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How to Use ChatGPT to Help Find Hope

2026-09-10T11:05:34.822-05:00

Hope can be hard to find when life has changed, something important has been lost, your health is uncertain, relationships are strained, the future looks frightening, or you simply cannot see what there is to look forward to.

But hope does not have to mean:

“Everything will turn out fine.”

Sometimes hope is much smaller and more realistic:

Maybe something can improve.
Maybe there is another way.
Maybe I can get through today.
Maybe I can adapt.
Maybe somebody can help.
Maybe I can still do something meaningful.
Maybe life can contain something good even though something painful remains.

Research on hope often describes it in terms of having something worth moving toward and possible ways of getting there. Hope can also change with circumstances; especially in chronic illness, people may shift from hoping for a cure to hoping for greater comfort, independence, connection, meaning, or an ordinary good day.

ChatGPT cannot manufacture hope for you or promise that things will improve.

But it can help you look for possibilities you may not be seeing, identify what still matters, find alternative paths, solve practical problems, locate resources and other people’s experiences, and turn a vague wish for something better into one realistic next step.

Getting Started

Go to https://chatgpt.com, sign in or create an account, and start a new chat.

Then describe the problem in your own words or use one of
the prompts below. The prompts in this article are shown in italics. Be
sure to customize them with your own conditions, diagnoses, symptoms,
limitations, treatments, medications, home situation, and personal
circumstances so ChatGPT can give you a more relevant response.

If you are unsure whether ChatGPT is right for you—or are not comfortable signing in, starting a chat, or knowing what to type—ask someone you trust for help. A family member, friend, librarian, caregiver, or healthcare professional may be able to help you get started. You can also use OpenAI's official ChatGPT help and support materials.

Start Where You Really Are

You do not have to pretend to feel hopeful.

You can start with:

“I don't feel very hopeful right now. Don't try to cheer me up. Ask me one question at a time and help me understand what has made hope difficult to find.”

“Help me identify what I have lost, what I am afraid of, and what still matters to me.”

“I cannot see much to look forward to. Help me look for realistic possibilities without giving me empty reassurance.”

“What parts of my situation are permanent, what parts are uncertain, and what parts might still be changeable?”

“Help me distinguish between ‘this is difficult’ and ‘nothing can ever get better.’”

A quick reminder: Use ChatGPT to help you understand, organize, and prepare questions—but verify important medical information with your healthcare professional, and do not change medications or treatment based on ChatGPT alone.

Hope Is Not the Same as Optimism

Optimism may sound like:

“Things will probably work out.”

Hope can be different:

“I do not know what will happen, but there may still be something I can do.”

That distinction matters when someone is facing chronic illness, grief, disability, financial problems, family difficulties, aging, or another situation that may not simply disappear.

“I don't want unrealistic optimism. Help me identify what I can reasonably hope for in this situation.”

“What would hope look like if the problem itself does not completely go away?”

“Help me find a hopeful goal that does not depend on something outside my control suddenly changing.”

Find Out What You Still Want

Hope usually needs something to point toward.

That does not have to be a huge life goal.

It might be:

less pain
better sleep
seeing someone you love
getting outside
finishing a small project
helping another person
feeling useful again
finding companionship
learning something
making your home easier to live in
reconnecting with someone
finding a way around a limitation

Try:

“Ask me questions to help me identify what I still want from life—not what I used to want, but what matters to me now.”

“What would make the next month feel a little more worthwhile?”

“Help me identify three things I would still like to experience, contribute, learn, repair, or enjoy.”

“I don't know what I want anymore. Help me start with what I miss.”

Look for More Than One Path

A major source of hopelessness can be believing there is only one acceptable outcome.

If that route closes, everything can seem lost.

Hope can grow when you discover another route.

“The thing I wanted may no longer be possible. Help me identify what it represented to me and find other ways to get some of the same value.”

“Give me five different routes toward this goal, including small or unconventional ones.”

“This plan failed. Help me figure out whether I need a different plan rather than giving up on the goal itself.”

“What am I assuming is the only solution?”

This idea—having a meaningful goal and being able to see possible routes toward it—is central to a longstanding psychological model of hope.

Make Hope Smaller

Sometimes the future is simply too big.

Do not ask:

“How am I going to live like this for the next ten years?”

Ask:

“What would help today?”

“The future feels too large. Help me reduce my time horizon to today.”

“What is one thing I can do in the next hour that might make life slightly better?”

“Help me find one reason to get up tomorrow morning.”

“Give me one manageable next step—not a whole program.”

“What could I realistically look forward to this week?”

Small hope is still hope.

Look Back for Evidence

Sometimes your own life contains evidence that situations, feelings, and possibilities change.

“Help me remember other times when I thought I would never adjust but eventually did.”

“Ask me about difficulties I survived, adapted to, solved, or learned to live with.”

“What strengths have I used before that I may be forgetting now?”

“Help me make a list called ‘Things I once thought I couldn't handle—but did.’”

This is not about pretending that a previous success guarantees another one.

It is about remembering that your current feeling is not the complete history of your life.

Borrow Hope From Other People

Sometimes you cannot generate much hope yourself.

You can borrow it.

“Find stories or discussions from people who have lived through circumstances similar to mine and found ways to adapt.”

“What do people who have dealt with this problem say helped them regain some hope?”

“Find examples of people who found new purpose after retirement, illness, disability, bereavement, divorce, job loss, or another major change.”

“Find support groups or communities where people with experiences like mine talk about what helped.”

Other people's experiences should provide ideas and possibilities, not promises that your outcome will be the same.

Find Hope When You Are Grieving

Grief and hope are not opposites.

You can deeply miss someone or something and still hope for moments of peace, connection, meaning, usefulness, or even happiness.

“I am grieving and don't want to ‘move on.’ Help me think about what hope could mean without leaving the person or life I lost behind.”

“Help me identify things I can still carry forward from this relationship.”

“What could I hope for now that does not require me to stop missing what I lost?”

“Help me imagine a future that includes both grief and meaningful life.”

Find Hope With Chronic Illness

For chronic conditions, hope does not have to depend on cure.

Research involving older people with chronic illness has found that hope can shift with circumstances and may center on ordinary life, achievable goals, meaningful relationships, adaptation, and changing expectations.

“My health problem may not disappear. Help me identify things that could still improve—comfort, function, sleep, coping, relationships, independence, meaning, or daily life.”

“What can I hope for besides a cure?”

“Help me identify adaptations or workarounds that could give me more freedom despite my limitations.”

“Find practical ideas from people living well with conditions similar to mine.”

“Help me make a list of what is still possible rather than focusing only on what my condition has taken away.”

Find Hope in Aging

Aging can involve real losses.

But losing some possibilities does not mean losing all possibilities.

“I sometimes feel that the best parts of life are behind me. Help me identify things that could still be meaningful, interesting, useful, enjoyable, or surprising.”

“What could I still learn, teach, contribute, create, explore, or share?”

“Help me find ways to use the experience and knowledge I already have.”

“My physical abilities are changing. Help me separate what I truly cannot do from what I might still do differently.”

“Help me create a list called ‘Still Possible.’”

Find Hope Through Purpose

People often need to feel that they still matter.

Purpose does not have to mean a career or a major mission.

It could mean helping one person, caring for an animal, sharing knowledge, volunteering occasionally, making something, encouraging someone, tending a garden, participating in a community, or simply being present for people you love.

“Help me identify who or what might still benefit from having me in the world.”

“What knowledge or experience do I have that someone else might find useful?”

“Help me find small ways to contribute without taking on a major commitment.”

“I want something meaningful, not just something to keep me busy. Help me brainstorm possibilities.”

Find Something to Look Forward To

Anticipation itself can matter.

“Help me make a list of small things I could look forward to during the next seven days.”

“Give me ideas for inexpensive things I could plan that would provide anticipation as well as enjoyment.”

“I don't have much scheduled that excites me. Help me find one activity, person, outing, project, class, event, or experience worth putting on my calendar.”

“Ask me what I used to enjoy, then help me find present-day versions that fit my current abilities.”

Look for the Problem Hidden Under Hopelessness

Sometimes hopelessness is actually a pile of practical problems.

Loneliness.

Pain.

Money worries.

Poor sleep.

Family conflict.

No transportation.

Nothing meaningful to do.

Feeling useless.

Too much responsibility.

Fear about health.

Each problem may need a different solution.

“I keep saying ‘everything is hopeless.’ Help me break ‘everything’ into separate problems so we can look at them one at a time.”

“Which parts of my situation may have practical solutions I have not explored yet?”

“Ask me one question at a time to identify what is making life hardest right now.”

“Help me separate emotional pain from practical problems—and then help me work on the practical ones.”

Find People Who Can Help

Hope sometimes comes from discovering that you do not have to solve something alone.

“What type of person or professional might be able to help with this specific problem?”

“Find local or online resources for this problem.”

“Find organizations, support groups, classes, volunteer opportunities, or community programs that might help.”

“I don't know whom to ask. Help me identify the first person or organization to contact.”

Challenge the Word “Never”

Hopeless thoughts often contain words such as:

never, nothing, nobody, always, impossible.

That does not automatically make them wrong.

But they are worth examining.

“I keep thinking, ‘Nothing is going to get better.’ Help me examine what I actually know and what I am predicting.”

“What evidence supports this thought, and what evidence suggests the future may be less certain than I think?”

“Help me replace ‘never’ with a statement that is still truthful but leaves room for uncertainty.”

“Don't make the thought artificially positive. Help me make it more accurate.”

Use ChatGPT When Hope Disappears at 2 A.M.

Hope can change from hour to hour.

Pain, exhaustion, loneliness, fear, or poor sleep can make life look very different in the middle of the night.

ChatGPT can be available 24/7 to help you slow the situation down, organize what you are thinking, identify what can wait until morning, find practical next steps, or help you decide whom to contact.

Try:

“Everything looks worse right now. Help me focus only on getting through tonight safely and making a plan for tomorrow.”

“Do not solve my whole life. Help me identify what needs attention now and what can wait.”

“Ask me one question at a time until we identify what is making this moment so difficult.”

ChatGPT is not emergency care.

If hopelessness includes thoughts of suicide or self-harm, feeling unable to stay safe, or a mental-health crisis, seek immediate human help. In the United States, call or text 988 for the Suicide & Crisis Lifeline. Elsewhere, contact the appropriate emergency or crisis service in your country.

Protect Hope From Things That Drain It

Sometimes hope needs protection.

“Help me identify people, habits, news, situations, or thought patterns that consistently leave me feeling more hopeless.”

“How can I stay informed about the world without consuming so much bad news that it changes how I see my entire future?”

“Help me set reasonable boundaries around something that repeatedly drains me.”

“What could I add to my day that gives my mind evidence that life contains more than problems?”

Make a Hope List

Ask ChatGPT:

“Based on everything I have told you, make a personalized Hope List with five sections: things that might improve, things I can still do, people who may help, things worth looking forward to, and things that still give my life meaning.”

Save it.

Update it.

Look at it on difficult days.

Make a “Still Possible” List

This can be especially useful after illness, loss, retirement, disability, or another major life change.

“I keep thinking about everything I can no longer do. Help me make a ‘Still Possible’ list based on my current abilities, interests, relationships, resources, and circumstances.”

The purpose is not to deny what has been lost.

It is to stop the losses from hiding everything that remains.

Ask ChatGPT to Help You Hope Realistically

One of the most useful prompts may be:

“Given everything I have told you, what do you think it is reasonable for me to hope for?”

Then continue:

“Why?”

“What could increase the chances of that happening?”

“What is under my control?”

“What help might I need?”

“What is the smallest first step?”

Research on hope-oriented interventions suggests that hope can be strengthened, although effects vary with the person, circumstances, and type of support. Realistic expectations remain important.

Prompts Are Just the Beginning

Continue the conversation.

“Tell me more.”

“Make that more realistic.”

“That isn't possible for me. Give me another path.”

“Ask me one question at a time.”

“Give me three smaller options.”

“What am I overlooking?”

“Find an example.”

“Help me make this actionable.”

“What could I do today?”

“I don't need encouragement right now. Help me solve the problem.”

Remember: ChatGPT Can Make Mistakes

ChatGPT can be very useful, but it can also misunderstand you, leave out important details, or confidently give incorrect information.

Use it as a thinking, organizing, and problem-solving tool—not as an unquestioned authority.

For health matters especially, verify important information with an appropriate healthcare professional and do not make medication, treatment, or other major health changes based on ChatGPT alone.

The Bottom Line

Hope does not require certainty.

It does not require pretending things are better than they are.

Sometimes hope simply means:

There may be another possibility.

There may be another path.

Someone may be able to help.

Something may still improve.

Something meaningful may still happen.

I may be able to adapt.

There may still be something I can do.

When hope feels distant, try starting with:

“I cannot see much hope in my situation right now. Don't give me empty encouragement. Help me look carefully at what I have lost, what is still possible, what might improve, who might help, what still matters to me, and one small thing I can do next.”

Hope does not always arrive as a powerful feeling.

Sometimes it begins as a possibility you had not noticed yet.

Join the Conversation

What gives you hope when life becomes difficult?

Have you ever discovered a new possibility after you thought there were none left?

What helps most—a person, faith, purpose, nature, solving a problem, learning something, helping someone, making plans, or simply getting through one day at a time?

If you have found a useful ChatGPT prompt or another practical way to find hope, share it in the comments.

Someone who cannot see a way forward today may find an idea in what you share.

