Welcome to The Diabetes Podcast®, where we cut through the noise and bring you real talk about Type 2 diabetes, prediabetes, and the path to remission. Each week, we share expert insights, inspiring stories, and practical strategies to help you lower blood sugar, lose weight, regain energy, and reduce or even eliminate medications.
While our focus is on Type 2 diabetes, we also explore Type 1, chronic disease, and overall health; because managing diabetes is about more than numbers, it’s about reclaiming your life and thriving.
If you’re ready to move past myths, take control of your health, and find freedom on your diabetes journey, this podcast is for you.
Site
RSS
Apple
Recent rankings
Latest chart positions across Apple Podcasts and Spotify rankings.
Shared links between episodes and podcasts
Links found in episode descriptions and other podcasts that share them.
Discover shows related to The Diabetes Podcast®, based on actual content similarities. Explore podcasts with similar topics, themes, and formats, backed by real data.
Episode 22 - Diabetes Myths, Misconceptions, and Marketing Scams
Episode 22
Monday, September 1, 2025 • Duration 01:01:10
Diabetes Myths, Misconceptions, and Marketing Scams
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
In this episode, we dig into diabetes myths, misconceptions, and marketing scams. We talk about what really works, what doesn’t, and how to protect yourself. If you live with type 2 diabetes, you’ve likely heard it all—from “it only gets worse” to “this miracle pill fixes everything.” We bring clarity, hope, and simple steps you can do today. No extremes. No gimmicks. Just truth you can use.
What You’ll Learn
The biggest myths that keep people stuck
Why remission can be possible for many with type 2 diabetes
How small habits beat extreme plans
Why medication is not failure
How supplement scams target people with diabetes
Practical steps that work in real life
A quick shout-out and resources for type 1 diabetes
Episode Highlights
“I can’t change this disease” — False
Many people can improve a lot. Some can reach remission, especially in the first 5–6 years after diagnosis.
Big studies show weight loss, especially around the belly, lowers insulin resistance and improves blood sugar.
You don’t need extreme diets
No starving. No “detox.” No all-or-nothing rules.
Even 5–10% weight loss can help blood sugar and energy.
Slow, steady, simple wins.
Don’t change everything overnight
All-or-nothing plans make people quit.
Start small:
Walk 2–10 minutes after meals
Swap one sugary drink for water or zero-sugar
Cook one extra meal at home
Add beans, peas, or lentils once this week
Progress, not perfection.
Medication is not failure
Meds are tools. They can protect your beta cells while you build habits.
As your habits improve, your doses may need to change.
Work with your healthcare team. Do not stop meds cold turkey.
Supplements are not safer or better
The supplement industry is huge and poorly regulated.
Some “diabetes” supplements are spiked with hidden drugs.
What we might recommend:
Vitamin D (if low or little sun)
Vitamin B12 (over 50 or strict vegan)
Maybe algae-based omega-3
Maybe curcumin
None of these replace medical care or lifestyle changes.
“It’s too late for me” — It’s not
Even after many years, you can still improve A1C, reduce meds, and feel better.
Remission rates are higher early, but better is always possible.
How scams hook you
Red flags:
“Doctors don’t want you to know”
“Reversal in days”
Exotic ingredients from faraway places
Stock photos, fake reviews, AI celebrity clips
Pricey subscriptions and “special labs”
If it sounds magical, it’s marketing. Don’t swap a prescription for a subscription.
What Actually Works (Simple and Science-Backed)
Move:
Walk after meals (2–10 minutes)
Add steps during the day
Eat:
Swap refined carbs for whole grains and legumes
Fill half your plate with non-starchy veggies
Choose high-fiber foods to support fullness and insulin sensitivity
Cut sugary drinks
Lower sodium with fresh or no-salt-added foods
Restore:
Aim for better sleep
Reduce stress with short walks, breathing, journaling, prayer, or nature
Team:
Tell your provider your goals
Adjust medications safely as habits improve
If your provider isn’t supportive, consider a new one
Type 1 Corner
Tech helps: CGMs + insulin pumps (automated insulin delivery) can make life easier.
Resource: Blue Circle Health (bluecirclehealth.org) in select states.
Time Matters (But Not Like You Think)
Type 2 builds over years.
Improvement can happen in months, not days.
Keep going with small steps. They stack up.
Key Quotes
“You are not powerless.”
“Medication is scaffolding, not failure.”
“Start small. Keep going.”
“Don’t swap a prescription for a subscription.”
Timestamps
00:00 — Why myths and scams are so common
02:00 — Quick note on sodium and smoked salmon
04:00 — Type 1 advances: CGMs and pumps
06:00 — Blue Circle Health resource
07:00 — Type 2 remission: what studies show
10:00 — Small changes that work
14:00 — All-or-nothing thinking hurts progress
21:00 — Meds are tools, not failure
33:00 — How to reduce meds safely (with your provider)
34:00 — Supplement industry risks
40:00 — The short, safe supplement list
46:00 — Scam red flags
53:00 — What actually works: movement, food, sleep, stress
58:00 — Healing timeline: months, not days
60:00 — Takeaways and hope
Resources Mentioned
Blue Circle Health: bluecirclehealth.org
Studies referenced (by category): DIRECT, Look AHEAD, bariatric surgery trials, Japanese cohort studies, systematic reviews
Action Steps for This Week
Walk 2–10 minutes after one meal each day.
Swap one sugary drink for water or zero-sugar.
Add beans, peas, or lentils to one meal.
Fill half your plate with veggies once a day.
Set a bedtime to help you get more sleep.
Tell your provider you’re working toward remission or reduction in meds.
Connect With Us
Subscribe to The Diabetes Podcast for clear science, real talk, and simple steps.
Share this episode with someone who needs hope and a plan.
Final Takeaway You don’t need extremes. You need simple steps, done often.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
Episode 21 - The Diabetes/Salt Connection: How Sodium Impacts Blood Pressure & Health
Episode 21
Monday, August 25, 2025 • Duration 50:15
The Diabetes/Salt Connection: Why Sodium Matters More Than You Think
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
In this episode of The Diabetes Podcast, Amber and Richie dive deep into the diabetes/salt connection. Salt, or sodium, is often hidden in our everyday foods like bread, soups, pizza, and sandwiches. For people living with type 2 diabetes, too much sodium is not just about taste—it can raise blood pressure, damage kidneys, and raise the risk of heart attacks and strokes.
The hosts share the latest research, show how the average American eats nearly double the sodium they need, and give easy, realistic steps to cut back without giving up the foods you love.
