The Plain Truth's: Your Health Today ONLINE

KILL EVERY Mosquito SAFE For Honey Bees & Pets!

noreply@blogger.com (Unknown) — Tue, 16 Jun 2026 13:30:00 +0000

How to Pick a Sweet Watermelon... The Old AMISH Way

noreply@blogger.com (Unknown) — Tue, 16 Jun 2026 10:30:00 +0000

Nitrate Supplementation: Beetroot Juice May Improve Postmenopausal Women’s Heart Health

noreply@blogger.com (Unknown) — Mon, 15 Jun 2026 00:44:00 +0000

By Joe Boland - DrAxe.com

Can a glass of beetroot juice a day keep the doctor away? According to recent research published in Frontiers in Nutrition, it just may help postmenopausal women avoid a visit to the cardiologist.

That’s because beet juice helps stimulate the production of nitric oxide, a vital chemical messenger that promotes circulation and blood flow. This is important for postmenopausal women considering they often face an increased risk of cardiovascular disease and increased blood pressure.

So what exactly did the study find? Let’s find out.

Study Results

A team of researchers from Pennsylvania State University, Edith Cowan University, the University of Western Australia, Wake Forest University and the University of Leeds sought to determine if nitrate supplementation in the form of beetroot juice could help reduce heart disease risk factors in postmenopausal women.

The study authors noted that “cardiovascular disease (CVD) is the leading cause of death in women, with increased risk following menopause. Dietary intake of beetroot juice and other plant-based nitrate-rich foods is a promising non-pharmacological strategy for increasing systemic nitric oxide and improving endothelial function in elderly populations.”

To see if that promise worked in practice, they conducted a randomized, placebo-controlled, double-blind, crossover clinical trial on postmenopausal women to see the effects of nitrate supplementation through drinking beet juice had on “resting macrovascular endothelial function and endothelial resistance to whole-arm ischemia–reperfusion (IR) injury at two distinct stages of menopause.”

Women were broken up into an early-postmenopausal group (last menstrual period one to six years ago) and a late-postmenopausal group (more than six years since last menstrual period). Each group had women consume nitrate-rich beetroot juice and nitrate-depleted beet juice every day for a week.

The study participants drank nitrate-rich beet juice every morning for seven day, and then after several weeks, they drank beetroot juice without nitrate.

Researchers found that the nitrate-rich beet juice boosted blood flow compared to the placebo without nitrate. However, the researchers noted that the benefits to the blood vessels went away after 24 hours of drinking beet juice.

Ultimately, they concluded that drinking beet juice daily can help protect heart health in postmenopausal women, but it’s dependent on the timing of supplementation since the effects wear off after 24 hours.

Thus, in order to get consistent heart-boosting benefits from drinking nitrate-rich beetroot juice, postmenopausal women should make it part of their daily routine.

Other Beet Juice Benefits

In addition to aiding blood flow and heart health, beetroot juice also may help:

Many of these benefits are due to the ability to stimulate nitric oxide. Other ways to get more nitric oxide include eating:

bananas
arugula
Swiss chard
spinach
lettuce
oranges
endive
pomegranate juice
leeks
parsley
dill
radishes
cauliflower
celery
carrots
broccoli
cucumbers
fennel
turnips
cabbage
beets

In addition, supplementing with arginine and citrulline can boost nitric oxide levels.

SOURCE>>>>>

SANITATION & HEALTH IN THE BIBLE

noreply@blogger.com (Unknown) — Fri, 12 Jun 2026 15:27:00 +0000

Moses and God on Mt. Sinai — Howard David Johnson

Unless one believes Moses is the most brilliant scientific mind who ever existed or ever will exist upon the face of the earth because of his prescient, extensive knowledge 3,500 years ago of scientific and medical facts which our scientists in the last hundreds of years are just discovering—unless one believes that, one has to accept what the Bible says: “God gave those hundreds of laws to Moses.”

“These are the statutes and ordinances and laws which the Lord established between Himself and the sons of Israel through Moses at Mount Sinai.” Leviticus 26:46

“Moses spoke to the children of Israel, according to all that the Lord had commanded him to give to them.” Deuteronomy 1:3

“See, I have taught you decrees and laws as the Lord my God commanded me, so that you may follow them in the land you are entering to take possession of it.” Deuteronomy 4:5

“…what great nation is there that has statutes and judgments as righteous as this whole law which I (Moses) am setting before you today?” Deuteronomy 4:8Moses wrote down health laws, dictated to him by God, which were hundreds and thousands of years before they were discovered by doctors/scientists.

Read The Article Here >>>>>

BIBLE HEALTH LAWS -

noreply@blogger.com (Unknown) — Wed, 10 Jun 2026 15:17:00 +0000

Did Jesus Christ abolish the health laws given in the Old Testament, or are they still relevant today? Can biblical health laws, given thousands of years ago, be meaningful and practical in today's society? The answer may surprise you!

The health laws found in the Bible pose an interesting dilemma for anyone who believes in following biblical teachings. The Bible clearly states that certain foods are not to be eaten, and that certain behaviors are sinful and an abomination in God's sight. Yet people have been claiming for centuries that Jesus did away with these regulations, and that they are burdensome, outdated, bizarre and even barbaric.

But just how did these laws come about? Who authored them, and why were they given? Did Jesus really abolish them, or are they still applicable today? Medical science and history and sound Bible scholarship agree—the answer is absolutely contrary to what most who profess belief in Christ wrongly assume!

Origin of the Health Laws >>>>>>>>>>

Congo Ebola cases jump as CDC warns outbreak could be among largest ever

noreply@blogger.com (Unknown) — Tue, 09 Jun 2026 14:38:00 +0000

Health workers don protective equipment at an Ebola treatment center on June 2, 2026 in Monigi, Democratic Republic of Congo.

Daniel Buuma/Getty Image
The Ebola outbreak that's raging in Africa could rival the outbreak that hit West Africa a decade ago, resulting in upwards of 20,000 cases and 4,000 deaths within the next three months alone.

These projections appear in new analyses from the U.S. Centers for Disease Control and Prevention, which modeled just how widespread the current outbreak could get.