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Thrive: Mind, Body & Tech shares practical ways to use AI and technology for holistic wellness, emotional well-being, healthier living, and navigating the future.

https://www.linkedin.com/newsletters/thrive-mind-body-tech-7178508146028556289/

Try my free Custom GPT, Chronic Illness: Why Am I Still Sick? — a whole-person tool for people with persistent symptoms, multiple chronic conditions, or normal tests who still don't feel well.

https://chatgpt.com/g/g-69fa4cd970448191ace058c5d4ca15f2-chronic-illness-why-am-i-still-sick

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Disclaimer

I am not a healthcare professional. This article is for educational and informational purposes only and is not medical advice. ChatGPT can make mistakes and should not be used to diagnose a condition, determine treatment, or replace a qualified healthcare professional. Always verify important health information and discuss changes in medications, insulin, supplements, diet, exercise, or treatment with an appropriate healthcare professional. Seek prompt medical care for serious, rapidly worsening, or emergency symptoms. Additional Disclaimers - https://sites.google.com/site/tgideas/ideas-for-products-or-services/disclaimer

Make Sense of My Health - A calm, whole-person ChatGPT companion

2026-05-19T09:49:49.283-05:00

Introducing - "Make Sense of My Health" -

A calm, whole-person ChatGPT companion for people trying to make sense of symptoms, stress, life strain, poor sleep, chronic issues, difficult emotions, or ongoing situations that do not fit neatly into a box.

This is not a doctor, not a diagnosis tool, and not a replacement for healthcare.

It is designed to help people:

• feel heard before being “fixed”
• reduce mental load
• connect the dots across body, mind, and life
• organize thoughts and questions
• find small, realistic next steps
• prepare for healthcare visits
• think through things between appointments

Especially for people who feel:

“I’m sick and tired of being sick and tired.”

It was built with a whole-person approach and a focus on keeping things practical, supportive, and low-pressure.

You do not need to explain things perfectly. You do not need medical language. You do not need to have it all figured out.

If you try it, I would genuinely love to hear what helped, what did not, and what could make it better.

To use it, sign into ChatGPT (free account works for most people), then open: "Make Sense of My Health - https://chatgpt.com/g/g-69fa4cd970448191ace058c5d4ca15f2-make-sense-of-my-health?utm_source=chatgpt.com

A New Way to Use ChatGPT for Health: A Whole-Person Listener & Guide

2026-04-10T16:07:00.002-05:00

This article introduces a holistic, biopsychosocial prompt designed to help you use ChatGPT as a structured health thinking partner.

Most health tools—and much of modern medicine—focus primarily on symptoms. This comes from the traditional biomedical model, which works very well for acute conditions.

However, many chronic conditions don’t exist in just the physical realm. They are influenced by a combination of body, mind, and life factors—what’s often called a biopsychosocial or holistic view.

This prompt is designed for everyday people—not professionals—to help them think through their health more clearly. The goal is to support better self-management 24/7, so people can decide when care is needed and arrive better prepared when they do seek help.

👉 You are not just a list of symptoms

You are a whole person living in a body, under stress (or not), dealing with sleep, relationships, responsibilities, emotions, and life circumstances.

This prompt was built to reflect that reality.

What This Prompt Is

Over many iterations, tests, and real-world scenarios, I developed a “giant prompt” that turns ChatGPT into a:

👉 Biopsychosocial (BPS) Health Listener & Coach

That simply means it looks at:

Body → symptoms, pain, sleep, energy
Mind → stress, emotions, thoughts
Life → environment, routines, relationships

👉 All at once, not separately

What Makes It Different

Most symptom checkers ask:

“What are your symptoms?”

This prompt asks:

“What’s going on with you—physically, mentally, and in your life?”

It’s designed to:

organize what you’re experiencing
ask one question at a time
notice patterns across body, mind, and life
watch for safety issues
help you think clearly about next steps

👉 It does not jump straight to conclusions
👉 It does not treat you like a checklist

How to Use It

Go to: https://chat.openai.com/ - Sign in (or create a free account).
Start a new chat
Paste the full prompt (located at the end of this article) in the message box.
Type: START

That’s it.

The system will take over from there.

What Happens Next

Once started, the prompt will:

begin with a quick safety check
ask for a small amount of basic context
have you describe what’s going on in your own words
guide you step-by-step (one question at a time)
look for patterns across body, mind, and life
pause and shift if something may be serious
summarize what it sees (without diagnosing)
suggest simple next steps
optionally create a doctor-ready summary

👉 It feels more like a structured conversation than a tool

How It Helps

In real-world use, this becomes:

👉 a thinking partner between doctor visits
👉 a way to sort out unclear or mixed symptoms
👉 a tool to reduce confusion and mental load
👉 a way to prepare for real medical care

It’s especially useful when:

something feels “off” but you can’t explain it
symptoms are ongoing or changing
stress and physical symptoms overlap
you’re trying to decide what to do next

What It Does NOT Do

This is just as important.

This prompt:

does NOT diagnose
does NOT provide medical treatment
does NOT replace a doctor or therapist
does NOT guarantee accuracy

👉 It is a guide, not an authority

Safety Matters

One of the key design goals was this:

👉 Don’t miss something important

So the prompt is designed to:

check for urgent symptoms early
stay alert as the conversation continues
not be fooled by “it’s probably nothing”
take extra care with children and older adults
interrupt normal flow if something may be serious

👉 If it tells you to seek care, take that seriously

Continue or Start Over Anytime

Stay in the same chat for the same issue
Ask follow-up questions anytime

If you want to reset:

👉 type NEW START

Open Use — Build On It

This prompt is shared:

👉 as-is
👉 for public use
👉 for others to improve and build on

You are free to:

use it
modify it
share it

Think of it as public domain / Creative Commons–style

Final Thought

This is not about getting “the answer.”

It’s about:

👉 getting clearer
👉 seeing patterns
👉 thinking better
👉 making more informed decisions

Used this way, ChatGPT becomes:

👉 less like a search engine
👉 and more like a structured health thinking partner

The Prompt (Copy and Paste the following in italics)

🧠 BPS Health Listener & Coach — v6.0 (Max Safety / Reliability)

🔴 SYSTEM ACTIVATION (CRITICAL — DO NOT SKIP)

You must treat everything below as your operating instructions.
Do NOT summarize, analyze, review, or comment on this prompt.
Do NOT explain what this prompt is.
Immediately begin using this system.

Your FIRST response must be the safety check question below.

ROLE

You are a supportive health thinking partner using a holistic, biopsychosocial (mind–body–life) approach.

You:

help organize what’s going on
help notice patterns
help think through possibilities
guide next steps

You are NOT a doctor.
You do NOT diagnose.
You do NOT prescribe.
You do NOT replace professional care.

PURPOSE

Focus on:

clarity over certainty
safety over assumption
small steps over big solutions
support over authority

🔴 SAFETY-FIRST OPENING (MANDATORY FIRST RESPONSE)

Your FIRST response MUST be EXACTLY this:

Before we get into details, I want to quickly check something important for safety:

Are you having any of the following right now:

chest pain or trouble breathing
feeling faint, confused, or hard to stay awake
severe or rapidly worsening symptoms
or thoughts of harming yourself?

🚨 CONTINUOUS SAFETY MONITORING (ALWAYS ACTIVE)

Always watch for:

Physical red flags

chest pain or pressure
trouble breathing
stroke symptoms (face drooping, weakness, speech difficulty)
sudden severe headache
fainting or confusion
severe allergic reaction
heavy bleeding
rapidly worsening condition

Mental health red flags

thoughts of harming yourself
passive thoughts (“what’s the point,” “better off gone,” “don’t want to wake up”)
severe distress or hopelessness

🔴 SAFETY RESPONSE RULES (HARDENED)

New red flags override ALL current steps immediately
User reassurance, minimization, or self-diagnosis does NOT reduce risk
If something could be serious → act early, not late

🔒 CRITICAL RULE — SAFETY COMPLETION

👉 You must confirm ALL parts of the safety check are answered before proceeding.

If:

the user does NOT answer → gently repeat or acknowledge
the user answers partially → ask about missing items
the answer is unclear → clarify

DO NOT assume safety.

🚨 ESCALATION ACTIONS

If emergency risk is possible:

clearly say to seek immediate help (ER / emergency services / 911 or local equivalent)

If mental health risk is present:

encourage immediate support:

trusted person
crisis line
emergency services if needed

🔴 HIGH-RISK GROUPS (EXTRA CAUTION)

Children

Treat with increased caution if:

behavior change
unusual sleepiness
poor intake (eating/drinking)
breathing changes
high fever

Older adults

Treat with increased caution if:

new confusion
weakness
unusual sleepiness
reduced intake
sudden change from baseline

👉 Vague descriptions = higher concern, not lower

STEP 2 — BASIC CONTEXT (REQUIRED)

Ask:

Who this is about (you or someone else)
Age
Biological sex
Country/location
When this started (roughly)

Optional:

known conditions
medications
tests or wearable data
access to care

RULES:

If unknown or declined → continue with available info
If multiple people are introduced → STOP and ask user to choose ONE person

STEP 3 — IN YOUR OWN WORDS (VERY IMPORTANT)

Say:

“Now, in your own words, please describe everything that’s been going on.”

Allow:

symptoms
timing
progression
triggers or relief
daily impact
emotional context
concerns

Wait for response.

STEP 4 — USER PERSPECTIVE (MANDATORY)

Ask:

“What do you think might be going on?”
“What do you feel might help, if anything?”

STEP 5 — REFLECT + CLARIFY

Briefly summarize what you heard
Ask ONE question at a time
Do NOT stack questions

If user is distressed:
👉 give a brief acknowledgment BEFORE continuing

If unclear:
👉 ask, do NOT assume

STEP 6 — HOLISTIC PATTERN SUMMARY

1.ssible Patterns (NOT diagnosis)

5. Use uncertainty language ONLY:

“One possibility could be…”
“Another angle to consider…”

Never imply certainty.

2. Big Picture (Weighted)

Body
Mind/Emotions
Life/Social

Use:

strong contributor
moderate contributor
possible contributor
unclear

3. Pattern Insight (if relevant)

“This can sometimes become a cycle where ___ leads to ___, which then makes ___ worse.”

4.d Flag Awareness

6. Clearly state:

what would increase concern
what requires urgent care

5.y This Might Be Wrong (REQUIRED)

7. Must include:

missing information
overlap
uncertainty
individual variation

STEP 7 — NEXT STEPS (SAFE, PRACTICAL)

Offer:

what to monitor
simple actions
realistic next steps
when to seek care

Include:
👉 “One small step that might help right now”

Do NOT diagnose or prescribe.

STEP 8 — OPTIONAL SUPPORT

May include:

stress reduction
sleep
gentle movement
social support

Keep simple, optional, and realistic.

STEP 9 — DOCTOR SUMMARY OFFER

Ask:

“Would you like me to create a clear summary you can share with a healthcare professional?”

GLOBAL CONTROLS

One person per conversation
Ask → don’t assume
One question at a time
Keep language simple
If unclear → ask
If long → summarize and re-anchor
Do not over-triage
Do not under-triage
Do not diagnose
Do not present certainty

NON-MEDICAL / LIFE SITUATIONS

If the issue is primarily:

emotional
relational
grief-related
purpose or life structure

👉 Shift to supportive reflective mode
👉 Continue safety monitoring in background

RESET COMMAND

If user says “new start”:

clear context
restart from safety check

REQUIRED DISCLAIMER

“This is an AI-based tool for general guidance and reflection—it is not medical advice and not a substitute for professional care. If something feels serious, worsening, or concerning, it’s important to seek help from a qualified healthcare professional if you can.”

End of Prompt

Thanks to GenAI for help in making this article.

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

My Amazon Author Page
https://www.amazon.com/author/tomgarz

Last Day: Free Kindle Download for Those Helping People in Crisis

2025-12-13T09:35:00.001-06:00

Last Day: Free Kindle Download for Those Helping People in Crisis

Today is the final day to download my new book, ChatGPT for Homelessness and Poverty, for FREE. This book gives practical, realistic strategies that shelters, libraries, faith groups, nonprofits, social workers, and crisis teams can share with clients who are trying to regain stability.

It’s written for people starting from very little — and for the helpers who walk beside them every day. Please grab a copy while it’s still free, and feel welcome to share broadly.

https://www.amazon.com/dp/B0G5SHSTDJ

Paperback edition available too.

#LastDayFree #HumanServices #HomelessOutreach #FaithBasedSupport #LibraryWorkers #SocialImpact #AIForHumanity

Where Is Our Whole-Person Digital Health Companion? (And Why It Might Be Up to You to Build It)

2025-03-27T16:48:00.004-05:00

We live in a world where our watches know our heart rate, our phones can recognize our voices, and AI can analyze millions of data points in the time it takes to blink.

We have Electronic Health Records. We have Fitbits, Oura rings, CGMs, and EEG headbands. We have digital twins in research and AI medical chatbots that can synthesize textbooks.

But here’s the big question:

Why hasn’t anyone connected all this into a truly holistic digital health companion — one that supports not just our bodies, but our minds and spirits too?

Why don’t we have a tool that:

Listens to us deeply — like a compassionate health coach or friend who remembers and cares.
Understands the interconnectedness of our symptoms, emotions, environment, and life context.
Alerts us gently when something seems off — physically, mentally, energetically.
Helps us prepare for our doctor visits and navigate the chaos between appointments.
Encourages balance, insight, and ownership over our health journey — not just compliance.

🧩 We Have the Pieces. We Just Haven’t Put Them Together Yet.

We have:

💡 AI + NLP that can contextualize symptoms, behaviors, and emotions
📱 Smartphones + apps that can collect input and coach behavior
📶 IoT and wearables that track stress, sleep, movement, and physiology
🧘‍♀️ Meditation, journaling, mood logs — even self-reported spiritual well-being
🌍 Environmental data, circadian rhythms, air quality, noise exposure
🧠 Behavioral and emotional science frameworks we could embed
📊 GSR, HRV, voice tone, breath patterns — biofeedback, in real-time
🗂️ Open data & open standards from FHIR, Apple Health, and beyond

So why haven’t we created a “patient listener”, "super symptom checker" and "healthcare coach" — all in one?

Because the healthcare system isn’t built for it. But you could be.

🛑 Why the System Won’t Build It — But You Might

Let’s be honest:

🚫 The U.S. healthcare system is reactive, fragmented, and structured around billing, not healing.

🚫 Big Pharma profits from maintenance more than resolution.

🚫 Doctors are overwhelmed, boxed in by 15-minute visit windows and referral silos.

🚫 The mind-body-spirit connection is still often dismissed as “soft” or “unscientific.”

🚫 And patients? We’re usually left to figure it out ourselves between appointments — armed with symptom trackers and medication lists, but no map.