Why This Matters
High blood pressure is twice as common in people with diabetes.
70% of sodium in our diet comes from processed and restaurant foods—not the salt shaker.
Even small cuts in sodium lower risk. Dropping just 500–1000 mg a day can protect your heart, brain, and kidneys.
This is not about perfection. It’s about progress. Every small step helps.
Key Takeaways from the Episode1. How Much Sodium Is Too Much?
American Heart Association recommends 1,500 mg per day for most adults with diabetes or high blood pressure.
The general upper limit is 2,300 mg per day.
The average American eats 3,400 mg daily, more than double the healthy amount.
2. Where Is All This Salt Hiding?
Most sodium comes from foods you might not expect:
Bread and rolls – don’t taste salty but add up fast.
Cold cuts and processed meats – a top source of both sodium and cancer risk.
3. Why the Diabetes Salt Connection Is So Serious4. Global PicturePractical Steps to Cut Back on SodiumStep 1: Try the DASH DietStep 2: Become a Label DetectiveStep 3: Flavor Without SaltStep 4: Eat More PlantsStep 5: Smarter Restaurant StrategiesStep 6: Track and ReplaceStep 7: Partner with Your DoctorThe Silent Killer: Why You Don’t Feel High SodiumReal-Life ImpactBottom Line from Amber and RichieFinal Thoughts
"Anything Meds Can Do, You Can Do Better" Part 11 of 12 - Mitochondrial Dysfunction
Episode 12
Monday, June 23, 2025 • Duration 42:15
Mitochondrial Dysfunction: Why Your “Cell Power” Matters in Type 2 Diabetes
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
Welcome back to the Diabetes Podcast show notes. In this episode, Richie and Amber break down mitochondrial dysfunction in simple terms. We explain what mitochondria do, what goes wrong in type 2 diabetes, which meds may help, and the daily steps that power your cells back up.
If you’ve been doing “all the right things” but still feel tired, foggy, or stuck, this one is for you.
Episode Summary
Mitochondria are the “power plants” inside your cells. They turn food into usable energy called ATP.
In type 2 diabetes, mitochondrial dysfunction makes it hard to turn fuel into energy at the right time.
This leads to high blood sugar, fatigue, brain fog, and slow recovery.
The good news: mitochondria are very responsive. Movement, food, sleep, and stress care can build new mitochondria and make them work better.
Some medicines can also help.
This is part of our 12-core-defects series on type 2 diabetes. Next week is the last one: inflammation.
What Are Mitochondria?
Think of mitochondria like tiny engines or refineries in each cell.
Your body brings carbs (glucose) and fats to the refinery.
Mitochondria “refine” that fuel into ATP, your body’s energy currency.
When demand goes up (like after a meal or during a workout), healthy mitochondria match the demand.
This fuel-switching skill is called metabolic flexibility.
What Goes Wrong in Type 2 Diabetes
In mitochondrial dysfunction, the “refinery” gets stuck or slows down.
Even after meals, cells keep burning fat instead of switching to glucose.
That causes “traffic” inside muscle cells and leads to insulin resistance.
How This Feels Day to DayThe Analogies That Make It ClickMedications That May Help Mitochondrial FunctionHow to Power Up Your Mitochondria (Lifestyle Wins)Movement (your most powerful lever)Nutrition (feed and protect your power plants)Sleep (night shift repair crew)Stress Care (turn down the drain on your power)A Simple Starter Plan (This Week)Key TakeawaysWhat’s Next
"Anything Meds Can Do, You Can Do Better" Part 10 of 12 - Gut Dysbiosis
Episode 11
Monday, June 16, 2025 • Duration 33:00
Gut Dysbiosis and Type 2 Diabetes: A Simple Guide to a Happy Gut
Love the podcast but hate taking notes? The Diabetes Podcast Blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
Richie and Amber break down Gut Dysbiosis, why your gut bugs matter for insulin resistance, and how simple foods can help. Learn easy wins, fun “Healthy Gut Bingo,” and what to eat this week.
Episode summary
Type 2 diabetes is driven by insulin resistance. One big, hidden driver is your gut. In this episode, Richie and Amber explain Gut Dysbiosis in plain words. We talk about “good bugs,” “bad bugs,” leaky gut, and what that means for blood sugar. You’ll learn how your gut bacteria make short‑chain fatty acids (SCFAs) that lower inflammation and help insulin work better. You’ll also get a grocery list to feed your good bugs.
We keep it real, simple, and a little funny. Yes, we even talk about fecal transplants. Yes, Richie asks about being a “donor.” And yes—leeks prevent leaks.
What we cover
What a healthy gut looks like
What Gut Dysbiosis is and why it matters
Leaky gut, inflammation, and insulin resistance
GLP‑1, SCFAs, and your gut lining
How meds like metformin and GLP‑1 RAs fit in
Foods that feed the “good guys”
Why food diversity is key
A simple weekly plan you can start today
Key takeaways
Gut Dysbiosis = an imbalance of gut bacteria. Too few “good guys,” too many “troublemakers.”
A healthy gut makes SCFAs (like butyrate) that calm inflammation, protect the gut lining, and help insulin work.
Leaky gut lets toxins (like LPS) into the blood. That sparks chronic inflammation and blocks insulin signals.
Dysbiosis can lower GLP‑1, raise insulin resistance, push fat storage, and worsen blood sugar.
Food is powerful. Feed your good bugs with fiber, polyphenols, resistant starch, and fermented foods.
Diversity matters. More plant variety = more microbe diversity = better gut health.
Healthy gut 101What is Gut Dysbiosis?Leaky gut, simplyMeds and tools we mentionEat to beat Gut DysbiosisWhy food diversity mattersStart here: 7‑day “Healthy Gut Bingo” mini‑planFun lines we lovedTimestampsNotes and mentionsTry “Healthy Gut Bingo”
"Anything Meds Can Do, You Can Do Better" Part 9 of 12 - Islet Amyloid Polypeptide (IAPP) Toxicity
Episode 10
Monday, June 9, 2025 • Duration 36:46
Islet Amyloid Polypeptide (IAPP) Toxicity: When Amylin Turns Toxic and Hurts Beta Cells
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
This episode breaks down Islet Amyloid Polypeptide (IAPP) Toxicity in plain language. We explain what amylin does, how it misfolds into toxic amyloid, why that harms insulin-making beta cells, which meds may help, and the daily habits that lower risk. We keep it real, practical, and hopeful.