Both Democratic Republic of Congo and Uganda are racing to contain this outbreak, which was declared an international health emergency by the the World Health Organization in May.

Read The Story Here>>>>>

Hidden toxins in kids' treats EXPOSED: Health guru Jillian Michaels' sit-down with Casey DeSantis reveals dangers lurking in popular foods

noreply@blogger.com (Unknown) — Sun, 07 Jun 2026 12:42:00 +0000

In a country defined by divisive culture wars and polarizing ideological flash points, Florida's first lady, Casey DeSantis, has quietly staked out a crusade that appeals to Americans of every political persuasion.

Since 2019, DeSantis, 45, has been the driving force behind the Healthy Florida First initiative, which highlights the harms of toxic contaminants in everyday foods — from infant formulas to popular kids' candies to store-bought breads.

'There is nothing more important than protecting our children, and that starts with being able to trust what is in their food,' DeSantis tells me in an exclusive interview. 'Families deserve full transparency.'

READ THE ARTICLE ON YOUR HEALTH TODAY

Bob Barney Broadcast:Phage treatment-Super bug killer

noreply@blogger.com (Unknown) — Fri, 05 Jun 2026 12:38:00 +0000

Bob Barney Broadcast:Phage treatment-Super bug killer

Bob Barney: Phage treatment-Super bug killer

Hi, this is Bob Barney for The Plain Truth Today, brought to you by theplaintruth.com, and one of the subjects we talk about constantly on The Plain Truth Today’s commercials that we promote ourselves is our website part of theplaintruth.com that you can go to every day. It’s called Your Health Today, and we try to stay on the cutting edge on the biblical diet and what God wants you to eat that just simply most people in America and the Western world are not familiar with, and the Bible is full of what you should eat and what you should not eat and how to stay healthy, but also we try to stay on Your Health Today on the cutting edge medicine that is breaking barriers that is just not discussed, and I was surprised with my own problem, and I’m getting into this a little bit right now before I play this story, it’s about 22 minutes long, about my own experience in having a bacterial infection that was resistant to almost every known bacteria or antibiotic, and I was on two or three oral antibiotics trying to fight this infection. I had a major urine infection that was brought on by a surgery that I had, an elective surgery at that, and I spent two to three weeks absolutely in a lot of problems with a bacterial infection that would not go away.

I had to use catheters, and it was just a mess, and then finally I found an infectious disease specialist doctor who happened to be five steps away from my urologist who came to the rescue. I had to put what would they call a PICC, P-I-C-C, you can look that up, in my arm where my wife three times a day had to inject a brand new not resistant antibiotic that you had to inject into your bloodstream, and this catheter that went through my arm all the way up to my heart where the medicine would take effect and get through your whole system, and that took two weeks to even get in control of the bacterial infection that I had. During that time I decided to do some of my own research because not even this infectious disease doctor that I was going to, and she’s verygood and very knowledgeable, had no idea of something called phage treatment, and that isgoing to probably be the cutting edge solution to bacterial infections that simply are not cured byantibiotics anymore, and there’s a reason for that, and the reason I’m going to simply say right now is because everything we eat, the water we drink, is just filled with antibiotics.

They did a study of sharks in the Atlantic Ocean, and they had Viagra in their systems, they had antibiotics in their system, and this is in the Atlantic Ocean, so basically we are consuming antibiotics every day from animal sources, from plant sources, and from our water, especially on public water systems, and what happens there is your body is becoming immune to these antibiotics, and when you have a very resistant bacterial infection, almost nothing works, and I found this story about a woman from the University of California, San Diego, whose husband had similar what I had, but it broke out of the urinary tract and into the bloodstream and causing sepsis, and the man was in a coma and was about ready to die because once you have sepsis with certain bacterial infections, there’s almost no treatment for it. That kind of scared me, and that’s why I started to do some research just in case this last-ditch effort of this antibiotic that was injected in me wouldn’t work, and I came across this University of California professor, she’s an MD in San Diego, and she had a husband that was in a coma, and she did some research and found out there was a man, and I forgot what country he’s in, and maybe I just forgot right now, but he was studying the bacteria that is found in sewers, in septic tanks in sewers, and to his surprise, he found that for every bacterial strain known to man, and there are tens of thousands of them, there was a virus that specifically ate that bacteria in that septic system. Think about that, and when it ate it and ate all there is to it, it would die, so there was no side effects, so she contacted the man, he asked her what strain her husband had, she told him, and he gave her the virus that would eat it.

She gave it to her husband, I’m not sure if it was injected or some other way, and within two days, he was out of his coma, and within four days, I believe, he was out of the hospital, and he was cured, and the neat thing about this treatment is the virus that you enter into your body never causes your body any harm, because it can only live as long as that bacteria is alive, so once it eats it all, it dies, and this is a story about phage therapy. No matter how much you treat the Zuber bug, it will never go away. A looming epidemic threatens millions.

We need to be bold, we need to take risks. I want it to live, doesn’t it worry everyone? It should worry everyone. Is Avis Favreau.

Welcome to W5. The word super bug should worry us all. They are antibiotic resistant bacteria that cause infections which are pretty well impossible to beat, but now there may be hope from a long forgotten Canadian discovery using viruses found all around us, even in sewage, to target bacteria and to stop infections dead.

You’re looking at microscopic killers, bacteria that cause infections that are tough, sometimesimpossible to kill, even with the most powerful antibiotics. These super bugs are a growing threatto our health. Already they kill some 700,000 people around the world every year, and they nearly ended the life of Tom Patterson.

I’ve been at death’s door. I’ve seen what it is to be close to death. His stunning recovery, thanks to his Canadian-born scientist wife, Stephanie Strathdee, who resurrected a 100-year-old treatment discovered in Canada to save Tom and perhaps other lives throughout the world.

If we can do this for one man, we can do it for the planet. Their story begins in 2015 when Tom, a professor of psychiatry, and Stephanie, a long-time AIDS researcher, were on a trip in Egypt. After a meal, Tom came down with what everyone thought was food poisoning.

An hour later, I woke up, and I was throwing up like you wouldn’t have believed, and Steph is like, you know, you got food poisoning, no big deal. And then it got worse. It got way worse.