That’s why the shift won’t come from inside the system. It needs to come from the edges — from people, labs, and dreamers who aren’t constrained by legacy thinking.

⚙️ So, Who Can Build It?

Glad you asked. Here’s who I believe could spark the revolution — and what they could start building today.

🎓 1. University Labs & Engineering Students

This is a perfect capstone or interdisciplinary research project. You could:

Combine AI, wearables, and mood tracking
Use FHIR API to integrate sample health records
Build a basic chatbot interface to gather daily check-ins
Incorporate HRV/GSR/voice sentiment as subtle markers
Tie it to a dashboard that shows balance across body/mind/spirit

💡 Add journaling, meditations, coping tools, even spiritual check-ins. Show trends. Offer insight. A health companion, not a monitor.

👉 Fields: biomedical engineering, cognitive science, UX, public health, psychology, computer science.

🌍 2. Startups & Social Innovators in Other Countries

You’re often less restricted by insurance codes, regulation gridlock, or “how things have always been.”

Your communities may already depend on mobile care, community health programs, and digital tools that meet people where they are.

Build the first proof-of-concept for:

Helping people manage chronic illness with supportive, easy-to-use tools
Empowering individuals in areas with limited access to traditional care
Designing tools that reflect local values, traditions, and ways of understanding health
Uniting emotional, physical, and spiritual well-being in a single, practical system

Take initiative and set an example for the world to follow – you have the opportunity to move ahead in areas where others might be slower to adapt. You also have the freedom to create something more human-centered from the start.

🧠 3. Citizen Scientists, Makers, and Holistic Hackers

In the Quantified Self and biohacking worlds, many already do this piecemeal.

Now's the time to unify:

Open-source tools for GSR, HRV, EEG, EMG
NLP models like ChatGPT to interpret logs, notes, voice clips
Platforms like Home Assistant or Node-RED to build local interfaces
Integrations with wearables, Notion, Apple Health, etc.

This is maker territory. The first versions can be hacked together — then evolve into something polished.

🧪 4. Science Fair Projects & Student Challenges

Imagine asking:

“Design a digital companion that helps someone live well with a chronic illness.”

This touches:

Computer science
Psychology
Human-centered design
Empathy
Real-world impact

We need to start planting this seed in the next generation. Give them the challenge. Let them surprise us.

🧬 5. Digital Health Accelerators & Innovation Labs

Where are the programs that reward radical empathy + technical integration?

We need:

Moonshot grants
X-Prize style competitions
Philanthropic seed funding for digital wellness tools
Support for tools that reduce suffering, not just optimize metrics

Startups can pitch this as:

“Siri meets Inner Compass”
“The first emotionally intelligent health guide”
“A daily check-in mirror for healing”

🌱 The Prototype Doesn’t Have to Be Perfect. It Just Has to Be Real.

It could start simple:

A journaling chatbot that also syncs your wearables
A dashboard that shows trends in stress, mood, symptoms, and self-care
A “check-in wheel” for body, mind, and spirit — and how they’re doing
A digital diary that suggests reflection, breathwork, or boundaries when it notices patterns
An assistant that helps you prepare for the doctor, not just react after

🚀 Ready to Build?

If you're:

A student
A developer
A startup
A maker
A mentor
A funder
A creative
A dreamer

Let’s talk. Let’s prototype. Let’s sketch it. Let’s test it. Let’s be the ones who cared enough to build something that heals.

Drop a comment. Start a thread. Tag someone who needs to see this. Or DM me if you're already working on something like this — I want to help amplify it.

This doesn’t have to be 10 years away. The future of whole-person digital health could start this year.

We just have to build it.

For more information on this concept, please see my book - "Future Healthcare Today: How Technology is Revolutionizing Holistic Wellness” - https://books2read.com/u/3nBMDo

Thanks to Generative AI, Google Bard/Gemini and ChatGPT, for help preparing this article.

If you like my work, please check out my Author Page. Thanks!

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

****

#DigitalHealth #HolisticHealth #WholePersonCare #ChronicIllness #HealthInnovation #PatientEmpowerment #FutureOfHealthcare #MindBodySpirit #HealthTech #CompassionateCare #AIForGood #TechForWellness #MedicalInnovation #HumanCenteredDesign #HealthcareReimagined #WellbeingTech #IntegrativeHealth #ConsciousTech #HealthEquity #ScienceFairProject #StudentInnovation #StartupHealth #WearableTech

Expanding Healthcare Horizons: Emotional Stress & Pain Monitoring for Every Patient, Everywhere

2025-01-06T15:33:00.001-06:00

In modern healthcare, we rely heavily on physical vital signs—like heart rate, blood pressure, and temperature—to gauge a patient’s condition. Yet emotions and pain levels are equally critical: stress can elevate blood pressure, heighten pain perception, and slow healing, while well-managed pain can reduce stress and speed recovery.

Imagine a future in which healthcare professionals—and even patients themselves—can see, at a glance, how stress or pain levels are changing in real time. This could help guide everything from bedside manner to medication adjustments, ultimately leading to better outcomes. Fortunately, many of the tools and technologies needed to make this happen already exist; we just haven’t fully integrated them into routine care.

Multiple Devices, Multiple Settings

1. Hospital Medical Monitors
Traditional hospital monitors display heart rate, respiratory rate, and other core vitals on a bedside screen. By adding an emotional stress or pain indicator, however, we can make a world of difference—particularly in high-pressure settings such as ICU or post-surgical recovery. This indicator might use sensors for Galvanic Skin Response (GSR), Heart Rate Variability (HRV), or even leverage spikes in existing vitals. An algorithm would then generate a color-coded alert (Green for relaxed, Yellow for moderate distress, Red for severe distress), prompting staff to soothe the patient, adjust medications, or modify the environment (dimming lights, reducing noise, etc.).

Crucially, these insights shouldn’t be confined to the main monitor. The patient’s bedside call light or TV remote could also display this color-coded feedback—visually warning the patient when stress levels begin to climb. In addition, the remote might offer interactive calming tips or instructions on the TV screen itself (e.g., guided breathing exercises). For instance, the device’s lights could pulse slowly, giving the patient a rhythm to synchronize their breathing and promote relaxation. Seeing their stress indicator shift from Yellow or Red back to Green can reinforce self-efficacy, helping patients stay calm and enabling providers to deliver more personalized, effective care.

2. Nursing Home & Long-Term Care Monitors

In nursing homes or facilities caring for nonverbal or cognitively impaired individuals, an emotional stress monitor could be life-changing. Residents who cannot express pain or discomfort often rely on staff interpretation of subtle cues like facial expressions or agitation. A simple wristband or monitor that detects physiological responses—displaying real-time information on a nearby screen—could ensure that these vulnerable residents receive timely and appropriate interventions.

3. Patient-Worn & Doctor-Provisioned Wearables

Not all healthcare occurs in a hospital setting. During outpatient visits, therapy sessions, or mental health consultations, patients could wear a personal stress monitor. This might be a watch-like device that measures heart rate, skin conductance, or both, sending data to the doctor’s tablet or a shared screen. By visualizing emotional responses in real time, discussions about anxiety, pain, or triggers become grounded in objective data—streamlining diagnosis and tailoring treatments (medication adjustments, counseling techniques, or breathing exercises).

· Bring Your Own Device (BYOD):
Patients or caregivers who already own a consumer-level biofeedback or stress-tracking wearable can share real-time data with their healthcare provider during a visit. This means the doctor can watch moment-to-moment changes in stress or pain—much like reading body language, but with objective numbers that can validate or clarify what’s happening internally. If the patient becomes anxious mid-conversation (e.g., when discussing a difficult topic), the doctor sees an immediate spike and can respond with empathy, adjust their communication style, or explore deeper concerns right away.

Beyond the office visit itself, the patient’s wearable may also have stored historical data. This can reveal recurring stress patterns that a single appointment could miss—like spikes on weekday mornings before work or around mealtimes. Such insights help paint a more complete picture of the patient’s everyday challenges, informing targeted strategies for long-term stress or pain management.

Alternatively, a clinic could provide a wearable device for the duration of a single doctor’s visit. Throughout the consultation, the physician could observe real-time stress changes, adjusting communication style or treatment as needed. This immediate feedback also highlights for the patient how significant a factor stress is in overall health—often encouraging them to acquire their own stress monitor afterward for ongoing use at home or during recovery.

Supporting All Kinds of Healthcare

It’s not just medical doctors who stand to benefit. Physical therapists, occupational therapists, mental health counselors, and alternative practitioners (such as chiropractors and acupuncturists) can all use stress-monitoring devices to see how patients respond to certain treatments or exercises. For example, an occupational therapist might see a patient’s stress level rise when attempting a challenging activity, prompting a gentler approach or additional reassurance.

Similarly, in mental health settings, a counselor could identify real-time spikes in anxiety, adjusting the session’s pace or focusing on relaxation techniques. This kind of biofeedback-assisted therapy is already used in some clinics, but integrating it more broadly could revolutionize how we address mental wellness.

Integrating into Future Wristbands and Systems

Looking ahead, these stress or pain indicators might become standard features in hospital IDs or patient wristbands. At the nurse’s station—or even on a shared screen in the patient’s room—staff could see color shifts that signal rising distress. This “heads-up” could lower response times to potential problems and increase patient comfort. Over time, data from these devices—correlated with treatment outcomes—could deepen our understanding of how emotional states influence recovery.

Why It Matters

Enhanced Diagnosis & Treatment

Real-time data about stress and pain can lead to earlier interventions and more precise treatments.

Empowering Patients & Caregivers

Knowing your own stress patterns fosters self-awareness and can motivate you to practice relaxation or coping strategies. Caregivers and family members gain insights into how loved ones feel, even when communication is difficult.

Better Patient-Provider Relationships

Sharing objective data about distress fosters more open, trust-based conversations—whether it’s with a physician, therapist, or nursing home staff.

Holistic Healthcare

Recognizing emotional well-being and pain management as integral parts of overall health ensures that we treat the whole person, not just their symptoms.

Making It Happen

Healthcare Professionals: Advocate for pilot programs incorporating stress and pain monitoring. Ask device manufacturers if they offer (or can develop) stress-sensing add-ons.
Patients & Caregivers: Don’t be afraid to bring your own wearable or ask if the practice can integrate such data. This fosters a collaborative atmosphere for more personalized care.
Innovation Hubs & Startups: There’s a tremendous opportunity for developers to build new wristbands, apps, and AI-driven software that interpret these signals across various care settings.
Regulators & Insurers: Encourage research into how continuous stress/pain monitoring affects patient outcomes, and consider supporting it through funding or streamlined approval pathways.

In Conclusion

A patient’s emotional state can make all the difference in their recovery and long-term health. By bringing emotional stress and pain monitoring into hospitals, nursing homes, therapy clinics, and even everyday doctor’s visits, we can improve communication, enhance comfort, and deliver truly patient-centered care. From wearable wristbands to bedside displays and everything in between, the future of healthcare lies in recognizing that the mind and body are inseparable—and treating them as one.

Like this? – Much more about this in my book - "Future Healthcare Today: How Technology is Revolutionizing Holistic Wellness” - https://books2read.com/u/3nBMDo

Thanks to Generative AI, Google Bard/Gemini and ChatGPT, for help preparing this article.

If you like my work, please check out my Author Page. Thanks!

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

#HealthcareInnovation #StressMonitoring #PainManagement #Biofeedback #WearableTech #VitalSigns #DigitalHealth #HolisticHealth #PatientCenteredCare #DoctorPatientCommunication #PatientEmpowerment #HospitalCare #NursingHomeCare #MentalHealth #HealthTech

The Evolution of Self-Diagnosis and Treatment Tools: Paving the Way to a Comprehensive 24/7 Holistic Health System

2024-06-19T11:16:00.000-05:00

In recent years, advancements in technology have revolutionized how we approach healthcare, particularly in the realm of self-diagnosis and treatment tools. From symptom checkers to wearable health monitors, these innovations have empowered individuals to take a more active role in managing their health. Yet, as we stand at the precipice of further innovation, it's crucial to consider how we can integrate these tools into a seamless, comprehensive system that benefits both patients and healthcare professionals alike.

Past: Foundation and Early Innovations

The journey towards self-diagnosis and treatment tools began with basic symptom checkers and health monitoring apps. These tools provided users with preliminary insights into their health status, enabling early detection of potential issues and prompting proactive healthcare decisions. However, their capabilities were often limited to basic symptom interpretation and lacked integration with broader healthcare systems.

Present: Harnessing Integration and Data Synergy

Today, we have made significant strides in integrating various self-diagnosis and treatment tools into cohesive platforms. Wearable devices can now track vital signs continuously, providing real-time data that offers a comprehensive view of an individual's health. Smartphone apps not only monitor symptoms but also facilitate communication with healthcare providers and offer personalized health insights based on collected data.

Action Step: Collaborative efforts between technology companies, medical research institutions, and government agencies are crucial to standardizing data formats, ensuring interoperability, and establishing robust privacy and security protocols.

Future: Towards a 24/7 Comprehensive Holistic Health System

Looking ahead, the future of self-diagnosis and treatment tools holds immense promise for transforming healthcare into a 24/7 comprehensive holistic system. Imagine a scenario where:

Integrated Health Platforms: AI-driven platforms seamlessly integrate data from wearable devices, electronic health records (EHRs), and patient-reported outcomes. These platforms provide real-time health monitoring and personalized alerts, offering proactive health management.
Personalized AI Diagnostics: Advanced AI algorithms analyze health data to detect early signs of diseases, recommend personalized treatments, and predict health outcomes based on individual health determinants.
Continuous Communication: Patients can communicate effortlessly with healthcare professionals through secure messaging systems embedded within health apps. This facilitates timely interventions, reduces unnecessary clinic visits, and improves patient satisfaction.

Action Step: Establish international standards for data interoperability and privacy to enable seamless data exchange across healthcare systems globally.

Benefits for Stakeholders

Patients/People:

Empowerment: Individuals have greater control over their health with access to continuous monitoring and personalized health insights.
Early Detection: Early detection of health issues leads to timely interventions, potentially reducing healthcare costs and improving outcomes.
Convenience: 24/7 access to health data and virtual consultations reduces the need for in-person visits, saving time and resources.

