laid out the user’s genetic findings in a way that was understandable without dumbing it down. That balance is not easy to achieve. Genetic reports can sometimes feel too technical to be useful for everyday people, but this one stayed readable and practical. I also liked that the test focuses only on the celiac-related genes rather than turning into a broad genetic profile. There is something refreshing about that. It keeps the purpose clear and avoids overwhelming users with unrelated information they did not ask for. My Overall Take After trying all three kits, I came away with a very positive impression of GlutenID. The instructions were excellent, the saliva collection was easy, the included prepaid return packaging removed hassle, the account setup was simple, and the results arrived in a clear, well-explained format. Just as important, the actual findings were interesting enough to challenge my expectations, which is not something I say often about home tests. If you are looking for a convenient way to learn whether celiac disease is genetically on the table for you or someone in your family, I think GlutenID makes a compelling case for itself. It will not replace your doctor, and it should not be used to make medical decisions on its own. But as a focused, practical first step, it impressed me. I expected a decent at-home test. What I got instead was a smooth experience and a set of results that genuinely made me think twice about who may be at risk. For me, that combination of convenience, clarity, and a few real surprises made GlutenID well worth trying. Visit their site for more infoFri, 01 May 2026 14:30:00 +0000podcast@celiac.comnoCeliac.com 05/01/2026 - Targeted Genomics strikes me as the kind of company that knows exactly what it wants to do and sticks to it. Rather than trying to be all things to all people, it has built a focused approach around celiac genetics and wellness. That narrow focus is actually what made GlutenID interesting to me in the first place. The company, led by founder and medical director Shelly Gunn, MD, PhD, has developed an FDA-cleared at-home celiac genetic risk test that looks specifically at the two gene groups most closely associated with celiac disease: HLA-DQ2 and HLA-DQ8. The idea is simple, practical, and appealing. Instead of going on a fishing expedition through hundreds of markers, GlutenID zeroes in on the genetic variants that matter most for determining whether celiac disease is even a possibility. I recently had the chance to try three GlutenID kits, and the overall experience was better than I expected. I went into it thinking the process would be useful, but perhaps a little clinical or complicated. Instead, I found it easy, polished, and surprisingly user-friendly from start to finish. Even better, the results we got added a layer of insight that genuinely surprised me. First Impressions and What Comes in the Kit One of the first things I noticed was how well the kits were put together. Good instructions matter a lot with any home health test, and Targeted Genomics clearly understands that. Each kit included clear, step-by-step guidance that made the whole process feel straightforward instead of intimidating. Nothing felt vague, and no one using the tests had trouble understanding what to do next. The collection itself was refreshingly simple because it is saliva-based. There is no blood sample, no finger prick, and no drama. For people who tend to avoid medical testing because they do not like needles or complicated procedures, that alone is a major advantage. In our case, each person was able to collect a saliva sample quickly and without stress. Once the samples were ready, mailing them back was just as easy because the kits included postage-paid return packaging. That may sound like a small detail, but it makes a difference. Account Setup and Turnaround Time Another strong point was the online side of the experience. Setting up an account was easy, and that matters because some at-home testing systems can be clunky or over-complicated. This one was not. Registration was smooth, and it was simple to connect each kit to the right user. After mailing the samples back, the waiting period was reasonable. Results are typically delivered in about 10 to 14 days, and I liked the fact that the notification process was clear. Getting the results by email added convenience, and once we opened the reports, the explanations were easy to follow. That is especially important with genetic testing, because these reports can quickly become confusing if they are overloaded with technical jargon. GlutenID does a good job of presenting the findings in a way that feels accessible while still being medically meaningful. The Three Test Results I received three kits and had three very different people use them. The first was Mei, who is Taiwanese. Going in, she did not expect to carry any celiac-related genes at all. Her result turned out to be one of the most surprising of the group. She had two different celiac disease risk variants, which placed her at a 3% chance of developing celiac disease. The second was Tim, who is of European descent. In his case, the result was closer to what many people might expect based on the way celiac disease is often discussed. He had one celiac disease risk variant, which put him at a 1% chance. The third was Sue, who is Japanese. Like Mei, her result caught me off guard. Sue had