Timestamps
00:00 — Welcome and why IAPP toxicity matters
01:00 — What amylin (IAPP) does in a healthy body
02:00 — GLP-1s vs. normal hormones (clearing up the mix-up)
04:00 — When amylin gets overproduced and misfolds
05:00 — Toxic amyloid hurts beta cells and sparks inflammation
06:00 — DeFronzo’s baboon study and the “bad soil” islet analogy
08:00 — IAPP plaques and how this mirrors amyloid in the brain
09:00 — Testing: fasting insulin and what it tells you about amylin
10:00 — Meds that can help indirectly
14:00 — Why pramlintide (Symlin) is rarely used now
15:00 — Food first: fiber, plants, and lowering insulin demand
17:00 — Fruit vs. juice, and not “gorging”
18:00 — Time-restricted eating: 12/12 or 10/14 (not extreme)
21:00 — Spread carbs through the day to blunt spikes
26:00 — Anti-inflammatory foods and omega-3s
27:00 — Move more: walking, strength, and cardio
28:00 — Don’t obsess over the scale; focus on habits
32:00 — Sleep and stress make IAPP toxicity worse
33:00 — “Overnutrition” = too many calories + inactivity
35:00 — Closing: take courage; you can do this
The Big Idea (in plain English)
Amylin (also called IAPP) is a partner hormone to insulin. Your pancreas releases both together.
In small amounts, amylin helps:
Why This MattersHow To TestMedications We Talked AboutLifestyle: Your Daily PlaybookKey TakeawaysSimple GlossaryTry This This Week
"Anything Meds Can Do, You Can Do Better" Part 8 of 12 - Alpha Cell Dysfunction
Episode 9
Monday, June 2, 2025 • Duration 24:35
Alpha Cell Dysfunction: Why Blood Sugar Rises When You Don’t Eat
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
In this episode of the Diabetes Podcast, Richie and Amber unpack Alpha Cell Dysfunction—the last stop in DeFronzo’s “ominous octet.” We explain why your blood sugar can rise overnight, what alpha cells do in a healthy body, how things go wrong in type 2 diabetes, and what you can do—today—to take back control. We also cover meds that target this defect and the simple “non‑prescription prescription” of food and movement.
If you’ve wondered why fasting blood sugar is high even when you skip a snack, this one is for you.
Episode at a glance
What alpha cells do and how glucagon works with insulin
What goes wrong in Alpha Cell Dysfunction (glucagon “gone rogue”)
Why fasting and after‑meal sugars run high
Where it fits on the timeline from insulin resistance to type 2 diabetes
Meds that can help: GLP‑1s, SGLT‑2s, and DPP‑4s (who, how, and cautions)
Food moves: fiber-rich carbs, intact grains, pairing, and what to limit
Movement that helps your liver and hormones: walking, aerobic, and strength
06:00 When Alpha Cell Dysfunction shows up in the timeline
10:45 Medications that can help
14:00 Food strategies that support balance
18:00 Movement that fixes the signal
22:00 The “non‑prescription prescription”
23:30 Closing and next steps
What is Alpha Cell Dysfunction?
Alpha cells live in your pancreas.
They make a hormone called glucagon.
Glucagon tells your liver to release stored sugar (glycogen).
What goes wrong in type 2 diabetes?When does Alpha Cell Dysfunction show up?Medications that help Alpha Cell DysfunctionFood strategies to calm Alpha Cell DysfunctionMovement that helps your liver and hormonesSimple action stepsQuotes we lovedResources and next steps
"Anything Meds Can Do, You Can Do Better" Part 7 of 12 - Brain Insulin Resistance
Episode 8
Monday, May 26, 2025 • Duration 30:25
Brain Insulin Resistance: Why You’re Hungry, Foggy, and Tired — And How to Take Back Your Brain
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
In this Diabetes Podcast episode, Richie and Amber break down Brain Insulin Resistance in simple, clear language. If you feel hungry all the time, crave carbs, feel tired even after sleep, or struggle to stick with healthy habits, this one’s for you. We explain what insulin does in a healthy brain, what goes wrong with Brain Insulin Resistance, how it can change your memory and mood, and practical steps you can start today.
Episode Summary
Your brain does not need insulin to get glucose (sugar) into brain cells. But your brain does need insulin for signaling. That signaling helps with hunger, fullness, mood, motivation, memory, and focus.
When Brain Insulin Resistance shows up, the brain “can’t hear” insulin. You may feel constant hunger, strong cravings, brain fog, low motivation, and trouble sticking to healthy habits.
Over time, Brain Insulin Resistance can raise inflammation and stress in the brain. This can affect white matter, the hippocampus (memory), and even raise amyloid/tau changes seen in Alzheimer’s. That’s why diabetes raises risk for cognitive decline.
GLP-1 medicines can help hunger and cravings. But they often plateau after about a year if lifestyle doesn’t change. The real power is in daily habits: movement, sleep, stress care, and a plant-forward, high-fiber, anti-inflammatory diet.
Good news: when you lower insulin resistance in your whole body, you also help your brain. This is changeable. You can protect your energy, memory, and satiety.
What You’ll Learn
What insulin does in a healthy brain
Why you can feel hungry even after eating
How Brain Insulin Resistance drives cravings, brain fog, and low motivation
How it can change brain structure over time
When meds help (GLP-1s) and when lifestyle matters most
Simple steps to calm cravings, boost focus, and feel full
Key TakeawaysSimple Science (kept simple)Signs You Might Have Brain Insulin ResistanceWhat Can Drive Brain Insulin ResistanceHow It Can Change the BrainMedications That May HelpDaily Habits That Help Your BrainAction Steps You Can Start This WeekGlossary (plain words)Timestamps
"Anything Meds Can Do, You Can Do Better" Part 6 of 12 - Decreased Beta Cell Function
Episode 7
Monday, May 19, 2025 • Duration 33:23
Decreased Beta Cell Function: The Silent Start of Type 2 Diabetes
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
Short version: Most people are told they have type 2 diabetes after years of quiet damage. By diagnosis, many have Decreased Beta Cell Function — often 50% to 85% gone. That sounds scary. But there is hope. With the right steps, you can lower the pressure on your pancreas, bring back some function, and in many cases reach remission.
Richie: This is the hard truth episode. Amber: And the hopeful one, too.
Episode Summary
We dig into Decreased Beta Cell Function — what beta cells do, why they fail, and what you can do now.
We explain why the “crash” doesn’t start at diagnosis. It starts years before.
We cover medications that lower the workload (but don’t rebuild cells).
We lay out lifestyle tools that protect and may restore beta cell function.
We answer the big question: Can beta cells regenerate in type 2?
If you want to protect your body from the inside out, this one’s for you.