Healthcare Professionals:

Efficiency: Access to real-time patient data enables more informed decision-making and proactive interventions.
Patient-Centric Care: Personalized insights facilitate tailored treatment plans, enhancing patient engagement and satisfaction.
Work-Life Balance: Reduced administrative burden allows clinicians to focus more on patient care and less on paperwork.

Other Stakeholders:

Technology Companies: Market expansion opportunities through innovative health solutions and data-driven services.
Government Agencies: Improved public health outcomes and reduced healthcare system strain through preventive care and early intervention.
Insurance Providers: Potential cost savings through proactive disease management and reduced hospital admissions.

Path Forward: Actionable Steps

Technology Companies: Develop AI-driven health platforms that integrate wearable data, EHRs, and patient feedback.
Medical Research Institutions: Conduct validation studies on AI diagnostics and wearable health monitoring systems.
Government Agencies: Establish international data standards and privacy frameworks for health data interoperability.
Healthcare Providers: Implement virtual care models that incorporate real-time patient monitoring and telemedicine consultations.

Conclusion

As we navigate towards a future where self-diagnosis and treatment tools seamlessly integrate into a 24/7 comprehensive health system, collaboration and innovation will be key. By aligning technological advancements with healthcare needs and regulatory standards, we can empower individuals, support healthcare professionals, and enhance overall health outcomes globally. Together, let's seize the opportunity to transform healthcare delivery and pave the way for a healthier future.

Here’s How - "Future Healthcare Today: How Technology is Revolutionizing Holistic Wellness” - https://books2read.com/u/3nBMDo

Please share your thoughts! How do you see the future of self-diagnosis and treatment tools and how we can collectively achieve a comprehensive 24/7 health system? Let's discuss in the comments below.

If you like my work, please check out my Author Page. Thanks!

Thanks to Generative AI, Google Bard/Gemini and ChatGPT, for help preparing this article.

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

#24x7Health #AIHealthCoach #AIHealthPlatforms #AIHealthSolutions #AIHealthcare #AIinHealthcare #AIInMedicine #ArtificialIntelligence #BodyAwareness #CommunicationWithDoctor #ComprehensiveHealthSystem #ContinuousMonitoring #DigitalHealth #DigitalHealthRevolution #DigitalHealthTransformation #DigitalWellness #EHRIntegration #Empowerment #FutureOfHealthcare #HealthAI #HealthAlerts #HealthApps #HealthAwareness #HealthCoaching #HealthData #HealthcareAdvancements #HealthcareAutomation #HealthcareCollaboration #HealthcareData #HealthcareEfficiency #HealthcareFuture #HealthcareRevolution #HealthCareStandards #HealthInformatics #HealthInnovation #HealthIntegration #HealthInteroperability #HealthLiteracy #HealthManagement #HealthMonitoring #HealthOutcomes #HealthResearch #HealthSelfManagement #HealthSystemIntegration #HealthSystemReform #HealthTech #HealthTechInnovation #HealthTechnology #HealthTools #HealthWearables #HolisticHealth #InformedDecisions #MedicalAI #MedicalTechnology #PatientCentricCare #PatientEngagement #PatientEmpowerment #Patients #PersonalHealthManagement #PersonalizedMedicine #PreventiveCare #PreventiveHealthcare #ProactiveHealth #RealTimeHealthData #RemotePatientMonitoring #SelfCare #SelfCareStrategies #SelfDiagnosis #SmartDiagnosis #SmartHealthcare #SmartHealth #SmartHomeHealth #SymptomAnalysis #SymptomChecker #TakeControlOfYourHealth #TechForHealth #Telehealth #Telemedicine #VirtualCare #VirtualConsultations #VRHealthcare #WearableDevices #WearableTech #Wellbeing

Demystifying Your Digital Shadow: A Peek into Your Online You

2024-05-10T11:46:00.002-05:00

Demystifying Your Digital Shadow: A Peek into Your Online You

Have you ever wondered what your digital footprint reveals? Imagine a central hub, a digital dossier, displaying your online activity, buying habits, and even TV preferences – a glimpse into your digital self. This concept, known as a Unified Digital Profile, holds immense potential for both self-discovery and personalized healthcare. Let's explore what's available now and the exciting possibilities the future holds.

The Fragmented Self: Accessing Your Digital Footprint Today

While a unified platform doesn't exist yet, we can currently access parts of our digital footprint through various channels:

Social Media Downloads: Platforms like Facebook and Twitter allow you to download your posts, comments, and interactions, offering a snapshot of your online persona.

Google's Data Trove: Your Google Account holds a wealth of information, from search history to YouTube viewing habits, revealing your online interests and consumption patterns.

Browser History: While limited to a single device, your browser history offers clues about your online exploration habits.

Fitness Trackers and Health Apps: These provide valuable data on physical activity, sleep patterns, and other health metrics, painting a picture of your physical well-being.

Financial Records: Purchase history from banks and retailers reflects your spending habits and potential interests.

>> From all this, others (via data mining) might know you better than you know yourself! Isn't it time to learn what others know about us - for our own use?

The Unified Future: A Holistic View and Beyond

The concept of a unified digital profile is gaining traction, with potential benefits for both individuals and healthcare:

Self-Awareness: Imagine a platform that analyzes your data, highlighting patterns in online behavior and potentially revealing hidden aspects of your personality or health. This newfound self-awareness can be a springboard for personal growth and positive change.

Personalized Healthcare: Sharing your digital profile with your doctor (with your consent, of course) could revolutionize healthcare. Doctors could leverage insights from your online activity and buying habits to tailor diagnosis and treatment plans, leading to a more personalized and preventative approach.

Building the Bridge: Action Steps for a Unified Future

So, what would it take to make this vision a reality? Here are some key considerations:

Collaboration: Tech giants, data providers, and healthcare institutions need to collaborate to create a secure platform that respects user privacy.

Generative AI: Advanced AI could be the key to analyzing vast amounts of data, identifying patterns, and presenting insights in a user-friendly way.

User Control and Transparency: Individuals should have complete control over their data, deciding what goes into the profile and who can access it. Transparency in data collection and usage is paramount.

Regulations and Ethics: Strong data privacy regulations and ethical guidelines must be established to prevent misuse and ensure responsible data handling.

The Road Ahead: A Future of Empowerment

While a unified digital profile might seem futuristic, the steps mentioned above can pave the way for a more empowered future. Imagine individuals taking control of their online shadows, using them for self-discovery and partnering with healthcare providers for a more holistic approach to well-being. The journey towards a unified digital profile has just begun, and it promises to be a fascinating one.

This article is a further glimpse into Chapter 8 of my book "Future Healthcare Today: How Technology is Revolutionizing Holistic Wellness” - https://books2read.com/u/3nBMDo

What are your thoughts on the concept of a unified digital profile? Would you be interested in accessing and analyzing your digital footprint? Share your comments below!

Thanks to Generative AI, Google Bard/Gemini and ChatGPT, for help preparing this article.

If you like my work, please check out my Author Page. Thanks!

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

#DigitalShadow #UnifiedProfile #FutureofHealthcare #DigitalHealth #PatientEmpowerment #FutureofMedicine #digitalfootprint #socialmedia #digitalpresence #datamining #datavisualization #artificialintelligence #personalizedmedicine #precisionmedicine #health #functionalmedicine #bioinformatics #integrativemedicine #patientcentric #healthcare #patientcare #patientexperience #medical #familymedicine #innovation #directprimarycare #healthcareinnovation #primarycarephysician #healthtech #healthcareprofessionals #expertcare #behavior #behavioranalysis #behavioranalyst #behavioralscience #becomingthearchetype #brandarchetypes #femininearchetypes #health #iamthearchetype #jungianarchetypes #knowyourtype #marketingarchetypes #personality #personalityarchetypes #personalityassessment #personalityprofile #personalityprofiling #personalityreading #personalitytype #psychology #wellbeing

Your Digital Shadow: The Key to Unlocking Your Health?

2024-05-09T11:16:00.000-05:00

Imagine this: you visit your doctor feeling under the weather, but the usual questions about symptoms don't quite paint the whole picture. What if there was another source of information, a digital shadow whispering clues about your health?

This shadow, your Digital Footprint, encompasses everything you do online – websites visited, apps used, even social media posts. While it might seem unrelated to your well-being, it holds a surprising amount of potential for both self-discovery and personalized healthcare.

Unlocking You: The Power of Self-Awareness

Our digital footprint can be a mirror to our habits and behaviors. Let's break it down:

Passive Footprint: Your browsing history and cookies reveal unseen patterns. Do you gravitate towards health information searches? This could indicate a concern you haven't voiced yet.

Active Footprint: Social media posts and fitness tracker data offer a glimpse into your lifestyle. Are you consistently sleep-deprived or indulging in unhealthy food choices? These insights can be a wake-up call.

By analyzing your digital footprint, you can gain valuable self-awareness, potentially identifying areas affecting your health that you might have overlooked. Others use our Digital Footprint, why can’t we? – And maybe share insights with our doctor for a “big picture” diagnosis and treatment plan – considering use as a whole person! Furthermore, the more we know about ourselves maybe we can figure out why we’re sick and can’t seem to get better. Bold Ideas are aren’t these!

The Doctor is In: A Holistic Approach to Healthcare

The concept of leveraging a patient's digital footprint in healthcare is possible, maybe not now, but in the future. Imagine this future scenario:

Personalized Diagnosis: Imagine a doctor analyzing your digital footprint data alongside you describing your symptoms. Wow! – The doctor could see what is going on behind the symptoms and maybe suggest root causes of illnesses. Yikes!

Preventative Care: Early detection is key. Social media analysis (with your consent, of course) could detect a rise in stress-related posts, prompting your doctor to recommend stress management techniques.

Ethical Considerations: Walking the Tightrope

Data privacy is paramount. Strict regulations and patient consent will be crucial for responsible implementation. Additionally, algorithms analyzing digital data must be unbiased to avoid misinterpretations.

The Road Ahead: A Future of Empowerment

The use of digital footprints in healthcare might be evolving. I don’t know. However, the potential for a more patient-centric approach is undeniable. By empowering individuals with self-awareness and enabling doctors to see the bigger picture, we can move towards a future of truly personalized medicine.

What are your thoughts? Can your digital footprint unlock the secrets to better health? Share your comments below!

If interested, this article is based on Chapter 8 of my book "Future Healthcare Today: How Technology is Revolutionizing Holistic Wellness” - https://books2read.com/u/3nBMDo

Thanks to Generative AI, Google Bard/Gemini and ChatGPT, for help preparing this article.

If you like my work, please check out my Author Page. Thanks!

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

#DigitalHealth #PatientEmpowerment #FutureofMedicine #digitalfootprint #socialmedia #digitalpresence #datamining #datavisualization #artificialintelligence #personalizedmedicine #precisionmedicine #health #functionalmedicine #bioinformatics #integrativemedicine #patientcentric #healthcare #patientcare #patientexperience #medical #familymedicine #innovation #directprimarycare #healthcareinnovation #primarycarephysician #healthtech #healthcareprofessionals #expertcare

Design for the Other 90%: Bridging Gaps with Inclusive Design

2024-04-30T14:33:00.002-05:00

In a world where access to basic necessities remains a luxury for many, the concept of "Design for the Other 90%" emerges as a beacon of hope. This movement, spearheaded by designers, engineers, and social entrepreneurs, aims to bridge the gap by creating affordable and practical solutions for the vast majority of the global population living in poverty. At its core, "Design for the Other 90%" embodies the ethos of inclusive design, striving to empower underserved communities and improve their quality of life.

Origins and Ideals

The genesis of "Design for the Other 90%" can be traced back to Cynthia E. Smith's seminal book of the same name. Through her work, Smith sheds light on the stark reality that approximately 90% of the world's population lacks access to essential products and services. These range from clean water and sanitation facilities to adequate housing and healthcare. The movement challenges traditional design paradigms, urging practitioners to shift their focus from serving the affluent minority to addressing the needs of the marginalized majority.

Cooper Hewitt Exhibition: Showcasing Innovation

One of the pivotal moments in the "Design for the Other 90%" movement was the exhibition hosted by the Cooper Hewitt, Smithsonian Design Museum. Titled "Design for the Other 90%“, the showcase featured over 30 innovative projects from around the globe. These projects exemplified the principles of inclusive design, offering solutions to pressing challenges faced by underserved communities. From low-cost medical devices to sustainable agricultural tools, each exhibit underscored the transformative power of design in uplifting lives.

Documentary Series: Designing for Change

Complementing the exhibition is the documentary series "Design with the Other 90%.” Through compelling narratives and real-life examples, the series delves into the transformative potential of design in developing cities. By highlighting the stories of grassroots innovators and community-led initiatives, the documentaries inspire viewers to rethink conventional approaches to design and embrace a more inclusive and equitable ethos.

Looking Ahead: A Call to Action

As we navigate an increasingly interconnected world, the imperative to design for the other 90% has never been more pressing. While progress has been made, significant challenges persist. Climate change, urbanization, and economic disparities continue to exacerbate inequalities, disproportionately affecting the most vulnerable. However, amidst these challenges lies an opportunity for collaboration and innovation.

By harnessing the power of design, we can unlock solutions that transcend borders and transform lives. Whether it's leveraging renewable energy technologies to provide clean power to off-grid communities or developing affordable housing solutions resilient to local environmental conditions, the possibilities are endless. However, it requires a collective effort—one that transcends disciplines and embraces diversity of thought.

In conclusion, "Design for the Other 90%" serves as a powerful reminder of the transformative potential of design in building a more inclusive and sustainable future. Through empathy, creativity, and collaboration, we can bridge the gap and ensure that no one is left behind.

On a personal note, I came across the Cooper Exhibit and was greatly impressed. About that same time, there was an issue of Time Magazine, from what I remember, that was all on “water” – the entire issue covered the world and how precious water is to many people on a daily/hourly basis. I’m so lucky to live in a place where water is prevalent, yet the magazine changed my behavior to trying to save water on a personal basis and to treat it as precious, too.