When he started complaining of back pain, that’s when I realized that this really doesn’t look like food poisoning, and we need to get him some help. Airlifted to a hospital in Frankfurt, Germany, the doctors diagnosed something far more sinister. Tom was infected with a deadly superbug called Acinetobacter baumannii.

And the doctor said there’s a giant abscess in his abdomen the size of a small football, and the doctor picked up this flask, and he was showing me this murky brown putrid fluid. You know, scientist, when you saw that murky brown liquid, what did you think? I knew that that meant that there was some bacteria that was growing inside the cyst in his abdomen, but I figured, well, there’s antibiotics that are going to cure that. Tom was airlifted back to the U.S. and to the University of California San Diego Health Center, where infectious disease specialist Dr. Robert Schooley took on the case.

When did you get worried? It was clear that we had uncontrolled infection. Did you think you might lose him? There were many times we thought that was quite possible, yeah. He’d fallen prey to one of the most frightening scenarios, spreading bacteria that had developed resistance to allknown antibiotics, and was now in a coma.

This organism that was living inside this abscess in his abdomen was resistant to all antibiotics. There wasn’t a single antibiotic left in modern medicine’s arsenal to kill it. By that time, he had been on a respirator for some time.

He was nearly comatose from systemic effects of the infection. He was on three different medications to maintain a blood pressure. His kidneys were failing, and he was beginning to develop liver failure, so he was developing multi-organ failure.

You know, it’s hard to predict how long he would live, but it would have been inevitable if something would have pushed him over the edge. What was going through your head at this point? I guess I just didn’t realize that he was dying a little bit more each day, until I heard a colleague of mine on the phone make a comment when he thought I’d hung up, and he said, has anybody told Steph that her husband is going to die? I cradled the phone in my arms, and I thought, no, nobody has. And I realized, wow, like, they just don’t want to tell me.

In hospital for months with no medical options left, she asked Tom for a sign. I took his hand, and I said, honey, I know that you’ve been fighting really hard, and that you’re really tired. So if you want to live, I need to know.

And if you could squeeze my hand, tell me that you want to live, I will leave no stone unturned.And about a minute later, he squeezed my hand really hard. You wanted to communicate something to her.

Yes. What? I wanted to live. And I just fist pumped my, you know, blue-gloved hand in the air, and I thought, yes! And then I thought, oh, crap, what do I do now, you know? Like, I’m not a medical doctor.

So Stephanie launched an urgent search, recalling something she’d learned back as a student at the University of Toronto, a story about viruses that eat bacteria. They’re called phages. 100 times smaller than bacteria, they find and lock on to specific bacteria, inject their DNA to produce more phages, so many that the bacteria explodes, and billions of these new phages are released to repeat the cycle.

That’s pretty cool. Huh. And I sat back and I thought, I wonder if we could get these phages to treat Tom’s infection.

But phages have been largely off the radar for Western medicine since they were discovered over 100 years ago by a French-Canadian scientist, Félix D’Erel. He used phages to treat some patients with dysentery and typhoid plague. But antibiotics were easier to make and more profitable,sending phages to the fringes of the scientific world.

But as Tom lay dying in his hospital room, Stephanie and the doctors took a chance on that phage therapy. Where they’re from is the crazy part. Where you go to find phages is where you have a lot of bacteria.

So the perfect place to find them is in sewage. And that’s exactly what you’ll find here in the labs at UC San Diego, where Dr. David Pride, Associate Director of the Clinical Microbiology Lab, has long been fascinated by these neglected phages and has been collecting them for his own research. From sewage.

From sewage. That would make people a little squeamish. Well, it probably shouldn’t.

And it probably shouldn’t because phages are absolutely everywhere. You can look in the water, you can look on surfaces, you can look in any different part of the body, and they’re absolutely teeming with bacteriophages. The quest was to find the exact strain of phages that would kill Tom’s infections.

A process of trial and error, so phages are extracted and purified and then tested in a dish. We’ll put a drop of them on a plate, we’ll mark where we dropped them, and we look to see is there any evidence that the bacteria is being killed by that bacteriophage. And how do you know? Well, it clears.

So the entire plate is cloudy. Where you see that it’s clear means that that bacteria has been killed. So when we find that clearance, we know that our phage is capable of killing that bacteria.

The team working on Tom’s case found several phages they thought would work against his infection when all antibiotics had failed. Okay, here we are, we’re having Megan administer phage therapy. And then they injected billions of phages into his abdomen, even right into his bloodstream, with no guarantees it would work.

That was the scariest moment when I had to sign this consent form that I knew my husband was dying, I knew we were going to try an experimental unproven cure that could kill him, but I’m going to do it anyway because, you know, it’s like… What choice did you have? Yeah, there was none. He was literally within hours of dying, I was told. When did you notice a change? We started the phage therapy on March 15th of 2016.

On March 20th, Tom woke up, lifted his head off the pillow, and kissed his daughter’s hand, and everybody freaked out. Within five days, Tom was up, starting to walk, and soon strong enough to thank his medical team. So do you want to say something to those doctors who worked around the clock? Oh my God, it’s up and down.

I haven’t seen it, I haven’t thought, because we’re in love. He said they’re going to save millions of lives because of their work. Many credit the phages for saving his life.

My favorite line is now that my husband was cured with phage therapy, I can literally say he’s full of shit. Did it occur to you that this was a historic case? I’m a skeptical, cynical person, and one of the things you don’t want to do is jump up and down and say, Eureka, now we have discovered the key to all multidrug-resistant bacterial infections. When what you really had was a guy who got lucky, but I was elated to see it, I thought this could be something really big.

Dance for us, Tom. With Tom now back to good health, he and Stephanie are on a mission to start testing phages in more patients to see if they are indeed a new way to beat superbugs. It’s clear that antibiotics are not the solution to this problem, and if you’ve been given life like I have, what are you going to do? You’ve got to give back, and that’s what we’re trying to do.

It makes you emotional? Absolutely. I feel like, how can you be so close to death and then just walk away from it? It’s an opportunity for me to give back to the world. And that’s part of the story.

We’re going to have one other thing here quickly after this real quick commercial break for your health today. I’ll be right back. Hi, Bob Barney for ThePlainTruth.com. When you go to ThePlainTruth.com, you will see a little button up there for Your Health Today, and you click on that, you’re going to find stories I don’t think you’re going to find in one place anywhere else in this world.