Time-Stamps
00:00 — The silent storm: why diagnosis comes late
02:00 — Beta cells 101 (and why they matter)
04:00 — 50%–85% loss by diagnosis: how we get here
06:00 — Why early action wins
09:00 — Signs you may need to act now
10:00 — What raises the pressure: glucose, fat, and insulin resistance
11:30 — Meds that lower load vs. meds that rebuild (spoiler: none rebuild)
13:00 — Lifestyle: the biggest lever
14:00 — Food basics: fiber, glycemic load, and calories
18:00 — Fiber: how much, how to ramp safely
20:00 — Exercise: why muscle is your sugar sink
21:00 — Can beta cells recover? What the data says
22:00 — DIRECT trial: timelines that give hope
Key TakeawaysWhat Are Beta Cells (In Plain Words)?Why This Starts Early (And Quietly)Signs It’s Time To ActMedications: Helpful, But Not RebuildersCan Beta Cells Regenerate?Food: Simple Rules That Help Your Beta CellsExercise: Your Strongest Everyday MedicineA 4-Week Action PlanFAQOur Voice, Your Move
"Anything Meds Can Do, You Can Do Better" Part 5 of 12 - Increased Hepatic Glucose Production
Episode 6
Monday, May 12, 2025 • Duration 33:32
Increased Hepatic Glucose Production — Why Your Morning Sugar Jumps (and What To Do).
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
We’re back with Part 5 of our 12‑part series on the core defects in type 2 and prediabetes. Today we unpack Increased Hepatic Glucose Production. In plain words: your liver is making and releasing too much sugar. We explain why the liver does this, why it can go wrong, why your fasting glucose can be high even if you didn’t eat, and what you can do right now to calm it down. We also cover meds that target the liver and their pros and cons. Simple steps. Real talk. You’ve got this.
What is Increased Hepatic Glucose Production?
“Hepatic” means liver. Your liver is your body’s steady sugar pump. It:
Feeds your brain while you sleep.
Helps in “fight or flight” moments (think: run from a lion).
Smooths out the time between meals.
It does this in two ways:
Glycogenolysis: using stored sugar (glycogen) in the liver.
Gluconeogenesis: making new sugar from other stuff (like protein parts).
In a healthy system, insulin tells the liver, “We just ate, stop making sugar.” Glucagon (another hormone) tells the liver, “We need sugar, let some out.”
What goes wrong in insulin resistance
With insulin resistance, the “stop” message is weak. Insulin is high, but the liver doesn’t listen well. Glucagon often stays loud. Result: the liver keeps pushing out sugar when it shouldn’t. We call this Increased Hepatic Glucose Production.
We joke, “the liver did it.” That’s why you can go to bed at 90 and wake up at 180. This is also called the dawn phenomenon. Hormones in the early morning (like cortisol and glucagon) can push sugar up, and insulin resistance makes it worse.
Why this mattersMeds that target the liver (what they do and trade‑offs)Simple steps you can do now (anything meds can do, you can often help do better)Dawn phenomenon: “Why is my morning sugar high?”Key terms made simpleEpisode timelineReal talk takeawaysResources and next steps
"Anything Meds Can Do, You Can Do Better" Part 4 of 12 - Increased Lipolysis and Lipodystrophy
Episode 5
Monday, May 5, 2025 • Duration 41:28
Increased Lipolysis and Lipodystrophy: Fat Spillover, Insulin Resistance, and What You Can Do
Love the podcast but hate taking notes? The Diabetes Podcast blog compresses every episode into a bulleted, 10 minute read AND has the podcast embedded so you can listen as you read along! Check it out at https://empowereddiabetes.com/diabetes-podcast-blog
In this episode, we break down Increased Lipolysis and Lipodystrophy in simple terms. Learn how fat spillover blocks insulin, when TZDs help or harm, and the food and exercise steps that work.
This is Part 4 of our 12-part series, “Anything Meds Can Do, You Can Do Better.” Today we dig into Increased Lipolysis and Lipodystrophy—what they mean, why they drive insulin resistance, how certain meds work, and the simple steps you can start now.
Remission from type 2 and prediabetes is real. Let’s go.
Episode in one sentence
When fat breaks down and spills into places it doesn’t belong, it gums up your muscles and liver, blocks insulin and GLUT4, and pushes blood sugar up—but food choices, movement, and smart habits can turn the tide.
What we cover
What “increased lipolysis” really means (extra fat breakdown and spillover)
How fat inside muscle makes the “sponge” greasy and insulin can’t work
Toxic fat byproducts (diacylglycerols and ceramides) and how they block insulin and GLUT4
Lipodystrophy in plain English (fat stored in the wrong places)
Fatty liver and why it’s so common with type 2 diabetes
TZDs (pioglitazone/Actos; rosiglitazone/Avandia): how they work, pros, and serious cons
Food and exercise that improve insulin sensitivity and PPAR-gamma naturally
Simple, safe action steps you can start this week
Timestamps
0:00 Welcome + series recap
1:00 What is increased lipolysis? (fat spillover into muscle)
4:00 Toxic fat byproducts block insulin and GLUT4
7:00 The “sponge and bacon grease” picture for insulin resistance
8:30 Fatty liver (NAFLD) and oxidative stress
Key ideas in simple wordsMeds: the good and the bad (TZDs)Natural ways to support PPAR-gamma and improve insulin sensitivityExercise: your daily “GLUT4 button”Quick glossaryRichie and Amber’s highlightsPick one action for this weekWho this helpsNext up
Pizza – a “sodium bomb” of crust, cheese, and sauce.
Canned soups – often 1,200–1,500 mg in a single can.
Fast food – a burger, fries, or fried chicken can pack a day’s worth of sodium in one meal.
Raises blood pressure – already common in diabetes.
Increases stroke risk – strokes can happen suddenly and change life forever.
Hurts the kidneys – people with diabetes already face high kidney disease risk.
Damages the heart – too much sodium weakens heart function and raises the chance of heart failure.
The worldwide average is 3.95 grams (3,950 mg) per day.
In 2010, high sodium intake was linked to 1.65 million deaths from cardiovascular causes.
Target levels in studies: 1,200–2,400 mg per day.
DASH = Dietary Approaches to Stop Hypertension.
Focuses on: fruits, vegetables, whole grains, beans, nuts, seeds, lean protein, and low‑fat dairy.
Backed by decades of research and proven to lower blood pressure.
Look for 140 mg or less per serving (“low sodium”).
Watch serving sizes—two or three servings can double or triple your intake.
Choose no salt added beans, fresh poultry, and fish.