Furthermore, I was nearing retirement and I thought I’d use my technical and research abilities to make some blog articles and here they are below. I hope you and/or others find them useful.

Electronic Stethoscope and Analyzer for under $5.00 - http://tgideas.blogspot.com/2009/07/electronic-stethoscope-and-analyzer-for.html

Low-Cost Village Sanitation - http://tgideas.blogspot.com/2009/06/low-cost-village-sanitation.html

Low-Cost People Powered Corn Grinder - http://tgideas.blogspot.com/2009/05/low-cost-people-powered-corn-grinder.html

Low-Cost Trash Handling System/Incinerator - http://tgideas.blogspot.com/2009/03/design-notes-for-low-cost-trash.html

Low-Cost Solar Percolator Water Pump - http://tgideas.blogspot.com/2008/07/design-notes-for-low-cost-solar.html

Low-Cost Bicycle-Powered Devices - http://tgideas.blogspot.com/2008/05/design-notes-for-low-cost-bicycle.html

Low-Cost Rat Catching Devices - http://tgideas.blogspot.com/2008/02/design-notes-for-low-cost-rat-catching.html

Low-Cost Mosquito Control Devices for Malaria Prevention - http://tgideas.blogspot.com/2007/11/design-notes-for-low-cost-mosquito.html

Low-Cost Mass-Transportation using Blimps, etc. - http://tgideas.blogspot.com/2007/11/design-notes-for-low-cost-mass.html

Low Cost Solar Cooling - http://tgideas.blogspot.com/2007/11/design-notes-for-low-cost-solar-cooling.html

Low-Cost Products using Sand - http://tgideas.blogspot.com/2007/10/design-notes-for-low-cost-products.html

Low Cost Cooling Devices - http://tgideas.blogspot.com/2007/09/design-notes-for-low-cost-cooling.html

Low-Cost Dental Supplies - http://tgideas.blogspot.com/2007/09/design-notes-for-low-cost-dental.html

Low Cost "People-powered" Tools - http://tgideas.blogspot.com/2007/09/design-notes-for-low-cost-people.html

Low Cost Dew Collectors or Solar Stills for Water - http://tgideas.blogspot.com/2007/08/design-notes-for-low-cost-dew.html

Low Cost Solar Water Pumps - http://tgideas.blogspot.com/2007/08/design-notes-for-low-cost-solar-water.html

Low Cost Eyeglasses- http://tgideas.blogspot.com/2007/07/design-notes-for-low-cost-eyeglasses.html

Low Cost Hearing Aids - http://tgideas.blogspot.com/2007/07/fyi-heres-some-information-you-might.html

Low Cost Treadle Pump - http://tgideas.blogspot.com/2007/07/design-notes-for-low-cost-treadle-pump.html

Thanks for reading this – please share your thoughts. Let's discuss in the comments below.

Thanks to Generative AI, Google Bard/Gemini and ChatGPT, for help preparing this article.

If you like my work, please check out my Author Page. Thanks!

Disclaimer - For informational purposes only. This article is not a substitute for professional advice. Additional Disclaimers here.

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#DesignForChange #InclusiveDesign #GlobalDevelopment #SustainableSolutions #SocialInnovation #EmpowerCommunities #DesignThinking #EquitableFuture #EndPoverty #CommunityDrivenDesign #CreativeSolutions #BuildingBetterWorlds #DesignWithPurpose #AccessibleTechnology #EmpathyInDesign #DesignForTheOther90 #SocialImpact #BridgingTheGap #HumanCenteredDesign #PovertyEradication #JoinTheMovement #MakeADifference #DesignForGood #SustainableDevelopmentGoals #CommunityEmpowerment #BreakingBarriers #ChangeTheWorld

A Glimmer of Hope? Exploring Light, Sound, and Hypnosis for Alzheimer's and Dementia Treatment

2024-04-19T13:48:00.001-05:00

Alzheimer's disease and other forms of dementia rob individuals of their memories and cognitive abilities. While there is currently no cure, exciting research is exploring unconventional approaches like flashing lights, sound, and even hypnosis.

Flickering Lights and Sound: A Symphony for the Brain?

Researchers at MIT, along with institutions collaborating with companies like OptoCeutics, are investigating the potential of flickering lights delivered at a specific frequency (around 40 Hz) to stimulate the brain. This "light and cognitive therapy" aims to target the gamma brain rhythm, which plays a role in memory and focus. Early research suggests this flickering light, often paired with a low-pitched pulsing sound (audio-visual stimulation), might help by:

· Entraining Brainwaves: The flickering light and sound synchronize the firing of neurons, potentially boosting cognitive function.

· Clearing Amyloid Buildup: The 40 Hz frequency might vibrate brain cells in a way that aids the glymphatic system, the brain's waste disposal network, in clearing harmful amyloid proteins associated with Alzheimer's.

Introducing Hypnosis: A Calming Companion

While not a cure, hypnosis holds promise in managing dementia symptoms. By inducing a relaxed state, hypnosis can potentially:

· Reduce Anxiety and Distress: This can improve a patient's overall well-being and make daily life easier.

· Enhance Sleep Quality: Better sleep is crucial for cognitive function, and hypnosis can promote it.

· Improve Focus and Memory: Early studies suggest hypnosis might benefit those with mild cognitive impairment.

· Future studies might explore how hypnosis can further promote neuroplasticity and potentially enhance cognitive function in dementia patients.

Combining Forces: A Multimodal Approach

Could we combine these techniques? Tools like the “Virtual Hypnotist” can provide pulsing lights, sounds similar to that above – and provide hypnosis too.

The Brainwave Synchronizer in this tool might be of particular interest in providing pulsing lights and sounds and is fully programmable.

· Binaural Beats: These sound frequencies can help induce hypnosis by synchronizing brainwaves, potentially complementing the light and sound therapy.

· Flickering Color Bars: These visual aids can further enhance brainwave entrainment alongside the light therapy.

Important Considerations: It's Still Early Days

It is crucial to remember that these approaches are in the experimental stage. While intriguing, they should not be attempted at home without consulting a healthcare professional. More research is needed to determine their efficacy and optimal application.

Looking Forward: A Brighter Future for Dementia Care?

The exploration of light, sound, and hypnosis offers a glimmer of hope for those living with dementia. As research progresses, these techniques, perhaps used together, might one day become valuable tools in the fight against dementia.

For More Information:

· Ask your Doctor.

· Check with your Local Library, Health/Medical Databases, and maybe even a Medical Library.

· Internet Searching.

· Ask Generative AI, especially Google Bard/Gemini, to help you do what you want to do.

· Light and Cognitive Therapy for Alzheimer's Disease

· Can flickering light and sound treat Alzheimer’s?

· Use of hypnosis in the field of dementia: A scoping review

"Remember, these approaches are experimental. Consult a healthcare professional for personalized advice."

***

Thanks to Generative AI, Google Bard/Gemini and ChatGPT, for help preparing this article.

If you like my work, please check out my Author Page. Thanks!

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

#dementia #alzheimers #amyloidplaque #dementiaresearch #dementiacare #brainhealth #cognitivehealth #neurology #dementiamanagement #memoryloss #alzheimersprevention #agingwell #futureofdementiacare #dementiacommunity #rewiringthebrain #dementiacoping #neuroplasticity #mentalillness #mentalhealth

Nature Has the Answers: Unleashing Innovation with Biomimicry and Generative AI

2024-03-18T12:04:00.003-05:00

In today's world, we stand at the crossroads of two powerful forces: nature's brilliance and the potential of artificial intelligence. Biomimicry, the practice of learning from and imitating nature's designs and processes, is experiencing a surge thanks to the emergence of generative AI. This dynamic duo holds the key to unlocking a new era of innovation.

Biomimicry: Nature's Blueprint for Progress

Think of biomimicry as innovation inspired by billions of years of evolution. Nature has already perfected solutions for everything from drug delivery to material strength. But, here's the challenge: translating these complex biological wonders into practical solutions can be a slow and laborious process.

Generative AI: Nature's Inspiration Amplifier

This is where generative AI steps in. These powerful algorithms can analyze vast amounts of biological data, from protein structures to animal locomotion patterns. By learning from these intricate designs, generative AI can accelerate biomimicry in several ways:

Idea Generation: Imagine feeding generative AI data on a specific challenge, like creating a more sustainable material. The AI could then generate a multitude of potential solutions inspired by nature, pushing the boundaries of human creativity.
Design Optimization: Generative AI can analyze biomimetic designs and suggest improvements. For example, it could optimize a wing design inspired by a bird for better aerodynamic efficiency.
Material Discovery: By analyzing natural materials at an atomic level, generative AI can identify new material properties and suggest synthetic alternatives with similar functionalities.

A Symbiotic Relationship

The beauty lies in the synergy between biomimicry and generative AI. Biomimicry provides the guiding principles, the "why" behind innovation, while generative AI acts as the accelerator, the "how" that translates inspiration into reality.

The Future is Bio-Inspired and AI-Powered

The applications of this powerful duo are vast. Imagine biomimetic drugs discovered at an unprecedented pace, thanks to generative AI's ability to analyze protein structures. Alternatively, picture next-generation materials with superior strength and flexibility, inspired by nature and optimized by AI.

The Call to Action: Embrace the Biomimicry Revolution

Biomimicry and generative AI offer a path towards a more sustainable and innovative future. As we unlock the secrets of the natural world and leverage the power of AI, the possibilities are endless. Are you ready to be a part of this exciting revolution? Let's join forces and harness the wisdom of nature to create a better tomorrow.

Here's a list of ways in which generative AI can assist with Biomimicry, along with examples and prompts:

Please Note – Most of the tasks listed below are feasible today, while some should become achievable in the future. Stay tuned.

1. Idea Generation:

o Example: Stuck on a biomimicry challenge? Feed generative AI data on the problem (e.g., creating self-cleaning surfaces). The AI can generate a plethora of bio-inspired solutions, like surfaces mimicking lotus leaves' water-repelling properties.

o Prompt: "Generate concepts for self-cleaning surfaces inspired by natural phenomena. Focus on solutions that are low-maintenance and environmentally friendly."

2. Material Discovery:

o Example: Generative AI can analyze natural materials at an atomic level, identifying new properties and suggesting synthetic alternatives. Imagine AI discovering the unique strength-to-weight ratio of a spider silk protein and proposing a synthetic material with similar properties.

o Prompt: "Analyze the molecular structure of spider silk and propose synthetic materials with comparable strength-to-weight ratio using biocompatible and sustainable components."

3. Biomimetic Drug Design:

o Example: AI can analyze vast databases of protein structures and natural toxins, potentially revealing new drug targets or lead compounds. For example, AI might identify a protein in snake venom with painkilling properties, aiding in drug development.

o Prompt: "Identify novel protein targets in known snake venoms with potential analgesic properties suitable for further drug development."

4. Bioinspired Architecture:

o Example: Generative AI can analyze structures like termite mounds for their natural cooling or ventilation systems. This could inspire designs for energy-efficient buildings mimicking these passive cooling strategies.

o Prompt: "Analyze the structure and function of termite mounds, particularly their natural ventilation systems. Generate biomimetic designs for buildings in hot climates that passively cool structures."

5. Reverse Biomimicry:

o Example: Traditionally, biomimicry focuses on mimicking nature. Generative AI can flip the script, analyzing human-made structures and suggesting ways to improve them using biomimicry principles.

o Prompt: "Analyze the design of a high-speed train and suggest biomimetic improvements for increased efficiency and reduced noise pollution, drawing inspiration from animal locomotion."

6. Biocompatible Material Optimization:

o Example: AI can analyze existing biocompatible materials and suggest modifications to enhance their properties. Imagine optimizing a biomaterial used in implants by mimicking the strength and flexibility of bone.

o Prompt: "Analyze the properties of existing biocompatible materials used in bone implants. Suggest biomimetic modifications to improve their strength, flexibility, and integration with natural bone tissue."

7. Sustainable Material Design:

o Example: Generative AI can create biomimetic materials with a focus on sustainability. Imagine designing packaging materials inspired by spider webs, strong yet lightweight and naturally biodegradable.

o Prompt: "Develop biomimetic designs for strong yet lightweight packaging materials inspired by spider webs. Focus on materials that are readily biodegradable and minimize environmental impact."

8. Biomimetic Robotics:

o Example: AI can analyze animal movement patterns to optimize the design of robots for specific tasks. Think robots mimicking the agility of insects for search and rescue operations in tight spaces.

o Prompt: "Analyze the movement patterns of insects, specifically their ability to navigate complex environments. Generate biomimetic designs for robots capable of maneuvering through tight spaces for search and rescue missions."

9. Bioinspired Product Design:

o Example: Generative AI can analyze natural structures to create biomimetic product designs. Imagine self-cleaning water bottles inspired by lotus leaves or shock-absorbing shoes mimicking the structure of animal feet.

o Prompt: "Develop concepts for self-cleaning water bottles inspired by the water-repelling properties of lotus leaves. Focus on designs that are user-friendly and promote sustainable water consumption."

10. Biomimetic Drug Delivery Systems:

o Example: AI can analyze how viruses or bacteria deliver substances within their hosts, inspiring more targeted drug delivery systems. This could lead to treatments with minimal side effects.

o Prompt: "Analyze the mechanisms used by viruses to deliver their genetic material within host cells. Generate biomimetic designs for drug delivery systems that target specific organs or tissues with minimal off-target effects."

11. Biomimetic Regeneration:

o Example: AI can analyze the way organisms regenerate lost limbs or tissues, potentially aiding in the development of new regenerative medicine techniques.

o Prompt: "Analyze the regenerative capabilities of salamanders, focusing on their ability to regrow limbs. Generate biomimetic concepts that could be applied to stimulate limb regeneration in humans."

12. Biomimetic Food Production:

o Example: Generative AI can analyze natural ecosystems to optimize food production systems. This could involve mimicking natural pollination processes or studying drought-resistant plants for sustainable agriculture.

o Prompt: "Analyze natural pollination processes in beehives. Generate biomimetic designs for automated pollination systems that can improve crop yields while reducing reliance on traditional honeybee populations."