We go out looking for the stories of God’s miraculous cures, and a lot of that has to do with the diet you follow. God gives you, back in the Old Testament, you know, the part of the Bible that no Christian basically reads? The Old Testament has a lot of good things in there, not just the Ten Commandments, but it’s got a lot of laws that we think we’re done away with it or not. And one of those is the dietary laws, what you should eat, what you should not eat.

For example, God says it’s abhorrent to eat pork. It’s abhorrent to eat shellfish. And in fact, if you don’t eat animals that have cloven hooves and chew their cud, i.e. venison, beef, lamb, goat, then you’re not eating a clean, a biblically clean diet.

And it’s actually a sin against God’s laws. And God puts the laws here to help us, not to be, do not do this. It is to help us.

What we try to do with your health today is show you all the breaking, modern things going on that simply you’re not aware of, and maybe treatments are out there that are just being overlooked by big pharma, big medicine, and big government. I’ll be right back with the story, continuing. And we’re back with this phage therapy that I think is a revolutionary discovery.

I searched it out because of my own problem, because I was getting worried that I had a super bug that was going to come and do me in. And luckily, the antibiotic that I was on worked. I don’t know if it will work forever, but I’m going to know a lot more about phage therapy.

Right now, the University of California, San Diego, is leading the research. They have done 82 cases since 2021, up until December of 2025. And they have cured all 82 cases of antibacterial resistant drugs.

And this is just a remarkable thing. And then I found out from my, and I’m going to look into this,and I have a very good regular doctor. He’s an integrative medicine MD.

And I’m going to look in because now I found out the University of Virginia, which is about a three-hour drive from me, is now in phage therapy research. And they are doing experiments, and they are going to be probably on the East Coast, maybe a leading university in this new antibiotic replacement therapy. And I have one other thing I want to play, and then I’ll wrap it up.

When antibiotics came about, it really was seen as a set of wonder drugs, and they were.Suddenly, we had this drug arsenal that we could use to prevent mortality in humans worldwide.So the problem was that we didn’t anticipate that if you exposed bacteria to antibiotics in a very widespread way, you’re going to exert what’s called selection pressure.

Bacteria can evolve very, very quickly. Under the right conditions, they undergo multiple generations in a single day. So bacteria are growing, and if they mutate, they can evolve to be better resistant to antibiotics that they’re encountering in the environment.

And this is what has led to the current antibiotic resistance crisis. Pseudomonas aeruginosa is a very mobile bacteria. And by the way, this is the bacteria that I had, the one they were talking about.

Now, I can’t pronounce it, but this is the one that I had, and why I got quite worried. And it’s exceedingly common on Earth. Maybe we’re swimming in the lake, or even the ocean, and then suddenly, you get a bacterial infection.

It has many worrisome features. So it has all these little structures around the surface that look like tiny hairs, and these are called killi. And then they also have something called flagella.

They’re almost like a whipping tail that helps the bacteria move quickly through liquids. Worse yet, they have very efficient ways of removing antibiotics from the cell if they get in. These are called efflux pumps.

Antibiotics that make it inside of that cell. These efflux pumps allow the bacteria to actively pump the antibiotics out. Over the course of a chronic infection with a bacterium like pseudomonas aeruginosa, this could lead to organ failure.

And this can unfortunately lead to patient mortality. We’re running out of options for antibiotics to use in the clinic. I really got interested in the old idea of phage therapy.

So a phage is literally a virus of bacteria. Phages have been known for a long period of time. In roughly 1917, Felix Durell, who was the discoverer of phages, he saw that there was something that was capable of killing bacteria very efficiently.

So phages come in many flavors. And some of the most interesting ones look almost like a lunar lander. These phages, they’re kind of like predators.

They’ll come into a bacterial cell and make it into basically a production factory for baby phages.And then they’ll explode the cell. And they’ll go and infect other bacterial cells.

And as I studied that, I thought, well, so it’s literally possible to use phages to kill the bacteria that we’re particularly worried about. So modern day phage therapy really rests upon one thing, and that is phage discovery. That means that we often go out into the natural world to try and find the right ones.

So one of our favorite phages that we discovered early on when we did phage therapy, we abbreviated it as OMK01. And that stood for Outer Membrane Knockout 1. It was the first phage that we discovered that was specific to Pseudomonas aeruginosa. Again, what I had… So what we did was deploy this phage that’s going to attach to these efflux pumps, get into the bacterial cells, and kill them, because that’s what phages do.

In order to overcome that problem, we were predicting that the bacteria should evolve. And they should evolve in a particular predictable way. They should change so that that protein that the phages are binding to is no longer present.

And if that happened, they would remove the efflux pumps in order to solve the phage problem.So they may gain phage resistance and therefore withstand the therapy that we were deploying.But they would be suddenly vulnerable to antibiotics again, because those antibiotics could not be pushed out of the cell any longer.

That’s the double-edged sword. We kill it in the classic sense. But we don’t worry when the bacteria evolve resistance to phage attack, because it makes them automatically vulnerable to antibiotics.

What does that give us in the end? Antibiotics are wonderful, but they are chemical entities. They don’t change through evolution. And instead, phages have the power to do so.

So this is what we’re hoping to really tap into. Phages co-evolve and remain potent as killers of bacteria. And in this way, we’re not only using a new approach, we’re actually keeping existing drugs useful again in the clinic and in the hospital.

And that is the idea of the phage treatment. And I’m going to do more and more research on this and bring it to Your Health Today. I hope you go to Your Health Today at least two or three times a week.

We have usually three or four news stories, I’m sorry, a week on Your Health Today. Like I said, it’s cutting edge. We try to find things like how to stop prostate cancer.

There are many ways to stop prostate cancer that is unconventional, that actually medicine or doctors that, like I go to, who think out of the box, and they find natural remedies for a lot of things, and they also find just unique ways to fight things. And you find out that, for example,Ivermectin, for example, can kill many types of cancers because they’re parasitic derived in prostate and in other places like breast tissue and breast cancer. So that drug that everybody made fun of in COVID-19 not only helps against COVID-19, but it helps prevent certain cancers in the prostate, in the breast, and other places in the body.