Use herbs, garlic, onion powder, lemon, and paprika instead of salt.
Avoid seasoning blends with hidden sodium.
Fruits and veggies are naturally low in sodium.
Beans and leafy greens add potassium, which balances sodium and helps relax blood vessels.
Ask for sauces and dressings on the side.
Dip your fork in dressing instead of pouring it on.
Choose grilled over fried.
Limit bread baskets, marinades, and salty toppings.
Keep a one‑week sodium diary.
Notice top sources and swap them out.
Replace canned beans with dried beans cooked in bulk. (Richie shares how an Instant Pot can make a week’s worth of beans with almost no added sodium.)
If you’re on blood pressure medicine, track your numbers at home.
Share your results with your doctor.
As your diet improves, you might be able to reduce medication safely.
High blood sugar makes you feel tired. But high blood pressure from sodium often has no symptoms. That’s why it’s called the silent killer. You may only notice small signs like swollen fingers or rings that don’t fit. But damage is happening even when you don’t feel it.
Stroke: Can leave lasting problems with speech, walking, or independence.
Heart attack: Surviving one may still leave the heart too weak to pump well.
Kidney failure: Could mean dialysis three times a week, limiting your freedom.
Awareness is the first step. You can’t change what you don’t track.
Progress, not perfection. Cutting even 500 mg a day helps.
Add before you subtract. Adding beans, greens, and fresh foods naturally pushes out processed, salty foods.
Every choice matters. Every meal is a chance to protect your future.
The diabetes salt connection is powerful. Too much sodium makes diabetes complications worse, but the good news is you are not powerless. With simple swaps, label reading, and more whole foods, you can lower your risk of stroke, heart attack, and kidney damage.
Remember:
Goal: 1,500 mg per day.
Even small cuts count.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
Blood sugar stays high because glucose can’t get into the cells well.
Your cells end up underpowered, even when fuel is available.
Amber calls this “metabolic gridlock.”
Fun (not so fun) fact: A study found people with obesity and type 2 diabetes had about 30% fewer mitochondria in muscle cells. The ones left were slow and less efficient.
Low energy and afternoon crashes
Brain fog and low mood
Hard time recovering after workouts
Weight gain or stalled weight loss
Feeling “hangry”
High blood sugar after carb-heavy meals
Important: This is not a willpower problem. It’s a power problem.
Refinery: You can’t use crude oil in a car. You need gas. Mitochondria turn food into usable “gas” (ATP).
Battery/Charger: Mitochondria help “charge” your energy. If the charger is weak, everything feels harder.
Gridlock: Fuel is everywhere, but it’s stuck in traffic. It can’t get where it needs to go on time.
Talk to your clinician before starting or changing any medicine.
Metformin (a biguanide)
May make mitochondria more efficient over time by activating AMPK, a key energy signal.
Common side effect: GI upset (start low, go slow up to 2000 mg/day).
Pioglitazone/Actos (a TZD)
Activates PPAR-γ, improves insulin sensitivity in fat and muscle, helps lipid handling, and supports mitochondria in muscle.
Side effects: weight gain (often fluid and subcutaneous fat), fluid retention; CHF warning applies.
GLP-1 receptor agonists
May help indirectly by improving insulin function and lowering glucose and inflammation.
Meds can help the “refinery” run better, but lifestyle is what builds more refineries.
You can build new mitochondria and make existing ones work better. Small steps add up fast.
Take a 10–15 minute walk after meals (especially dinner).
Helps move glucose into muscle even when insulin is not working well.
Signals your body to build more mitochondria.
Strength train 2–3 days per week.
Builds muscle. More muscle = more “sockets” to plug in glucose and burn it.
Sprinkle in short bouts of movement during the day.
Climb stairs, quick bodyweight sets, or short walks.
Optional: brief, safe higher-intensity intervals if your doctor says it’s okay.
Tip: Movement tells your body, “We need more energy—build more power plants.”
Focus on a fiber-rich, whole-food, plant-forward plate. These foods lower inflammation and protect mitochondria from “rust” (oxidative stress).
Antioxidant- and polyphenol-rich foods:
Colorful veggies and fruits, beans, herbs, spices, tea, coffee (unsweetened or lightly sweetened).
Fiber-rich foods (also great for your gut bugs → more short-chain fatty acids → happier mitochondria):
Beans, lentils, peas; oats and other whole grains; veggies; nuts and seeds.
Lights down and screens off earlier; aim for 7–9 hours of sleep.
One stress tool each day: breathing, prayer, or a short nature walk.
Hydrate well during the day.
Mitochondrial dysfunction is a core driver of type 2 diabetes. It’s about cell power, not willpower.
You can build more and better mitochondria with movement, food, sleep, and stress care.
Some meds can help, but daily habits unlock the biggest gains.
When mitochondria wake up, energy rises, blood sugar improves, and progress gets easier.
Next week we finish the 12-core-defects series with inflammation. Don’t miss it.
If this episode helped you, please subscribe and share it with someone you love. Take a walk, take a breath, and remember: healing is powerful. You can do this—and we can help.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
Move your body daily. Activity also helps a healthy microbiome.
Your gut is home to trillions of microbes. They help with digestion, immunity, and metabolism.
Good bugs digest fiber and make SCFAs: butyrate, acetate, propionate.
These SCFAs reduce inflammation, support the gut barrier, and improve insulin sensitivity.
Certain stars:
Akkermansia muciniphila: supports the gut lining (barrier).
Roseburia intestinalis: makes butyrate; helps glucose uptake.
Some Bacteroidetes species are linked to leanness and better insulin sensitivity.
An imbalance of gut microbes. Not enough beneficial ones. Too many harmful ones.
Over time, this can tie into kidney, nerve, and vessel issues.
Your gut lining should be tight. It should keep gut stuff in the gut.
With leaky gut, tiny gaps open. Toxins like LPS get into your blood.
Your immune system reacts. Inflammation grows.
Inflammation makes insulin’s job harder. That pushes insulin resistance.
Metformin: May help the gut microbiota balance. It can still cause tummy issues for some people.
GLP‑1 receptor agonists: Mimic the hormone that dysbiosis can lower. They can help insulin work and slow stomach emptying.
Antibiotics: Can wipe out good and bad bugs. Use only when needed.
Tests and transplants:
Stool tests exist, but use and access vary.
Fecal microbiota transplant (FMT) can help some gut conditions. It is not a DIY side hustle, Richie.
We want foods that feed the right microbes, make SCFAs, and protect the gut lining. Aim for plants, fiber, polyphenols, resistant starch, and fermented foods.