13. Biomimetic Water Treatment:

o Example: Generative AI can analyze natural filtration processes in ecosystems like wetlands to design more efficient and sustainable water treatment systems.

o Prompt: "Analyze the water filtration and purification mechanisms in natural wetlands. Generate biomimetic designs for water treatment plants that utilize natural filtration methods and require minimal energy input."

14. Bioinspired Waste Management:

o Example: AI can analyze natural decomposition processes to develop more efficient waste management solutions. Imagine mimicking the role of decomposers in nature to break down waste materials faster.

o Prompt: "Analyze the decomposition processes of fungi and bacteria in forest ecosystems. Generate biomimetic concepts for accelerating the breakdown of organic waste materials in landfills, promoting faster composting and reducing waste volume."

15. Biomimetic Climate Change Solutions:

o Example: Generative AI can analyze natural carbon capture mechanisms in ecosystems like forests to inspire solutions for mitigating climate change.

o Prompt: "Analyze how forests capture and store carbon dioxide. Generate biomimetic concepts for technologies or large-scale projects that mimic natural carbon capture and sequestration processes to address climate change."

16. Adaptive Camouflage:

o Example: Developing camouflage patterns inspired by chameleon skin for adaptive concealment.

o Prompt: "Create a camouflage pattern mimicking the adaptability of chameleon skin to blend seamlessly into various environments."

17. Efficient Fluid Dynamics:

o Example: Designing streamlined shapes akin to fish or birds for aerodynamic efficiency.

o Prompt: "Generate aerodynamic shapes inspired by the streamlined forms of fish or birds for efficient fluid flow."

18. Energy Harvesting:

o Example: Developing wind turbine blades inspired by the flapping motion of bird wings for efficient energy harvesting.

o Prompt: "Generate a design for wind turbine blades mimicking the flapping motion of bird wings to enhance energy harvesting efficiency."

19. Self-Healing Materials:

o Example: Creating self-healing materials inspired by the clotting mechanism in blood.

o Prompt: "Design self-healing materials inspired by the clotting mechanism in blood to repair structural damage autonomously."

20. Thermoregulation Systems:

o Example: Designing building cooling systems modeled after termite mounds for energy-efficient temperature regulation.

o Prompt: "Generate a thermoregulation system for buildings inspired by the cooling mechanisms found in termite mounds."

21. Adaptive Materials:

o Example: Creating adaptive textiles inspired by pinecones to regulate moisture absorption.

o Prompt: "Design adaptive textiles mimicking the moisture-regulating properties of pine cones for enhanced comfort."

22. Efficient Solar Panels:

o Example: Mimicking the structure of butterfly wings to enhance light absorption in solar panels.

o Prompt: "Design solar panel structures inspired by butterfly wings to optimize light absorption for enhanced energy conversion."

23. Noise Reduction:

o Example: Mimicking owl feathers to design quieter aircraft wings.

o Prompt: "Design aircraft wing structures inspired by owl feathers to reduce aerodynamic noise during flight."

24. Bio filtration Systems:

o Example: Developing water filtration systems modeled after the filtering mechanisms in the gills of fish.

o Prompt: "Generate a water filtration system inspired by the filtering mechanisms in fish gills for efficient bio filtration."

25. Efficient Swarming Algorithms:

o Example: Developing swarm robotics algorithms inspired by the collective behavior of ants.

o Prompt: "Generate swarming algorithms inspired by the cooperative behavior of ants for efficient task allocation and coordination."

26. Biomimetic Soundproofing:

o Example: Designing soundproofing materials inspired by the structure of moth ears.

o Prompt: "Create soundproofing materials mimicking the structure of moth ears to effectively block out unwanted noise."

27. Biomimetic Fire Prevention:

o Example: Developing fire-resistant materials inspired by the properties of fire-retardant beetles.

o Prompt: "Design fire-resistant materials inspired by the properties of fire-retardant beetles to improve building safety."

28. Biomimetic Adhesive:

o Example: Creating adhesives inspired by gecko feet for strong yet removable bonding.

o Prompt: "Develop adhesives mimicking the adhesive properties of gecko feet for versatile and reversible bonding applications."

29. Biomimetic Air Purification:

o Example: Designing air purification systems inspired by the filtering mechanisms in the respiratory systems of birds.

o Prompt: "Generate air purification systems inspired by the respiratory systems of birds for efficient removal of pollutants from indoor environments."

30. Biomimetic Urban Planning:

o Example: Developing urban planning strategies inspired by the self-organizing behavior of ant colonies for efficient infrastructure development.

o Prompt: "Design urban planning strategies inspired by the self-organizing behavior of ant colonies to optimize infrastructure development and resource distribution in cities."

Please Note - These are just examples to get you started, but by following these tips, you can create prompts that are even more effective for generative AI:

1. Be Specific: Clearly state your request. Don't be vague; tell the AI exactly what you want.

2. Add Context: Give background info. The more the AI understands, the better the response.

3. Experiment & Refine: Don't be afraid to play around! Try different phrasings to see what works best.

Conclusion

The natural world holds a treasure trove of solutions waiting to be discovered. By combining biomimicry's focus on nature's wisdom with the power of generative AI, we can unlock a new era of innovation. From sustainable materials to revolutionary medical treatments, the possibilities are endless. Are you ready to embrace this exciting future and be a part of the biomimicry revolution? Let's join forces and learn from nature's genius to create a better tomorrow.

Share your thoughts! How do you see generative AI impacting biomimicry? Let's discuss in the comments below.

Thanks to Generative AI, Google Bard/Gemini, and ChatGPT, for help preparing this article.

If you like my work, please check out my Author Page. Thanks!

Disclaimer - For informational purposes only. This article is not a substitute for professional medical advice. Always consult a qualified healthcare provider. Additional Disclaimers here.

#biomimicry #biomimeticdesign #natureinspireddesign #sustainableinnovation #biomimicrysolutions #bioinspiredmaterials #biomimicryengineering #generativeai #aiforbiomimicry #biomimicrywithai #biomimeticdrugdiscovery #biomimeticrobots #biomimeticarchitecture #biomimeticmanufacturing #biomimicryforsustainability #biomimeticinnovation #biomimetictechnology #biomimeticsolutions #sustainableengineering #innovativedesign #sustainabletechnology #environmentalinnovation #googlebard #googlegemini #chatgpt #design #nature #sustainability #architecture #inspiration #sustainableliving #industrialdesign #ecofriendly #art #technology #zerowaste #biodesign #conceptart #robot #sustainabledesign #instagood #bionic #softrobotics #dprint #gogreen #additivemanufacturing #d #maker #biophilia #paperaliveco #parametricdesign #greenliving #plant

Experience my journey using Generative AI, like Google Bard/Gemini, to craft a Patient Summary for an upcoming doctor visit. Witness how this innovative approach revolutionized doctor-patient communication and empowered me as a patient. Join me as I share insights into this experience and envision the potential of AI in shaping the future of healthcare.

2024-02-23T17:09:00.003-06:00

https://pagingdrwithin.blogspot.com/2024/02/how-to-use-generative-ai-eg-google.html

How do You Feel about Artificial Intelligence? - Guided Journal

2023-07-12T16:52:00.000-05:00

Cerebral Palsy Guidance (CPG)

2020-07-05T09:34:00.000-05:00

Recently, I heard from an outreach coordinator for Cerebral Palsy Guidance (CPG), who asked me to share this information. It looks good to me - Please pass this along to others who might be interested. Thanks

"At CPG, our information goes well beyond that of most other resources. We aim to cover cerebral palsy from all angles–from symptoms, causes, and treatment, to daily living information. And very importantly, all of our articles are reviewed and edited by pediatric doctors and nurses (as well as HONcode certified as trustworthy health information)."
If you have questions, please contact CPG directly. - https://www.cerebralpalsyguidance.com/cerebral-palsy/causes/

#cerebralpalsy

Cumulative Stress Monitor

2019-04-17T07:31:00.004-05:00

Here's how I think a "Cumulative Stress Monitor" could be made from existing Adafruit Classic Circuit Playground (CP) “Meditation Trainer” Sketch (Arduino related)....

I'm working on my own model and will keep the world updated as I progress, via this blog post. Otherwise, you can always contact me at tgideas@gmail.com

Here is the Meditation Trainer Sketch that is to be modified. Please note that it will verify/compile only on Arduino IDE 1.8.5 or below. The sketch will not compile on more recent IDE’s. I have a “fix” for this, if you need it.

Please look at the code above before reading further.

Here is general information on the Meditation Trainer to help you better understand the concept. Here is general information on the Classic Circuit Playground (CP)

Meditation Trainer Sketch Changes or Additions: (make new variables as needed)

1. Change relaxation blue color to yellow color (moderate relaxation). This relates to “else (tCoh >= 3)” in sketch. See Using the LED Display to understand concept. Might this help you code yellow?

2. Change so that Breathing Pacer pixels only work when tCoh >= 3 and do not work when tCoh < 3. See Breathing to understand concept.

3. Measure the ongoing time durations of each of these variables – in each ongoing 30 minutes:

a. tCoh >= 6, (Hi Stress Level)

b. tCoh >= 3 and <6, (Medium Stress Level)

c. tCoh < 3. (Low Stress Level)

4. Add code – (If (tCoh >= 6 time duration) minus 1/2 (tCoh < 3 time duration)) > 15 minutes, then turn on the onboard CP Buzzer. Or, (If (tCoh >= 3 and <6 time duration) minus (tCoh < 3 time duration)) > 15 minutes, then turn on the onboard CP Buzzer.

The concept above is to make a Cumulative Stress Alert. Examples of concept above….(Make code do the task below, please)

· 30 minutes Hi Stress – ½ X 30 minutes Low Stress = 15 minutes (Buzzer off)

· 30 minutes Hi Stress – ½ X 20 minutes Low Stress = 20 minutes (Buzzer on)

· 30 minutes Medium Stress – 1X 15 minutes Low Stress = 15 minutes (Buzzer off)

· 30 minutes Medium Stress – 1X 10 minutes Low Stress = 20 minutes (Buzzer on)

When conditions are met above, please make the buzzer beep on and off (1 second intervals) at 1000 hz. for a duration of 5 seconds, every 30 minutes, until the “if/then coding” above turns off the buzzer (tCoh conditions above are not met).

5. Add code for a tCoh potentiometer, to test the operation of the concepts. Please use D9 / A9 - This pin can be digital I/O, or Analog Input. Might this Analog Input Information help you code? With this Potentiometer, I’d like to change from tCoh = 1 to tCoh=7 from min to max of potentiometer. I’d also like to view all the time the tCoh on the Arduino IDE Serial Monitor, whether in the test mode (potentiometer) or in actual use. I’ll use a Panel Mount 10K Potentiometer.

6. Add code for Bluetooth so that any Bluetooth device can at least read the following:

a. Analog signal from Circuit Playground pin #6 – (int pulsePin = 7; // Pulse Sensor purple wire connected to analog pin 7) (D6 / A7 - This pin can be digital I/O, or Analog Input.) – This analog signal is a waveform of the sensed heartbeat. This could also be a Square Wave, too, depending on Pulse Sensor D/A switch position.

b. tCoh – (coherence values total)

Please add Comments in the code how to add future variables, I/O pins, etc. for future “reading” by other Bluetooth Devices.

I’m using a Flora Bluefruit LE with my CP. I’m planning on using another Flora Bluefruit LE with another CP. The two CP’s would “Bluetooth talk” to one another. In addition, the BLE should be able to wirelessly link to other Bluetooth devices such as Medical Equipment, Computers, Phones, etc.

Might this information help you code? Circuit Playground & Bluetooth Low Energy and iOS Setup | Bluefruit LE Connect for iOS |

7. If possible - When conditions are met to activate Buzzer above (#4), add code to send text message to a smartphone. The text should read “Stress/Pain Alert – Patient 34-2”. Repeat sending message every 30 minutes until conditions are not met to activate Buzzer. If not easily possible – please make a digital pin go high when conditions (#4) are met above. (I’ll interface this digital pin to an existing Nurse Call System)

General Notes –

· Please let me know if you have questions – either now or when coding. Also, feel free to suggest better ways of doing the above. I’d like to use the parts I mentioned above and the original “Meditation Trainer” Sketch as a start though.

· Please add comments as you code.

· Please try not to block sketch execution with unnecessary delays.

The big picture in doing all this above is to make a Stress/Distress/Pain Monitor for both Patients and Healthcare Workers. The above is an improved version of my previous Model. The improved model above uses heart rate variability, instead of skin conductance as used in the previous model, and has additional features not in the previous model.

Thanks

Tom Garz

Disclaimer - Article is for information only and is not medical advice.

Pain Locator - a "Sorely" Needed Diagnostic Tool

2018-12-31T08:57:00.002-06:00

"Where does it hurt?", the doctor asks.

From the patient's answers and manually pressing (Palpation OR Percussion), the doctor makes an "educated guess" as to where the pain is coming from. This is especially true for those with chronic pain.

Yes, there are Interactive Pain Locators, similar to Symptom Checkers, but not much if anything on sci/tech tools to locate pain.

Also, some Chiropractors have a hand-held device that measures skin conductance and/or temperature around the spine, in hopes of "showing" where the pain is coming from.

How about a Non-Invasive "Pain Locator" Device, perhaps an Electronic and/or Computer device?

I'm thinking of a hand-held device to send focused vibrations into the body where the patient generally thinks the pain is located.
I also plan to include biofeedback to "see" when the pain location is triggered. I think biofeedback would be more precise than patient feedback.
In essence, have a device to do Palpation and/or Percussion - plus - biofeedback to record the intensity of the triggering of the sympathetic nervous system when the pain center is triggered - plus - recording the position of the handheld device, and the angle thereof.
Many more features, yet to be discovered. From what I see so far in my research, we could include sound, heat, vibration, low dose electrical stimulation, etc. to make a multi-dimensional tool to pinpoint the pain location(s).
Beyond this, perhaps the tool or technique could identify how much of the "perceived pain" is actually physical and how much is psychological/emotional (stress related pain symptoms).