We’re following that on Your Health Today. I really recommend that if you’re interested or if you have a problem with what’s going on, let us know what it is, and I’ll do all the research I possibly can for that, like I did for myself. And you’re going to find out there’s answers out there.

And there’s answers that are not coming from big pharma, because big pharma doesn’t make money on this kind of stuff. But in big medicine, basically, are just trying to make fast money and not necessarily trying to cure the patient. But there are people out there, like you just heard some,that have a godly motive.

If they’re godly or not, I’m just saying it’s a godly motive. It’s a spiritual motive to try to help humanity and find common enemies of the diseases that are plaguing the world. And that is our mission on ThePlainTruth.com, is to bring you the news that is important to you and your family.

And what’s in the Bible, by the way, is predictions. It’s yesterday’s headlines. It’s today’s headlines and tomorrow’s headlines.

And it will always be accurate. You know why? Because God made all of this stuff. There is a God.

It’s the God of the Bible. That’s what we’re trying to say. We are not a religious site.

We are a news site. But a news site without the knowledge of God, the true God, which is God the Father and Jesus Christ, that if you don’t have that in your news, you really have a worthless news site you’re going to. Because if you keep God out of it, then you’re keeping out the creator of us,the creator of this universe, and the creator of healing.

You know, one of the Hebrew names, I don’t have it on top of my head here, but one of the Hebrew names for God is the God of healing. Because you get healed by God. Sometimes by prayer, many times by prayer and by miracles.

But oftentimes God gives certain people the ability, scientists in this case, the ability to find natural causes and natural cures that God has already ordained since the creation of mankind or even animal kind. Think about that. It’s all found by understanding and believing in God and researching what is best for humanity.

And this is one of the treatments that I think is going to be in the newspapers a year, two, three, four, five years from now. You’re hearing it today on ThePlainTruth.com and Your Health Today.This is Bob Barney for ThePlainTruth.com and Your Health Today.

And these podcasts, The Plain Truth Today podcast that we do each and every day, three times a day on Monday through Friday, twice on the Sabbath day, which is Saturday and one show we always do on Sundays. And I hope you go there every day and I hope you come and see us, what we’re doing. And I hope you tell your friends about it because we are doing things you’re not gonna find.

And you know the nice thing, other than commercials for ThePlainTruth.com, you’re not gonna have drug commercials. You’re not gonna have wacky commercials when you try to watch the news at night and you’re not gonna be sold a bill of goods and you’re never gonna be asked for any money. We’re not asking for money.

This is free. It will always be free as long as I got the money to put into it. Until tomorrow, Bob Barney for ThePlainTruth.com saying thank you for listening.

Bye-bye.

Antibiotic-resistant superbugs | 60 Minutes Archive

noreply@blogger.com (Unknown) — Wed, 03 Jun 2026 12:37:56 +0000

Could 8,500 steps a day be key to maintaining weight loss?

noreply@blogger.com (Unknown) — Sun, 31 May 2026 12:36:00 +0000

Maintaining weight loss can sometimes be just as hard as losing the weight in the first place.
More than 50% of people who lose weight regain it within two years, and up to 80% regain it within five years.
A new study found that walking about 8,500 steps a day may help a person maintain their weight loss after dieting.

While everyone knows that losing weight can be hard, it can sometimes be just as tricky to keep it off once you hit a healthy goal weight.

Past research shows that more than 50% of people who lose weight regain it within two years, and up to 80% regain it within five years.

Maintaining weight loss is currently a hot topic of discussion, thanks to the recent increase in glucagon-like peptide-1 (GLP-1) receptor agonistsTrusted Source such as Wegovy and Zepbound. Recent studies show that some people who stop taking a GLP-1 regain as much as 60%Trusted Source of their lost weight within one year.

“A major part of people with obesity who initially lose weight tend to put some or all of it back on again,” Marwan El Ghoch, MD, associate professor of food science in the Department of Biomedical, Metabolic, and Neural Sciences at the University of Modena and Reggio Emilia in Italy, told Medical News Today.

“This usually happens three to five years after weight loss, regardless [of] the treatment they underwent. Therefore, I think that the most important and greatest challenge when treating obesity is preventing weight regain in the long term,” he said.

El Ghoch is the co-lead author of a new study published in the International Journal of Environmental Research and Public Health that found walking about 8,500 steps a day may help a person maintain their weight loss after dieting.

Read the story here with other weight lose tips...

What most people misunderstand about sepsis

noreply@blogger.com (Unknown) — Fri, 29 May 2026 12:28:00 +0000

NASCAR Cup Series driver Kyle Busch, whose family said he died from complications of severe pneumonia that progressed into sepsis, is shown on Feb 14, 2024, during qualifying for the Daytona 500 at Daytona International Speedway in Daytona Beach, Florida.

Mark J. Rebilas/USA Today Sports/Reuters

The death of NASCAR Cup Series champion Kyle Busch, whose family saidhe had severe pneumonia that progressed to sepsis, has renewed questions about a condition many people have heard of but few fully understand.

Sepsis is more common and more unpredictable than most people realize.

As a urologist, I frequently care for patients who arrive in the emergency room with infected kidney stones. The symptoms often started days earlier: flank pain, fevers, chills, nausea or a general feeling that something was not right. By the time they get to the emergency room, some look visibly ill: heart rate up, blood pressure low, tired and sometimes confused.

This is no longer just an infection. This is sepsis, the body’s extreme response to infection. Read more>>>>>>>>>>>>>>>>>>>>>>>>

Can Shocking Your Vagus Nerve Really Improve Your Health?

noreply@blogger.com (Unknown) — Wed, 27 May 2026 11:33:00 +0000

This information conduit is crucial to how your body functions. So why are so many people trying to shock it?

Running along either side of your neck is a pair of marvelous fibers that scientists call the vagus nerve. Sometimes called a “pacemaker for the brain,” this nerve connects the brain to most major organ systems in your body.

For centuries, the vagus nerve has chugged along in relative obscurity, but recently it has reached an almost mythical status among podcast hosts, social media influencers and others in the wellness ecosystem. Can’t sleep? Hit it with electricity. Stressed out? Keep zapping. Brain fog, inflammation, digestive issues? You guessed it.