Polyphenol‑rich foods (support Akkermansia and insulin sensitivity)
Cranberries
Pomegranate
Red/purple grapes
Green tea
Blueberries
Cocoa powder or dark cocoa (not candy bars)
Inulin‑rich prebiotics (gut barrier support)
Garlic
Onions
Asparagus
Leeks (“leeks prevent leaks!”)
Artichokes
Resistant starch and beta‑glucans (support Roseburia; more butyrate)
Potatoes and sweet potatoes
Green bananas (very little to no yellow)
Steel‑cut oats
Old‑fashioned oats
Barley
Fermented foods (boost Lactobacillus strains and diversity)
Sauerkraut (L. plantarum)
Kimchi (L. plantarum)
Kefir (L. casei)
Yogurt with live cultures (watch added sugar)
Sourdough (L. fermentum)
Fermented olives (harder to find, but a plus)
Omega‑3 plant sources (support a calm immune system)
Chia seeds
Flax seeds
Walnuts
Diverse fiber sources (help Bacteroides fragilis and balance the immune system)
Many colors of fruits and veggies
Many kinds of whole grains and beans
Dark leafy greens (kale, turnip greens)
Eating the same thing every day feeds only a few bugs. Different plants feed different microbes. More plant variety = more microbe diversity. That brings:
Better gut lining
More SCFAs
Lower inflammation
Better insulin sensitivity
Tip: Think “dietary bingo.” Try to reach 30 different plants in a week. That includes fruits, veggies, beans, whole grains, nuts, seeds, herbs, and spices.
Pick 1–2 ideas per day. Mix and match. Keep it simple.
Lunch: Barley or steel‑cut oats salad with cherry tomatoes, onions, and parsley
Side: Sauerkraut
Day 3
Snack: Green banana slices with peanut butter
Dinner: Roasted sweet potatoes + garlic and leeks
Day 4
Breakfast: Overnight oats with cocoa powder and strawberries
Drink: Water or unsweet tea
Day 5
Lunch: Kale salad with walnuts, grapes, and olive oil
Side: Kimchi
Day 6
Dinner: Bean chili with onions, garlic, and spices
Dessert: Pomegranate arils
Day 7
Breakfast: Kefir smoothie with cranberries
Walk: 20–30 minutes after a meal
Move daily. Even a short walk after meals helps.
“Leeks prevent leaks.”
“Healthy Gut Bingo” is live at TheDiabetesPodcast.net.
Richie asks about becoming a fecal transplant donor. Amber is…not sold.
00:00 — Welcome and why the gut matters in type 2 diabetes
01:30 — Healthy gut basics and SCFAs
03:00 — GLP‑1, insulin sensitivity, and the gut lining
04:30 — What is Gut Dysbiosis?
05:30 — Leaky gut and inflammation explained
09:30 — Why this adds up over years
10:30 — Dysbiosis, GLP‑1 drop, and insulin resistance
11:00 — Metformin, GLP‑1 RAs, and antibiotics
13:00 — Prebiotics, probiotics, and food vs. pills
16:00 — Firmicutes, Bacteroidetes, and what to encourage
18:00 — What to eat: polyphenols, inulin, resistant starch
21:00 — Fermented foods and sugar cautions
24:00 — Diverse fibers, grains, and plant variety
29:00 — Simple action steps and movement
30:00 — Healthy Gut Bingo + free download
2022 research suggests Dysbiosis contributes to insulin resistance and ties into diabetes complications (kidney, nerve, and vascular).
Metformin may help gut microbiota balance; it can still cause GI side effects.
GLP‑1 receptor agonists help mimic hormone signals that can be low in Dysbiosis.
Antibiotics can wipe out good and bad bugs.
Download the free Healthy Gut Bingo at here. Aim to hit more plant squares each week. If you got 10 last week, shoot for 11 this week. Small steps win.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
Slow stomach emptying (you feel full longer)
Lower glucagon when insulin is present
Smooth out after-meal blood sugars
In insulin resistance, your body makes more insulin — and more amylin. Too much amylin can misfold, clump, and create amyloid “plaques” inside the islets (where beta cells live).
These plaques are toxic. They damage beta cell membranes, trigger inflammation, and lead to beta cell death. Over time, you lose insulin-making power.
This starts early. It often begins before diabetes is diagnosed. In fact, up to 95% of people with type 2 diabetes have detectable islet amyloid at diagnosis.
Think of it like hair with knots: smooth strands are fine; tangled knots cause a mess. Misfolded amylin is the knot.
Islet Amyloid Polypeptide (IAPP) Toxicity is not just a symptom. It drives beta cell failure and speeds up type 2 diabetes.
It looks a lot like the amyloid problem seen in the brain in Alzheimer’s (different place, similar kind of misfolding trouble).
Ask your doctor for a fasting insulin test.
Because insulin and amylin are co-secreted, high fasting insulin usually means high amylin too.
There isn’t a simple, routine blood test for amylin. Fasting insulin is your best early clue.
There is no FDA-approved drug that “unfolds” or clears IAPP amyloid plaques yet. But some meds can lower the pressure on beta cells and reduce insulin demand:
GLP-1 receptor agonists (GLP-1 RAs)
Lower glucagon, help with satiety, help reduce insulin demand
Less insulin out = less amylin out
May support beta cell survival indirectly
DPP-4 inhibitors
A less powerful, pill-based incretin support
Can lightly reduce insulin demand
TZDs (like pioglitazone)
Improve insulin sensitivity
May lower amylin production by lowering insulin needs
Pramlintide (Symlin)
A synthetic amylin analog (injectable)
Can slow stomach emptying, reduce post-meal glucagon, and help satiety
Used far less now; can cause nausea; adds injection burden
Does not fix Islet Amyloid Polypeptide (IAPP) Toxicity or clear plaques
May be more relevant in type 1, where amylin can be low
Always work with your care team to decide what’s right for you.
Goal: lower insulin demand and calm inflammation so you make fewer “knots” (misfolded amylin).
Eat to reduce insulin demand
Focus on a whole-food, plant-forward pattern:
Fiber: aim for 25–35+ grams/day
Colorful fruits and veggies (5–9 servings/day if you can)
Lots of non-starchy vegetables (greens, broccoli, peppers, etc.)