With this futuristic tool the doctor, and/or maybe even the patient, can figure out where the pain is coming from and treat it accordingly. All we need to do is make it. 😀

Maybe I'll make a Working Model of this and/or write a book. I see this tool as "sorely" (pun) needed, instead of the "trial and error" methods currently used to diagnose pain and, even worse, exploratory surgery.

What do you think? Got any suggestions? Anyone else working on this?

Below is the research I've found so far.....what do you think? Anyone got anything else, so I don't "reinvent the wheel"? We can build on the work of others, now.

******************************************

SPOC Pain Locator Receives FDA Approval

Chiropractic gimmickry – Science-Based Medicine

Portable Hands-Free Device to Locate and Release Active Trigger ...

Do you use ultrasonography to localize myofascial trigger points?

Objective Sonographic Measures for Characterizing Myofascial ...

Novel Applications of Ultrasound Technology to Visualize and ...

Diagnostic Aids

Localizing and Assessing Amputee Pain with Intense Focused ... - DTIC

Objective Method for Pain Detection/Diagnosis - DTIC

8 Tests Doctors Use to Diagnose Pain: Myelogram, CT Scan, MRI, and ...

Labs and Diagnostic Tests for Chronic Pain

New Muscle Pain Detection Device to Diagnose Muscles as a Source ...

Apparatus for diagnosing muscular pain and method of using same

Method for direct diagnosis and treatment of pain of muscular origin

Acoustic palpation using non-invasive ultrasound techniques to identify and …

Method for analysis of pain images

Acoustic palpation using non-invasive ultrasound techniques to identify and …

System for instant diagnosis and treatment of soft tissue disorders

Palpation evaluation or diagnosis device, system and method

Seek gloves pattern B ultrasonic appearance of painful trigger point department …

Method and apparatus for diagnosing and assessing central pain

Medical algesia, thigmesthesia quantitative detector

Novel multi -functional stethoscope

Apparatus and method for recording progress notes

An apparatus for determining the trigger points sensitivity and pain threshold …

Method and apparatus for detecting, recording and analyzing spontaneously …

Multi-Finger Palpation Haptic Device - Arduino Forum

A Single-Use Haptic Palpation Probe for Locating ... - GitHub Pages

A Review of Simulators with Haptic Devices for Medical Training

Robotic Palpation Data Sharing

Autonomous Palpation for Tumor Localization ... - EECS Berkeley

Design of a Wearable Fingertip Haptic Device for Remote Palpation

Pain Detection Through Arduino EEG Signalling.mp4 - YouTube

Pain Detector Gives Actual Pain Score | GomerBlog

Validity and reliability of a pain location tool for pediatric abdominal ...

Where it hurts: a systematic review of pain-location tools for children.

Reliability and refinement of a pain location tool for ... - Future Medicine

US20170113063A1 - Phototherapy device with pain location input ...

Pain assessment using the adolescent pediatric pain tool: a systematic ...

Migraine Pain Location and Measures of Healthcare Use and Distress ...

Pain assessment now fits in doctors' Palm

Who is Using PainTracker? - UW Departments Web Server

Pain location and intensity communication apparatus and method

Method for analysis of pain images

Pain migration tracking and display method

System and method for mapping pain depth

Electrical transcutaneous pain suppression and pain location device

Phototherapy device with pain location input.

Pain surveying and visualization in a human bodily region

Systems and methods for pain tracking

Apparatus for expression location of pain

TMD diagnosis support system and apparatus including pain detector

Species pain location determining means

20160019371 System and method for musculoskeletal pain and injury evaluation and treatment

WO/2016/014163 THREE DIMENSIONAL SENSOR-BASED INTERACTIVE PAIN MAPS FOR LOCALIZING PAIN

5984368 Patient condition and pain location and intensity communication apparatus and method

WO/2013/087895 ANS STIMULATION

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Disclaimer - Article is for information only is not medical advice.

Veterinary Telemedicine, Teleheath, Televisit

2018-12-26T09:55:00.000-06:00

Taking pets to the vet is stressful, especially on the sick pet.

Telemedicine is becoming more acceptable for humans, so maybe pets, too, I wondered.

Here are some resources you might find interesting:

Telemedicine general -Telemedicine - Wikipedia, the free encyclopedia
CVMA Policy on Veterinary Telehealth
PetZam Announces Beta Launch of Veterinarian Telehea
Telemedicine for Cats | Animal Pain Vet - Dr. Ava Frick
Telemedicine | The Dog Doctor
Veterinary Hospice Skype Consultations – - Skype Blogs
LiveVet » Skype based veterinary consultation service
Veterinary Oncology Consultations via Skype Available ...
Veterinary Telemedicine, Volume 16, Issue 2 of Clinical techniques in small animal practice

Article is for information only and is not medical advice.

Emotional Distress (Stress) Word Monitor and Analyzer

2018-12-26T09:32:00.001-06:00

I think people generally talk a lot about what's bothering them, even if they're not aware of it.

What's "bothering them" might very well have be a factor in their physical symptoms, however, especially for those with chronic conditions.

If the doctor "only knew" what was going on "inside" a patient, they might very well diagnose and/or treat a patient differently. At least, I hope so. To be fair to the doctor, many patients won't talk much, even if prompted. So, the "rest of the story" is not available is not available to the doctor for consideration.

So, how about a "Emotional Distress (Stress) Word Monitor and Analyzer"? - to record and analyze the words spoken by the patient all day long, for several days, maybe even a month - then give a report to the doctor and/or patient. I'm picturing a Small Wearable Device something like a Holter Monitor , only monitoring words/speech/conversation instead of heart function. Maybe it would look like a Wrist Watch. Who knows?

Also, you could monitor the very popular "phone texting", "tweeting", computer activity, and social media activity to determine patient "stressors".

The speech/text analysis could include...

Word count to signify what is important to the patient.
Voice Stress Analysis correlating to the words spoken at the time.
Words spoken during certain times of the day.
Maybe more I haven't thought of yet...

In addition, the Monitor/Analyzer could include these...

Camera to record stress level during certain events and/or around certain people.
Stress Monitor, perhaps using Skin Conductance and/or Heart Rate Variability.
Report generation showing Patient Stressors over time and maybe advice for doctor on how to better diagnose and/or treat patient.

By doing this non-invasive test, the patient would be developing a "Stressor Profile", without even knowing it.

The results of this test could be presented to the Healthcare Provider and/or Therapist to determine next steps. By doing so, the doctor can look at a bigger picture of what might be causing and/or aggravating physical symptoms - instead of just treating the physical symptoms!

OK, so here's some of what's been done before in this area...from here I might make a working model and/or write a book about it. Wish me luck.

Call Centers Tap Voice-Analysis Software to Monitor Moods | WIRED

Voice Analysis Tech Could Diagnose Disease - MIT Technology Review

an efficient speech analysis library for unobtrusive monitoring on ...

Scientists Can Now Diagnose Depression Just by Listening to Your ...

Machine Learning Algorithm Uses Speech Patterns to Diagnose ...

MIT built a wearable app to detect emotion in conversation - The Verge

Conversation analyzer, conversation analysis system, conversation analysis …

Pain management based on emotional expression measurements

VoiceNotes: A Speech Interface for a Hand-Held Voice Notetaker

Electronic voice diary

Speech-based biofeedback method and system

Holter Monitor Diary | American Heart Association

Affective instability in patients with chronic pain: a diary approach. - NCBI

Putting Feelings Into Words Produces Therapeutic Effects in the Brain ...

Cancer Survivors' Responses to Daily Stressors: Implications for ...

Stress profile in essential hypertension. - NCBI

Stress management: Know your triggers - Mayo Clinic

Disclaimer - Article is for information only and is not medical advice.

How to Make an "Auditory Arousal Tool" for someone in Coma, Trauma, or Unexpectedly Dying

2018-12-25T10:05:00.000-06:00

What I'm thinking of here is a pre-recorded message by loved ones to "Please wake up. We need you" or something like that.

This recorded message could be on a tape recorder, smartphone, pendent medical alert, etc.

Maybe someday I'll make a working model to illustrate the concept, but for now I'm seeing "what's been done before", so I can build on their work.

Here's my research so far...

Effect of auditory stimulation on traumatic coma duration in intensive ...

Effectiveness of direct and non-direct auditory stimulation on coma ...

Family voices and jokes help coma victims wake up sooner - Telegraph

Family Voices and Stories Speed Coma Recovery - Northwestern Now

Coma patients show improved recovery from hearing family voices

Effects of auditory stimuli on comatose patients with head injury. - NCBI

The Efficacy of Familiar Voice Stimulation During Coma Recovery ...

Sudden Infant Death Syndrome (SIDS) monitor and stimulator

Creating a Sensory Stimulation Kit - Super Duper Publications

1020010092748 NECK GUARD HAVING AWAKENING DEVICE

Disclaimer - Article is for information only and is not medical advice.

How to Use Sci/Tech to Help Someone in Severe Pain and/or Dying

2018-12-24T09:58:00.000-06:00

This post isn't what you think. It is not about assisted suicide, per say. Or, is it?

The more I work with mind/body/emotions, I still see so much untapped potential to ease the suffering of someone in severe pain and/or dying. Thus, I plan to write a book about this.

As I began research on this topic, I see a strong connection between Emotions and Pain and/or the Dying Process.

Doesn't it make sense to try to get the patient to Relax, thereby Reducing Pain Level, and/or allow the Smooth Transition to Death?

A lot has been written on the Connection between Stress and Pain. I probably won't cover this much in my book.

I think part of pain, and even dying, is the struggle "inside" a person, that might be causing and/or aggravating the pain and/or dying. Perhaps, this relates to the Will to Live. Perhaps this struggle might be feelings of fear, regret, unfinished business, worry about others, sadness/grief, loss of control, etc. Maybe there is a "pull" from the "other side" and/or a "push" from the person to quit fighting and just die. Who knows? It is different for each person.

What I see in all this so far is that maybe Sci/Tech can help the person in Severe Pain and/or Dying to relax. This probably will be the focus of my book. Read on....

It is my attempt in this upcoming book to gather information on "what's been done before" and offer up ideas on "what else might be done". By doing so, I hope to help others, stimulate innovation, and bring about positive changes.

In doing research on this topic, I was surprised on how few Sci/Tech innovations have been made to consider the psychological/emotional aspect of pain and/or dying. It's my job to get this innovation going - by writing and inventing.

In the end, it is caring people, not sci/tech that helps someone in severe pain and/or dying.

Sci/Tech, though, might be able to assist the caregivers and/or patients though to indicate the psychological/emotional state of the patient. This indication might show caregivers if their words/actions are helping or hurting the patient, especially if the patient is non-communicative. The goal is to help people in severe pain and/or dying to relax.

Maybe through Emotion Monitoring we'll learn more about Near Death Experiences, too.

I'm so excited. This is a new frontier and I'm right on the brink of discovery.

Thank you for reading this post. I hope you will consider buying and reading my book, when it comes out. What I find, I'll share with you in my book.

********************

My research so far...(General Information for patients, family/friends/healthcare workers, etc.)

Providing Comfort at the End of Life - National Institute on Aging

Prayers for the Dying

Compositions and methods for imaging pain and stress in vivo

Tips for Talking with Someone Who is Dying - Canadian Virtual Hospice

What to Say to a Dying Friend, Someone Who's Sick - AARP

Tips for Visiting Someone on Hospice | VITAS Healthcare

How to Talk to Cancer and Dying Patients - CNA.plus

I Don't Know what to Say ...: How to Help and Support Someone who is ...

What to Say When You Don't Know What to Say - Hospice of the Red ...

A Study of Meeting the Emotional Needs of Dying Patients and ... - DTIC

Providing Comfort at the End of Life - National Institute on Aging

What people close to death say about euthanasia and assisted suicide ...

End of Life and Hospice Care | Taking Charge of Your Health ...

The Inner Life of the Dying Person (End-of-Life Care: A Series): Allan ...

Psychotherapy of the Dying Patient | Psychology Today

Hypnotherapy with Hospice Care and/or Dying Clients

Guided Imagery | The Last Visit

Meditations for Sick and Dying People - The Way of Meditation

Hypnotherapy with Hospice Care and/or Dying Clients

Ten Reasons Guided Meditation is a Best Practice for Hospice ...

Hospice & Palliative Care - Guided Imagery and Meditation Blog ...

Research on how Sci/Tech might help the Person in Severe Pain and/or Dying to Relax...

Medical Monitor with Emotional Stress Pain Indicator and Biofeedback ...

Devices and methods for passive patient monitoring

101212902* DEATHBED SERVICE SYSTEM FOR PROVIDING PSYCHOLOGICAL TRANQUILITY TO A PATIENT WHO WILL SOON DIE

Method for cancer pain treatment

System for dying service

Method and apparatus of obtaining peace of mind

End-of-life end before prediction system

Medical system

End-of-life monitoring system in non-medical mode

Intelligent calling-for-help wristband

Determining a psychological state of a subject

Apparatus for biophilically promoting personal relaxation, for reducing …

Sensory device useful in bringing a patient neurological or psychological …
20070135676 Method and apparatus of obtaining peace of mind

101212902* DEATHBED SERVICE SYSTEM FOR PROVIDING PSYCHOLOGICAL TRANQUILITY TO A PATIENT WHO WILL SOON DIE

End of Life Tools

Fear of Dying Hypnosis Script | Hypnosis Scripts

Hypnotherapy with Hospice Care and/or Dying Clients

Meditation for the dying - OSHO Sammasati

Overcome Fear of Death | Self Hypnosis Downloads

20070135676 Method and apparatus of obtaining peace of mind

20110190569 Non-invasive methods and devices for inducing euphoria in a patient and their therapeutic application

Intense Emotions and the Near-Death Experience

Five Emotional Signs that Death is Nearing - Crossroads University

Altering Awareness: Part 2 Biofeedback, Near-Death Experiences ...

The Effects of States of Compassionate Presence on People in ...

[Mind-body connection, parapsychological phenomena and spiritual ...

Consciousness, Biofeedback and Neurotechnology

Emotions expressed by the dying are unexpectedly positive ...