“There are billions of web impressions and social media posts on the vagus nerve,” said Dr. Kevin Tracey, a neurosurgeon and the president of the Feinstein Institutes for Medical Research at Northwell Health. “A lot of it is being driven by influencers who are saying, ‘Just do this to simulate your vagus nerve, and all the problems in your life will be solved.’”

Read More >>>>>>>>>>>

Why cruises are so prone to disease outbreaks and how to stay safe while sailing... as hantavirus that killed three spreads to America

noreply@blogger.com (Unknown) — Fri, 22 May 2026 13:41:00 +0000

Health workers in protective gear evacuate patients from the MV Hondius cruise ship into an ambulance at a port in Praia, Cape Verde

Think of a cruise ship as a temporary city at sea. It has restaurants, theaters, elevators, cabins, kitchens, water systems and indoor gathering spaces.

That is great for convenience, but it also means that once an infection gets on board, it can move through the ship in ways that are hard to stop.

The Diamond Princess Covid-19 outbreak is perhaps the best-known example. In February 2020, 619 passengers and crew on the ship tested positive for the disease. Researchers found that the ship conditions made the novel coronavirus spread more easily.

Their modeling suggested that public health measures, such as isolation and quarantine, prevented many more cases, but it also showed that an earlier response would have further limited the outbreak.

Norovirus (commonly referred to as the stomach bug) is the infection most closely linked to cruise ships. In a review of previously published studies, researchers found 127 reports of norovirus outbreaks on cruise ships, with many linked to contaminated food, contaminated surfaces and person-to-person spread.

A more recent report from the CDC's Vessel Sanitation Program also showed that norovirus, which strikes 20 million Americans per year, can spread very rapidly from person to person on a cruise ship.

One dead, dozens across 31 states hospitalized from antibiotic-resistant bacteria linked to chickens and eggs

noreply@blogger.com (Unknown) — Wed, 20 May 2026 13:39:00 +0000

Health officials say 184 people have been sickened, 53 hospitalized and one has died after contact with backyard poultry (stock image)

Dozens more patients have been sickened and hospitalized and one person has died from an antibiotic-resistant strain of bacteria being linked to backyard poultry flocks.

Last month, the CDC warned of an outbreak of Salmonella Saintpaul among people who reported contact with poultry.

When first reported, there were 34 people sickened and 13 hospitalized across 13 states.

This 30-Second Chair Test Can Flag Older Adults At Higher Risk Of An ‘Early’ Death

noreply@blogger.com (Unknown) — Wed, 20 May 2026 08:40:00 +0000

In A Nutshell

Older adults with low sit-to-stand power were significantly more likely to die from any cause during the study’s follow-up period compared to those with normal power levels, with women facing roughly twice the risk and men facing about 57% higher risk.
Women with low power scores were more than three times as likely to have reported a hip fracture in the previous year, while men with low scores were more likely to have a recent history of falls or fractures across all bone types.
Low sit-to-stand power was linked to longer hospital stays for both men and women, and raised the risk of future hospitalization in women by 29%.
A free smartphone app can help clinicians calculate a patient’s sit-to-stand power score and compare it against validated thresholds, requiring only a standard chair and a timer.

Calcium Score CT: Misconceptions, Who should get one, Risks, and Hype vs Reality

noreply@blogger.com (Unknown) — Sun, 17 May 2026 09:00:00 +0000

Eating Healthy? No, They’re Eating Biblically.

noreply@blogger.com (Unknown) — Thu, 14 May 2026 08:23:01 +0000

Kayla Bundy’s social pages focus on biblical eating, a diet that involves eating foods mentioned in the Bible. Credit...Kayla Bundy

Kayla Bundy likes to start her day with a cup of bone broth.

She buys her milk raw, snacks on sardines, eats authentic sourdough bread — no commercial yeasts here — and generally cooks with locally-sourced ingredients. On TikTok, where she has over 500,000 followers, she claims that her diet “fixed” her skin, her hair and her depression, and she sells coaching sessions to help others with their diets.

Bundy, a 27-year-old Christian content creator, might sound like your run-of-the-mill clean-eating type, but she believes her diet to be part of a higher calling. For eight years, she has been a biblical eater, someone who consumes mostly foods mentioned in the Bible. She is part of a niche but dedicated online community trying to tie religious values to dietary needs.

Read The Story Here >>>>>>

Bacteriophages and their use in combating antimicrobial resistance

noreply@blogger.com (Unknown) — Wed, 13 May 2026 22:47:00 +0000

Key facts

Bacteriophages (phages) are viruses that selectively target and kill bacteria. They are the most abundant commonly occurring natural entities, playing crucial roles in regulating bacterial populations and influencing microbial ecosystems.
Phages are useful as they can destroy bacteria resistant to drugs such as antibiotics. Phages infect their bacterial hosts with great specificity. They do not infect human cells.
Antimicrobial resistance (AMR) poses a serious global threat to our ability to treat bacterial infections. New antibiotics have often proved difficult and expensive to develop. This has led to an interest in an older approach to treating microbial infections by using phages. Phage therapy can be a promising tool for controlling AMR, which is one of the top global public health and development threats.
In the WHO European Region, AMR is directly responsible for 133 000 deaths each year and indirectly linked to 541 000 deaths. Estimates show that AMR costs the European Union and European Economic Area about €11.7 billion each year due to health expenditure and workforce productivity losses.
Addressing AMR requires a multifaceted approach that considers the interconnectedness of human, animal, and environmental health – known as the One Health approach. Phages provide biologically innovative approaches to addressing the challenge of AMR across sectors, ranging from therapeutic use in humans and animals to potentially replacing antibiotic use in the agricultural sector.
Currently, phages are primarily used on compassionate grounds, in life-threatening situations, when all other treatments have been exhausted.
Further evidence from clinical studies is needed before phages can become widely available for human use. Phage application and therapy requires robust evidence to support its efficacy, safety, and feasibility across all One Health sectors.

How can phages be used to treat bacterial infections?

Phages that are used for therapy are lytic, which means that they infect and destroy bacterial cells, effectively preventing the onward spread of infection.