two different celiac disease risk variants, and her report placed her at a 4% chance of developing celiac disease. What surprised me most was that out of the three people I randomly selected, the two individuals with Asian ancestry landed in the higher-risk groups. I have not seen a lot of discussion or many studies about celiac disease rates in Asian populations, so I honestly did not expect those results. That made this test feel even more valuable to me. It reminded me that assumptions about risk based on background or appearance can be misleading, and that genetics can reveal something important that would otherwise never come up in conversation. Why the Test Feels Useful What I like about GlutenID is that it fills a very specific role. It is not a diagnosis, and the company is appropriately clear about that. A positive result does not mean someone has celiac disease or definitely will develop it. A negative result does not absolutely guarantee anything either, although it can make celiac disease extremely unlikely. That is an important distinction, and I appreciate that the company explains it clearly instead of overselling what the test can do. Still, this kind of genetic information can be incredibly helpful. If someone does not carry the relevant variants, that can rule out celiac disease for life in most cases and help them look elsewhere for answers. If someone does carry one or both of the risk genes, it gives them a reason to have a more informed conversation with a doctor about follow-up testing or family risk. For people who are already gluten-free and wondering whether it is worth pursuing more formal evaluation, that kind of information can provide direction. Clear Reporting Without Over-complication Another thing I appreciated was how clearly the results were explained. Each report laid out the user’s genetic findings in a way that was understandable without dumbing it down. That balance is not easy to achieve. Genetic reports can sometimes feel too technical to be useful for everyday people, but this one stayed readable and practical. I also liked that the test focuses only on the celiac-related genes rather than turning into a broad genetic profile. There is something refreshing about that. It keeps the purpose clear and avoids overwhelming users with unrelated information they did not ask for. My Overall Take After trying all three kits, I came away with a very positive impression of GlutenID. The instructions were excellent, the saliva collection was easy, the included prepaid return packaging removed hassle, the account setup was simple, and the results arrived in a clear, well-explained format. Just as important, the actual findings were interesting enough to challenge my expectations, which is not something I say often about home tests. If you are looking for a convenient way to learn whether celiac disease is genetically on the table for you or someone in your family, I think GlutenID makes a compelling case for itself. It will not replace your doctor, and it should not be used to make medical decisions on its own. But as a focused, practical first step, it impressed me. I expected a decent at-home test. What I got instead was a smooth experience and a set of results that genuinely made me think twice about who may be at risk. For me, that combination of convenience, clarity, and a few real surprises made GlutenID well worth trying. Visit their site for more infopodcast@celiac.comCeliac.com 05/01/2026 - Targeted Genomics strikes me as the kind of company that knows exactly what it wants to do and sticks to it. Rather than trying to be all things to all people, it has built a focused approach around celiac genetics and wellness. That narrow focus is actually what made GlutenID interesting to me in the first place. The company, led by founder and medical director Shelly Gunn, MD, PhD, has developed an FDA-cleared at-home celiac genetic risk test that looks specifically at the two gene groups most closely associated with celiac disease: HLA-DQ2 and HLA-DQ8. The idea is simple, practical, and appealing. Instead of going on a fishing expedition through hundreds of markers, GlutenID zeroes in on the genetic variants that matter most for determining whether celiac disease is even a possibility. I recently had the chance to try three GlutenID kits, and the overall experience was better than I expected. I went into it thinking the process would be useful, but perhaps a little clinical or complicated. Instead, I found it easy, polished, and surprisingly user-friendly from start to finish. Even better, the results we got added a layer of insight that genuinely surprised me. First Impressions and What Comes in the Kit One of the first things I noticed was how well the kits were put together. Good instructions matter a lot with any home health test, and Targeted Genomics clearly understands that. Each kit included clear, step-by-step guidance that made the whole process feel straightforward instead of intimidating. Nothing felt vague, and no one using the tests had trouble understanding what to do next. The collection itself was refreshingly simple because it is saliva-based. There is no blood sample, no finger prick, and no drama. For people who tend to avoid medical testing because they do not like needles or complicated procedures, that alone is a major advantage. In our case, each person was able to collect a saliva sample quickly and