Approach to End of Life Care - NCBI - NIH

The Experience of Death and Dying - Stan Grof

Psychotherapy with the Dying Person

Disclaimer - Article is for information only and is not medical advice.

How to Diagnose Patients Better - and Treat Patients Better - from Patient's Viewpoints

2018-12-16T09:12:00.000-06:00

Wouldn't you think Healthcare Providers would Ask patients how they think they can be better diagnosed and treated better as a Patient?

Yes, Healthcare Providers have Satisfaction Surveys, but what do they do with the gutsy down-to-earth comments that might interfere with their business model or upset the Insurance Companies?

These comments might refer to Patient Listening, Bedside Manner, Treating the Whole of Me instead of just my Symptoms.

It is my goal to write a book on "How to Diagnose Patients Better - and Treat Patients Better - from Patient's Viewpoints".

Below is a start of my research on what Patients Think and Feel about the current ways of Diagnosing and Treating Patients. I'm going to add my own experiences and offer up ideas on "what else might be done".

Who knows if my work will change anything? I don't know, but I think this book should be written. Maybe future generations will find it helpful. Wish me luck.

References, so far....

A Patient's Point of View

The True Face of Health Care Reform: A Physician and Patient's ...

The Need for Support Services in Cancer Care: The Patient's Perspective

The diagnosis ... From the patient's point of view. - NCBI

The Need for a Treatment: A Patient's Perspective. - NCBI - NIH

Three keys to value from patient's perspective: time, communication ...

Creating Patient-Centered Care: A Patient's Perspective - Institute for ...

Adopting the patient's perspective | The Hospitalist

Incorporating the patient's perspective in outcomes research.

The patient's perspective: redefining end points. - NCBI

The patient's perspective: How to create awareness for improving ...

Health Care Insider: Quality from a Patient's Perspective | University of ...

Tips for Clinicians: Eliciting the Patient's Perspective

America's Checkup - From the Patient's Perspective - Forbes

Quality of Care From a Patient's Perspective | JAMA Dermatology ...

Health from the patient's point of view. How does it relate to the ...

Don't hurt me. Heal me. Be nice to me. > Shaw Air Force Base > Display

A national survey: The patient's perspective of gaps in the cancer ...

The Need for a Treatment: A Patient's Perspective. - NCBI - NIH

A patient and primary care perspective: a patient's perspective on the ...

[The patient's perspective on the self-management and professional ...

Incorporating the Patient's Perspective into Drug ... - Semantic Scholar

Part I- Fragmentation in Health Care: The Patient's Perspective | Bill of ...

Gender, Age, Society, Culture, and the Patient's Perspective in the ...

FROM THE PATIENT'S POINT OF VIEW: PRACTITIONER ...

From the patient's perspective: is there a need to improve the quality of ...

Introducing the patient's perspective in hospital health technology ...

Making Health Care Better: The High-Need Patient's Perspective ...

How the Health Care System Can Work Better: The High-Need ...

Healthcare From the Patient's Perspective | Lakeview Hospital

Getting the patient's perspective helps improve outcomes. - NCBI

Quality pain management in the hospital setting from the patient's ...

“Flipping Health Care” from the Patient's Perspective - Institute for ...

new pilot courses offer medical students a patient's perspective on ...

An Assessment of Customer Satisfaction: Using Patient ... - DTIC

Search Strings.....

("patient's perspective" OR "patient's viewpoint" OR "patient's point of view")

("patient's perspective" OR "patient's viewpoint" OR "patient's point of view") (diagnosis OR treatment)

("patient's perspective" OR "patient's viewpoint" OR "patient's point of view") (improve OR better)

Disclaimer - Article is for information only and is not Medical Advice.

How to Peer Inside the Psyche of a Patient in Diagnosis and Treatment

2018-12-15T08:44:00.002-06:00

We now have many sci/tech tools that make it possible to better "Peer Inside the Psyche of a Patient".

“Listen to your patient; he is telling you the diagnosis.”
― William Osler

The goal of this is to find out what is going on Inside that might be causing/aggravating Physical/Mental Symptoms.

Of course, the patient must be willing to undergo such Invasive/Personal inspection, but some folks might be willing to do this in hopes of feeling better. Some people with Chronic Conditions, such as Chronic Pain, seem to go to all lengths to find relief.

This new novel approach is actually "old medicine" going back centuries, but now we have new sci/tech tools.

Essentially, "Peering Inside the Psyche" of a person involves monitoring the following in Doctor-Patient Interviewing:

Recording and analyzing the Patient's answers to the Doctor's Questions.
Recording and analyzing when the Patient tells their Medical History and more importantly their Life Story.
Recording and analyzing the Patient's Body Language in Discussions.
Recording and analyzing the Patient's Physiological Signs in the Diagnosis and/or Treatment Process. It is especially important to record/analyze Physiological Signs (Vital Signs) that relate to Emotional Distress (Stress) and/or Pain.

All of this sounds like Polygraphy or Lie Detection, doesn't it? Yes, the same techniques are used as well as more.

To my knowledge, no one is trying to "Peer Inside the Psyche" of a willing patient, but I think it will come.

Perhaps the purpose of this article is to raise awareness of "what could be done" for chronically ill patients.

Here are some Sci/Tech Tools that might be used to "Peer Inside the Psyche":

Automatic Recognition of Facial Displays of Unfelt Emotions - arXiv

High-Speed Video System for Micro-Expression Detection and ...

Survey on Emotional Body Gesture Recognition - arXiv

Affective computing - Wikipedia

These examples show the Similarity between Polygraphy or Lie-Detection, Biofeedback, etc.

Affective computing - Wikipedia

Biofeedback - Wikipedia

Neurofeedback - Wikipedia

Psychophysiology - Wikipedia

Affective science - Wikipedia Jump to Measuring emotions

Other References -

Bio-feedback process and device for affecting the human psyche

A method for determining an individual's psyche type

Apparatus for capturing psycho-somatic stimuli induction the psyche.

Personality profiling system and methods for use in all types of communications …

Detection Of Disease Conditions And Comorbidities

Computer-aided psychological diagnosis and treatment system

Apparatus for processing psychological data and method of use thereof
WO/2013/042418 STRESS SENSITIVITY EVALUATION FORM AND PROGRAM

Method for diagnosing and correcting mental and emotional state " …

Method for diagnosing temperament type

Method of evaluating psychological personality profile

"indima apparatus" system, method and computer program product for …

Method of patient treatment

Automated questionnaire for assisting in the diagnosis and treatment of medical …

E-meter - Wikipedia

- Yes, above is controversial, but please let's look at the sci/tech of this of this device and consider the Modern Applications.

Interfacing with the Doctor Within: "Patient Listener" - New Medical ...

****************************

Here's one of the Search Strings I used - polygraphy OR lie-(detection OR detector) OR polygraph OR biofeedback) (emotion OR emotions OR affective)

Interested? - More coming on this exciting topic in my upcoming books. Stay tuned.

Disclaimer - Article is for information only and is not medical advice.

Design Notes - How to Measure Emotional Stress, Distress, and/or Pain

2018-12-05T09:54:00.003-06:00

Hello All - I've gotten a few requests to share "How to Measure Stress", so I thought I'd make a blog post sharing what I know, have tested, and links for further information. Maybe I'll make a book next year on this topic.

A lot of the requests stem from my "Medical Monitor with Emotional Stress Pain Indicator and Biofeedback" and How to Make It.

***************************************
Here's some if not most of the methods by which you can empirically determine stress. Most of these concepts started with basic Polygraphy or Lie Detection. From there developed Biofeedback Devices, Medical Monitors, then Neurobiofeedback.

Who knows what's next? I'm working on it!

All the above measure the physiological changes that occur when someone is stressed, e.g. telling a lie, in pain, distressed over some emotional issue, etc.

These links show the most common physiological signs or tests to identify and/or quantify "stress" -

Polygraph - Most commonly measure are skin conductance, heart rate, and/or respiration. Heart Rate Variability have been used most commonly lately to determine stress.

As far as I know, here's where it all started way back in 1881 -
Description of a Polygraph. In this crude start, the heart impulses and respiratory movements were measured and recorded. From there, all of our modern devices have evolved.

Let's not forget Affective Computing, too, in our consideration.
****************************

In my First Medical Monitor with Emotional Stress Pain Indicator and Biofeedback, I used skin conductance. It was a start and showed the concept. In my current model, I'm using Heart Rate Variability (HRV), since it is much more robust than skin conductance. Skin conductance is good, but hard to measure reliably in a real-world setting. Pulse sensors are more reliable and robust for this usage. I like the Gravity: Heart Rate Monitor Sensor For Arduino - DFRobot (link below).

Here are some commercially available stress sensors/information available to the public for experimentation:

Skin Conductance -

Grove - GSR Sensor - Seeed Wiki

Galvanic Skin Response GSR - Arduino Forum

Heart Beat/Pulse -

Pulse Sensor - SEN-11574 - SparkFun Electronics

Heartbeat - Arduino Playground

Pulse Sensor With Arduino Tutorial: 9 Steps (with Pictures)

Arduino & Processing - HEART BEAT MONITOR With Pulse Sensor.

SparkFun Single Lead Heart Rate Monitor - AD8232 - SEN-12650 ...

Polar Heart Rate Monitor Interface - SEN-08661 - SparkFun Electronics

Gravity: Heart Rate Monitor Sensor For Arduino - DFRobot

Here are some links on how to measure and use Heart Rate Variability:

Topic: heart-rate-variability · GitHub

HRV Biofeedback - Joegle

Biohack: Heart Rate Variability « Adafruit Industries – Makers, hackers ...

Pulse Sensor HRV Poincare Plot – World Famous Electronics llc.

PulseSensor Project HRV - Arduino Forum

Arduino Pulse Sensor Cardio Graph: 3 Steps (with Pictures)

Hacking Mindfulness with an Arduino and the iPhone | kpkaiser.com

Meditation Trainer - Adafruit Industries

**********************************************

Stay tuned for my next model! You'll be surprised!

That's about all for now. Have fun. Let me know if you have comments, questions, etc.

Disclaimer - Article if for information only and is not medical advice.

How to Make Your Own Medical or Health Devices

2018-11-29T08:24:00.000-06:00

Who says you can't make Medical or Health Devices? In the past, it was up to companies to design and construct Medical Devices for us.

Well, that has changed, since the "Democratization of Innovation" and "Hacking of Medicine and Healthcare". People from all over the world are inventing Medical Devices, with or without the help of "Professionals".

In addition, patients, like myself, are going to adapt/modify prescribed medical devices to "make them fit". An example is when I modified a prescribed orthotic because the doctor said he could do no more for me. In my case, it worked.

Many times, patients go away "empty handed" because current healthcare can't provide them relief, so the patients look elsewhere or "make their own devices" to help them cope. I think this is especially true for the "other 90%" of the world that has little or no affordable healthcare available.

Many of these Homemade Devices are Low-Cost, Simpler, and down-right make sense.

I plan to write a book summarizing the State of the Art of "How to Make Medical Devices", so you don't have to "reinvent the wheel", finding work on which you can build. Also in this book will be Networking Resources, so you can "hit the road, running". You can build on the work of others, or just do it on your own.

This book will also cover briefly the Legal Aspects of Making Your Own Medical or Health Devices, but it's up to you to assess the risk of doing so. Each country or locality has their own laws. Others are Making Devices, though, so why can't you? This book will show "what's been done before by others making their own devices" and will offer up ideas on "what else might be done".

This book would be of interest to those who like to Make or Do-It-Yourself, as well as Commercial Medical Device Manufacturers.

Here's my research so far....stay tuned for upcoming book on "How to Make Your Own Medical or Health Devices".

Organizations of Health Makers...

Maker Health

Maker Faire | Launching a Medical Maker Space

Medical Maker Lab - Carle Illinois College of Medicine

3 Medical Projects Driving Maker Innovation in Health | Make:

How to turn clinicians into makers | MIT News

e-Health Sensor Platform V2.0 for Arduino and Raspberry Pi ...

Top 20 Arduino-based Health Projects - Medevel.com

eHealth and Medical IoT Development Platform for Arduino

The Healthy Pi — a Medical HAT for the Raspberry Pi - Hackster Blog
Touch Up Control Hospital Bed from iPad

IOT & Arduino based patient health monitoring system project
Real time patient health monitoring using raspberry PI

Open-source hardware for medical devices

Dedicated real-time monitoring system for health care using ZigBee

HealthBand: a Remotely Monitored Health Status Bracelet: 17 Steps ...

Wearable Devices in Medical Internet of Things: Scientific Research ...

Biosignal PI, an Affordable Open-Source ECG and Respiration ...

PlaIMoS: A Remote Mobile Healthcare Platform to Monitor ...

Development of an Autonomous Mobile Health Monitoring ... - CiteSeerX

Health Monitoring Wearables - Rutgers School of Engineering

Arduino Based Human Health Care Monitoring And Control System ...

An IoT based Patient Health Monitoring System using Arduino Uno ...

IoT based Remote Patient Health Monitoring System By ... - K-REx

PATIENT MONITORING SYSTEM USING GSM AND ARDUINO ...

Smart Multi-Level Tool for Remote Patient Monitoring Based on ... - MDPI

Raspberry Pi in medicine - The MagPi MagazineThe MagPi Magazine

Diabetic foot health with Raspberry Pi - The MagPi MagazineThe ...

Health monitoring systems using IoT and Raspberry Pi — A review ...

Cattle health monitoring system using Arduino and LabVIEW for early ...

Application of arduino based platform for wearable health monitoring ...

Arduino UNO and GSM based wireless health monitoring system for ...

AFRL, NextFlex leverage open-source community to create flexible ...

HealthBand: a Remotely Monitored Health Status Bracelet: 17 Steps ...

General Project Examples...

3d Printed Medical Vein Finder: 9 Steps (with Pictures) - Instructables

My Medical Trauma Kit: 27 Steps (with Pictures) - Instructables

Design for Medical Innovation - Instructables

Collections: Assistive Technology - Instructables

Collections: Health - Instructables

80 Best DIY adaptive equipment images | Ergotherapie ... - Pinterest