Lower glycemic load foods
Fruit vs. juice:
Whole fruit is great; juice spikes fast
Don’t “gorge,” but it’s hard to overdo whole fruits/veggies because of fiber and water
Anti-inflammatory, antioxidant foods:
Dark berries, green tea, dark leafy greens
Omega-3 fats (e.g., from fish, flax, chia, walnuts)
Spread carbs through the day
Avoid one huge carb-heavy meal; steady wins the race
Time-restricted eating (if it fits your life)
Gentle, sustainable windows work best:
12 hours eating / 12 hours fasting (12/12), or
10 hours eating / 14 hours fasting (10/14)
Skip extreme windows (like 4/20); they can drive cravings and disordered eating
Try to finish dinner a couple hours before bed when possible
Move more (start simple)
Walking is step one (literally)
Add aerobic exercise and strength training over time
Reducing belly/visceral fat lowers inflammation and lowers insulin demand
Sleep and stress
Poor sleep and high stress raise cortisol
That makes insulin resistance worse and can raise Islet Amyloid Polypeptide (IAPP) Toxicity risk
Aim for a steady sleep schedule and simple stress tools (walks, breath work, social support)
Watch the “overnutrition + inactivity” trap
Overnutrition = too many calories (often too much sugar and fat) — not “too many vitamins”
The Standard American Diet (SAD) + sitting a lot can increase IAPP toxicity even before blood sugars rise
Amylin (IAPP) is helpful in small amounts. Too much, for too long, can misfold and turn toxic.
Islet Amyloid Polypeptide (IAPP) Toxicity hurts beta cells and speeds type 2 diabetes.
This often starts years before diagnosis.
No plaque-clearing drug exists yet, but we can lower insulin demand:
Whole-food, fiber-rich eating
Movement (walk, lift, cardio)
Better sleep and stress care
Gentle time-restricted eating
Meds like GLP-1 RAs, DPP-4 inhibitors, and TZDs can help indirectly.
Ask for a fasting insulin test. If insulin is high, amylin likely is too.
Amylin (IAPP): A hormone released with insulin; helps you feel full and smooths after-meal sugars.
Islet: A small “island” of hormone-making cells in the pancreas (beta cells live here).
Amyloid: Misfolded protein clumps that can harm cells.
Hyperinsulinemia: Too much insulin in the blood.
Book a fasting insulin test with your doctor.
Add one serving of non-starchy veggies to lunch and dinner.
Walk 10–20 minutes after your biggest meal.
Swap one juice/soda for water or unsweet green tea.
Try a 12/12 eating window for 3–5 days.
Aim for a consistent bedtime.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
This helps during fasting, exercise, and when blood sugar drops.
Insulin and glucose normally “turn down” glucagon after a meal.
Think of a seesaw: insulin on one side, glucagon on the other. That balance keeps your blood sugar steady.
With Alpha Cell Dysfunction, the alpha cells stop listening. They become resistant to the normal “slow down” signal from insulin and glucose. So:
After you eat, insulin rises…but glucagon does not fall like it should.
The liver keeps making and releasing sugar even when blood sugar is already high.
Fasting sugars rise. After‑meal sugars rise too.
It feels like your pancreas is pressing the gas and the brake at the same time. Your liver gets mixed messages and keeps dumping sugar. Not helpful!
It starts before diagnosis. Here’s the simple flow:
Insulin resistance shows up first (muscle, liver, fat). Blood sugar may still be normal.
The pancreas makes more insulin to keep sugars in range (compensation).
Impaired glucose tolerance: after‑meal sugars start to spike. Early alpha cell issues can show here (glucagon not suppressed well after meals).
Impaired fasting glucose: fasting sugars rise. Alpha Cell Dysfunction is now clear.
Type 2 diabetes: fasting ≥126 mg/dL or random ≥200 mg/dL with symptoms.
Nerve damage and other changes can start years before diagnosis. So if you have prediabetes or type 2 diabetes, it’s safe to say your liver may be “not helping” and Alpha Cell Dysfunction is likely part of the picture.
Talk to your clinician to see what is right for you. Here’s what we covered:
GLP‑1 receptor agonists
Examples: Ozempic, Trulicity; higher‑dose versions for weight loss include Wegovy.
Also: Mounjaro and Zepbound (work on similar hormone pathways).
How they help: they lower glucagon when sugars are high, in a glucose‑dependent way. They do not block glucagon when sugars are low.
Common side effects: nausea, vomiting, diarrhea.
Do not use if you or your family have a history of medullary thyroid C‑cell tumors.
SGLT‑2 inhibitors
May help overall control. Evidence on glucagon effects is mixed. Still can be useful for many people for other benefits.
DPP‑4 inhibitors (for example, Januvia)
Help preserve your own GLP‑1 activity so glucagon drops after meals.
Often work better in earlier stages.
Do not combine a DPP‑4 with a GLP‑1 since they act on the same pathway.
Meds can help. But lifestyle still moves the needle the most and fixes many defects at once.
Focus on simple changes you can keep doing.
Eat fiber‑rich, minimally processed carbs
Beans, lentils, peas
Non‑starchy veggies (broccoli, cauliflower, peppers, greens, mushrooms, onions if you like them)
Choose intact whole grains
Look for “whole wheat flour” or “whole grain” as the first ingredient.
Oats count. Steel‑cut or slow‑cooking oats are best.
Pair your carbs with protein and healthy fats
This slows digestion and smooths your sugar curve.
Limit refined grains and added sugars
White flour and sugary drinks can spike you fast and worsen the insulin‑glucagon mismatch.
Cooked vs raw
Cooking is not “bad processing.” Some veggies give more nutrition when cooked.
The best way is the way you will eat. Just eat the dang broccoli.
Movement makes your liver more sensitive to insulin. It also improves hormone signals that involve glucagon.
Walk after meals
Even 2 minutes helps blunt a spike. More is better if you can.
Aerobic activity
Moderate to intense sessions improve liver insulin sensitivity.
Build up slowly. If you have been inactive, do not jump into hard intervals.
HIIT or sprint intervals can help later, once you have a base. Avoid injury.
Resistance training
Start with body weight. Add load over time.
Helps lower fasting glucose and improves overall control.
Keep moving
Too much rest after a small tweak can make things worse. Gentle, smart movement helps you heal.
These same habits help insulin resistance, protect beta cells, and support Alpha Cell Dysfunction—all at the same time.
After your next meal, walk for 2–10 minutes.
Add one serving of beans or lentils today.
Swap white bread for true whole‑grain bread (check the first ingredient).
Pair carbs with protein and healthy fat at each meal.
Do two short strength sets (bodyweight squats, wall push‑ups) 2–3 times this week.
If you and your doctor choose meds, learn how they affect glucagon and fasting sugar.
Build up your activity slowly. Aim to be consistent, not perfect.