without stress. Once the samples were ready, mailing them back was just as easy because the kits included postage-paid return packaging. That may sound like a small detail, but it makes a difference. Account Setup and Turnaround Time Another strong point was the online side of the experience. Setting up an account was easy, and that matters because some at-home testing systems can be clunky or over-complicated. This one was not. Registration was smooth, and it was simple to connect each kit to the right user. After mailing the samples back, the waiting period was reasonable. Results are typically delivered in about 10 to 14 days, and I liked the fact that the notification process was clear. Getting the results by email added convenience, and once we opened the reports, the explanations were easy to follow. That is especially important with genetic testing, because these reports can quickly become confusing if they are overloaded with technical jargon. GlutenID does a good job of presenting the findings in a way that feels accessible while still being medically meaningful. The Three Test Results I received three kits and had three very different people use them. The first was Mei, who is Taiwanese. Going in, she did not expect to carry any celiac-related genes at all. Her result turned out to be one of the most surprising of the group. She had two different celiac disease risk variants, which placed her at a 3% chance of developing celiac disease. The second was Tim, who is of European descent. In his case, the result was closer to what many people might expect based on the way celiac disease is often discussed. He had one celiac disease risk variant, which put him at a 1% chance. The third was Sue, who is Japanese. Like Mei, her result caught me off guard. Sue had two different celiac disease risk variants, and her report placed her at a 4% chance of developing celiac disease. What surprised me most was that out of the three people I randomly selected, the two individuals with Asian ancestry landed in the higher-risk groups. I have not seen a lot of discussion or many studies about celiac disease rates in Asian populations, so I honestly did not expect those results. That made this test feel even more valuable to me. It reminded me that assumptions about risk based on background or appearance can be misleading, and that genetics can reveal something important that would otherwise never come up in conversation. Why the Test Feels Useful What I like about GlutenID is that it fills a very specific role. It is not a diagnosis, and the company is appropriately clear about that. A positive result does not mean someone has celiac disease or definitely will develop it. A negative result does not absolutely guarantee anything either, although it can make celiac disease extremely unlikely. That is an important distinction, and I appreciate that the company explains it clearly instead of overselling what the test can do. Still, this kind of genetic information can be incredibly helpful. If someone does not carry the relevant variants, that can rule out celiac disease for life in most cases and help them look elsewhere for answers. If someone does carry one or both of the risk genes, it gives them a reason to have a more informed conversation with a doctor about follow-up testing or family risk. For people who are already gluten-free and wondering whether it is worth pursuing more formal evaluation, that kind of information can provide direction. Clear Reporting Without Over-complication Another thing I appreciated was how clearly the results were explained. Each report laid out the user’s genetic findings in a way that was understandable without dumbing it down. That balance is not easy to achieve. Genetic reports can sometimes feel too technical to be useful for everyday people, but this one stayed readable and practical. I also liked that the test focuses only on the celiac-related genes rather than turning into a broad genetic profile. There is something refreshing about that. It keeps the purpose clear and avoids overwhelming users with unrelated information they did not ask for. My Overall Take After trying all three kits, I came away with a very positive impression of GlutenID. The instructions were excellent, the saliva collection was easy, the included prepaid return packaging removed hassle, the account setup was simple, and the results arrived in a clear, well-explained format. Just as important, the actual findings were interesting enough to challenge my expectations, which is not something I say often about home tests. If you are looking for a convenient way to learn whether celiac disease is genetically on the table for you or someone in your family, I think GlutenID makes a compelling case for itself. It will not replace your doctor, and it should not be used to make medical decisions on its own. But as a focused, practical first step, it impressed me. I expected a decent at-home test. What I got instead was a smooth experience and a set of results that genuinely made me think twice about who may be at risk. For me, that combination of convenience, clarity, and a few real surprises made GlutenID well worth trying. Visit their site for more infogluten,allergy,celiac,disease,gluten,free,recipes,gluten,free,gluten,free,celiac,gluten,intolerance,coeliac,sprue,gluten,free,diet,digestive,diseases,gluten,free,podcast,celiac,podcast,celiac,disease,podcast