Phages are highly specific to their bacterial hosts, that is the bacteria they target. They do not infect human cells but can target and kill bacteria that could cause disease without disrupting the body’s normal microbiota or causing significant side-effects. Phage therapy can be tailored to individual bacterial infections, particularly those that are resistant to antibiotics. Phages can be combined to make mixtures that can target most common infections. Phages can also be used alongside antibiotics to enhance treatment efficacy, especially against infections with antibiotic-resistant bacteria. In medicine, phages have been described as a “personalized medicine” – a group of treatments adapted to each patient individually.

In some countries in the eastern part of the WHO European Region, phages are more broadly used as a treatment for bacterial infections, especially when antibiotics fail.

However, unlike antibiotics, phages are not approved medicines (biological medicinal products) in most countries. Therefore, they are primarily used on compassionate grounds, in life-threatening situations, when all other treatments have been exhausted.

Further evidence from clinical studies is needed before phages can become available more widely for therapeutic use in humans.

How can phages be useful in combating AMR?

Phage therapy can be useful in the treatment and prevention of infections in humans, animals and plants, and potentially in the environment.

In humans, phages can be used as therapy for bacterial infections that are resistant to antibiotics, which means those that no longer respond to antimicrobial medicines. Case studies have shown the successes of phage therapy in the treatment of infections caused by bacteria, such as methicillin-resistant Staphylococcus aureus and Pseudomonas aeruginosa.

In veterinary medicine, phages are used to treat infections in livestock and companion animals, reducing the reliance on antibiotics and thereby decreasing the overall consumption of antimicrobials, which is considered a key factor in the development and spread of AMR. In agriculture and food production processes, phages can be applied to control bacterial diseases. Phages are used to target harmful bacteria like salmonella and Escherichia coli in poultry and cattle, reducing infections without relying on antibiotics.

Phage treatments are currently applied to crops like tomatoes, peppers, and potatoes to control bacterial pathogens such as Xanthomonas and Erwinia that cause diseases like bacterial spot and soft rot. Likewise, phage sprays are used to manage a serious bacterial disease caused by Erwinia amylovora, which affects apple and pear orchards.

In aquaculture, phages can replace the use of antibiotics and chemicals that may contribute to the development of AMR.

Other potential environmental uses of phages include disinfecting hospital surfaces and wastewater treatment.

Environmental phages could play an important role in One Health responses to AMR by helping us to better understand, control and limit the global and local emergence, selection and transmission of antibiotic-resistant bacteria and their genes.

The potential broader adoption of phage therapy requires further robust evidence to support its efficacy, safety, and feasibility across all One Health sectors.

Are phages new?

Phages have long been used to control microbes in human, animal and environmental settings. Many countries in eastern Europe have used phage therapy for over 100 years. In western Europe, phages are primarily used on compassionate grounds, in life-threatening situations, when all other treatments have been exhausted.

However, more evidence is needed to support the wider routine use of phages in humans.

Are phages substitutes for antibiotics?

Phages could offer an alternative to traditional antibiotics or be used in combination with them to enhance treatment efficacy.

In the case of drug-resistant bacteria, phages provide a biologically innovative approach to treating infections that can no longer be treated with traditional antibiotics.

However, further evidence from clinical studies is needed before phages can become widely available for routine therapeutic use in humans.

Can phages be used against all bacterial infections?

No, phages cannot be used for the treatment of all bacterial infections as it might not be possible to identify corresponding phages and amplify them for all bacterial infections. Although phages may be found, they might not have the right properties needed to treat infection.

Bacteria can develop resistance to phages, and complex, mixed infections would need treatment with a combination of multiple phages. For specific bacterial infections, phage therapy holds promising potential, but it cannot be used universally against all infections.

Can phages be dangerous to humans?

Phage therapy is generally considered safe for humans as phages do not target human cells. They do, however, interact with human cells that can take them up, which could be a useful way of targeting intracellular bacteria.

Nonetheless, there are some risks because, like antibiotics, phages can cause the release of endotoxins (toxic substances from bacterial cell walls), leading to inflammatory responses, especially in large-scale infections.

Further evidence from clinical studies and monitoring are needed before phages can become widely available for therapeutic use in humans.

Will phage resistance develop like for antibiotics?

Bacteria can develop resistance to phages, just like they can develop resistance to antibiotics, but phage-resistant bacteria are often less harmful. In response, phages can evolve, which can increase their effectiveness again. More research is needed to better understand phage resistance.

What is the future of phages as human medicine?

Like many personalized medicines, phages currently struggle to meet regulations designed for conventional medicines produced to a single formulation.

Further evidence from clinical studies and monitoring are needed before phages can become widely available for therapeutic use in humans. The path to regulatory approval for phage therapy needs to be addressed due to their biological nature and the need for personalized therapy approaches. Regulators may consider setting clinical trial and manufacturing standards for phages that reflect their unique characteristics and specificity for each patient treated.

How does WHO/Europe advance the evidence base on phages?

The existing expertise on phage research and practical application in the WHO European Region provides an opportunity to contribute to innovation.

WHO/Europe is working in close collaboration with the Global Antimicrobial Resistance Research and Development Hub in Berlin to explore the potential of phages for addressing AMR. Further research is needed to understand the full potential and mechanisms of phages in treating infections with different antibiotic-resistant bacteria and other diseases, and to develop standardized phage therapy protocols.

WHO/Europe is contributing substantially to the global evidence base on phages from a One Health perspective by raising awareness, fostering dialogue, strengthening international networks, and supporting the development of evidence.

UC San Diego Researchers Expand Virus-Based Treatment Options for Antibiotic-Resistant Infections

noreply@blogger.com (Unknown) — Sun, 10 May 2026 12:59:00 +0000

Antibiotic resistance is one of the most pressing challenges to global public health as harmful microbes evolve to evade these medications. Now, researchers at University of California San Diego and their colleagues have developed a new method to combat antibiotic-resistant bacteria using bacteriophages, or phages, for short — viruses that infect and kill bacteria — as an alternative to traditional antibiotics.

The researchers targeted Klebsiella pneumoniae, a species of bacteria notorious for its ability to resist multiple antibiotics. The dangerous pathogen can cause severe infections in hospital settings, including pneumonia and sepsis. While phages have been used as a treatment for bacterial infections for over a century, they are extremely specific about which strains of a bacterial species they will attack. This has limited their effectiveness against the most antibiotic-resistant strains.

To overcome this problem, the research team "trained" the phages by allowing them to evolve together with the bacteria in a controlled laboratory setting for 30 days.

This technique, called “experimental evolution”, permitted the phages to adapt to bacterial defenses. This resulted in significant improvements to their ability to kill a wide variety of bacterial strains, including multidrug-resistant and extensively drug-resistant K. pneumoniae — strains that pose a significant challenge to modern medicine.

What’s more, the evolved phages also demonstrated an enhanced ability to suppress bacterial growth over extended periods of time.

Genetic analysis revealed that the evolved phages acquired mutations to specific genes responsible for recognizing and binding to bacterial cells to initiate the infection process. These changes likely contributed to their improved effectiveness.

The research, led by senior author David T. Pride, M.D., Ph.D., professor of pathology at UC San Diego School of Medicine, highlights the potential of phage therapy as a powerful tool to address the global antibiotic resistance crisis. The team believes their method could be adapted to target other resistant pathogens, offering an avenue for developing treatments against a wide range of life-threatening infections.

The study was published in Nature Communications on November 19, 2025.

Eating from the Bible : Jordan Rubin says a diet based on the Bible and eating the way God intended saved him from an incurable illness

noreply@blogger.com (Unknown) — Thu, 07 May 2026 12:56:00 +0000

Jordan S. Rubin is a nutritionist and a naturopath, but his "Maker's Diet," based on the health precepts Jordan found in the Bible, is not a product of his advanced degrees, but his own illness and his particular brand of Christianity. His regimen, which precludes pork or shellfish, is the latest to update the ancient Jewish kosher laws, outlined in the Old Testament, for Christians--not as a matter of devotion but of diet. We talked to him recently about how his plan incorporates (and goes beyond) kosher eating, about his own health, and his faith.

At his sickest, Rubin weighed just 114 lbs.

The story of your recovery is very compelling. Could you re-cap it?
Ten years ago, at age 19, I was diagnosed with Crohn's Disease. In addition, I had everything from arthritis to diabetes to chronic fatigue to hair loss, anemia. I was a complete mess. In one seven-week period, I lost 20 pounds. This was after being a completely healthy 185-pound, college athlete on academic scholarship. I traveled the world trying every treatment you could think of, conventional medicine, alternative medicine. It all failed. I was in a wheelchair and was facing a very risky and life altering surgery.

How did you get back to health? MORE>>>>>>>>>>>>>>

The next pandemic is already here: Antimicrobial resistance is upending a century of achievements in global health

noreply@blogger.com (Unknown) — Sun, 03 May 2026 12:53:00 +0000

Almost a century ago, the discovery of antimicrobials changed the course of modern medicine. We saw previously fatal infections—pneumonia, sepsis, tuberculosis—become treatable, and surgeries become safer. Millions upon millions of lives have been saved since then.

But that is changing. Today, due to misuse and overuse of these medicines, medical advances long taken for granted are at risk of being erased. Bacteria, viruses, fungi and parasites are quickly changing and becoming resistant to antimicrobials. Globally, one in six bacterial infections now resists standard antibiotics amid rising rates of resistance. The result: common infections are becoming harder to treat — increasing the risk of disease spread, severe illness and death.

As a doctor and surgeon in Tonga, I visited provincial hospitals and saw patients battling infections that no longer responded to the medicines we relied on. I remember a young child brought in with sepsis. We tried every antibiotic available, but nothing worked. Unfortunately, the child did not survive. That moment has stayed with me as a constant reminder that antimicrobials are precious, fragile tools in a physician’s arsenal - tools we are in danger of losing.

The pandemic of antimicrobial resistance – or AMR - isn’t a science-fiction scenario. In many ways, it’s already here.

Countering the threat of antimicrobial resistance. More>>>>>>>>>>>

Staggering amount of sugar and calories in Starbucks and Dunkin' Donuts drinks revealed

noreply@blogger.com (Unknown) — Wed, 29 Apr 2026 13:39:00 +0000

'For perspective, the recommendation on added sugar consumption is between 25-36 grams per day depending on age, activity level, etc.,' Lisa Moskovitz, RD, founder of The NY Nutrition Group, told the Daily Mail.

Two thirds of British teens set to have mental health problems by 2030, warns new report

noreply@blogger.com (Unknown) — Sun, 26 Apr 2026 13:36:00 +0000

Almost two-thirds of British teenagers could be diagnosed with a mental health condition by 2030, a new report has warned.

Analysis by Zurich Insurance found that 51 per cent of 15 to 19-year-olds in the UK currently have a mental or behavioural condition such as depression, ADHD and anxiety.

Almost two-thirds of British teenagers could be diagnosed with a mental health condition by 2030, a report has predicted

Young cancer timebomb: Major study blames takeaway chemicals, school uniforms and frying pans for surge in under-50s diagnoses

noreply@blogger.com (Unknown) — Wed, 15 Apr 2026 13:28:00 +0000

Artificial ingredients in takeaway meals and 'forever chemicals' found in school uniforms and frying pans may be helping drive a surge in deadly cancers among young people, a major new report warns.

British scientists also believe antibiotics could be part of the mystery behind a rise in 11 cancers among adults aged 20 to 49.

It adds to a growing global picture. In the US, early-onset cancer cases rose by almost 15 per cent between 2010 and 2019, with younger adults increasingly being diagnosed with diseases once seen mainly in older age.

'Whilst BMI [weight] remains our best clue as to why cancer is on the rise in this age group, much of the increase still remains unexplained,' said Professor Montserrat García-Closas, of The Institute of Cancer Research in London.

Cucumbers, the juicy truth: How the water-packed vegetable can improve your skin and digestion

noreply@blogger.com (Unknown) — Sun, 12 Apr 2026 13:25:00 +0000

Cucumbers are a staggering 95 per cent water, making them one of the most hydrating foods we can eat.

The Queen liked her cucumber sandwiches with a smear of yogurt and sprigs of fresh mintR