“It’s like pressing the gas and the brake at the same time.”
“Simple, not easy. It doesn’t have to be complex to work—but it does have to be consistent.”
“People have more power to change this than they think.”
Work with our team: EmpoweredDiabetes.com
If this helped you, please subscribe, leave a review, and share it with a friend.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
Brain Insulin Resistance = the brain stops responding to insulin signals.
Causes include: high insulin/high blood sugar, inflammation, high saturated fat and ultra-processed foods, poor sleep, chronic stress, sedentary time.
Exercise is special: muscle contractions can pull glucose into muscle even without insulin (GLUT4 pathway). Moving your body helps your brain.
The brain uses about 20% of your resting energy. It prefers fast fuel (glucose).
Over time, Brain Insulin Resistance can raise oxidative stress and brain inflammation (microglia). This links to cortical thinning, reduced hippocampus volume, white matter changes, and more amyloid/tau — patterns also seen in Alzheimer’s.
GLP-1 medicines can lower hunger and food chatter. But results often fade if habits don’t change.
Daily basics work: move often, sleep well, manage stress, eat more plants and fiber, and cut ultra-processed foods.
Brain fuel: Most brain cells use GLUT1 and GLUT3 “doors” to bring in glucose. These do not need insulin.
Muscle fuel: Muscles use GLUT4 “doors.” GLUT4 opens with insulin — and also opens with exercise. So moving your body helps use sugar even when insulin is low or not working well.
What insulin does in the brain: It helps hunger and fullness signals (ghrelin, leptin), supports dopamine and serotonin (motivation and mood), calms inflammation, and helps memory and focus.
Brain Insulin Resistance: The insulin signal is there, but the brain can’t “hear” it well. You feel unsatisfied after eating. Cravings rise. Focus drops. Motivation drops. Over time, inflammation and oxidative stress go up.
Always hungry, even after meals
Strong carb and sugar cravings
Brain fog, poor focus, forgetfulness
Low motivation; hard to start or stick with habits
Feeling tired, but not refreshed
Feeling “not yourself” mentally
If this sounds like you, you’re not “weak.” Your brain signals may be off. You can change them.
Cortical thinning (especially frontal and temporal lobes)
More amyloid and tau patterns (seen in Alzheimer’s)
More nerve cell loss over time (apoptosis)
This is why type 2 diabetes raises the risk of cognitive decline. But it’s not hopeless. You can act now.
GLP-1 receptor agonists: Often lower hunger, slow stomach emptying, and quiet food thoughts. Many people say, “I don’t think about food as much.”
But: Results often level off around one year if habits don’t change. Receptors can desensitize, and brain inflammation can continue if lifestyle stays the same.
SGLT2s may help indirectly.
Talk with your healthcare provider to see what’s right for you.
Move your body most days
Aerobic and resistance training both help insulin signaling.
Movement boosts blood flow, lowers inflammation, and supports new brain cells (neurogenesis).
Eat a plant-forward, high-fiber, anti-inflammatory diet
Make plants the star: veggies, fruits, beans, lentils, whole grains, nuts, seeds.
Lower saturated fat and ultra-processed foods.
Cut sugary drinks and high-fructose corn syrup.
Try simple time-restricted eating
Example: Eat between 8 AM and 8 PM. Avoid late-night snacking.
Support your circadian rhythm.
Protect your sleep
Aim for a steady sleep schedule. Keep screens out of bed.
Good sleep improves insulin signaling in the brain.
Manage stress
Short daily breath work, meditation, or a quiet walk.
Chronic stress raises inflammation and worsens signaling.
These basics, done most days, protect both blood sugar and brain.
Walk 20–30 minutes most days. Add 2 short strength sessions.
28:00 — Big idea: heal insulin resistance to heal your brain
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
24:00 — Why lifting matters for insulin sensitivity
28:00 — Keep it off, keep it working
29:00 — Act early: your step-by-step plan
31:00 — Use meds as a bridge, not a crutch
33:00 — Your body’s been fighting for you. Will you fight for it?
Decreased Beta Cell Function starts years before diagnosis.
By the time many people hear “type 2,” 50%–85% of beta cell function is already lost.
No drug regrows beta cells in type 2. But lifestyle can restore function in many people.
Exercise (especially strength training) and a lower-glycemic, higher-fiber diet reduce pancreatic stress.
Early action gives you the best shot at remission. The first 6 years after diagnosis are key.
Use medication when needed to lower the load; layer lifestyle to keep gains and step down meds with your clinician.
Beta cells live in your pancreas.
Their job: make insulin when your blood sugar rises.
Insulin is the “key” that lets sugar into your body’s cells for energy.
When your body gets insulin resistant, beta cells have to work overtime. Over years, they tire out. That is Decreased Beta Cell Function.
Long before your A1C is high, the body is compensating.
High sugar and high fat around the organs (liver, pancreas, belly fat) raise stress and inflammation.
The pancreas tries to keep up. Over time, the beta cells weaken.
By diagnosis, many people have already lost half or more of their beta cell capacity.
Listen: this isn’t about blame. It’s about timing. The sooner you act, the more you can protect.
You’re overweight or carry belly fat.
You feel tired after meals.
You’ve been told you have prediabetes.
Diabetes runs in your family.
You haven’t had a fasting insulin test.
Ask your clinician for a fasting insulin test. This can flag issues earlier than A1C alone.
These can reduce workload on beta cells and improve control:
These help with insulin resistance and reduce pressure.
They do not regrow beta cells.
Use meds as a bridge while you build habits that last.
Always work with your clinician before changing medication.
Type 2: Some recovery is possible. With weight loss, lower glycemic load, and exercise, studies show improved beta cell function and a return of the first-phase insulin response.
Type 1: Different story. It is autoimmune. New cells are attacked. Research is ongoing (e.g., stem cells), but broad, lasting replacement is not here yet.
What the DIRECT trial showed:
Fasting blood sugar can improve in about 7 days on a very low-calorie plan.
First-phase insulin response can return around 8 weeks.
Functional capacity improved over a year in people who lost weight and kept it off.
Remission was most likely when diabetes duration was under 6 years.
Your goals:
Create a small, steady calorie deficit.
Lower glycemic load.
Raise fiber.
Fiber targets:
Aim for at least 35 grams per day.
Up to 50 grams per day can be even better for many people.
Lower glycemic load and lower calories reduce stress on beta cells.
Over time, this supports function and can help remission.
Caution if you jump too fast:
Gas, bloating, discomfort
In rare cases, if you overdo fiber supplements without water, bowel obstruction
Build up gradually.
Skeletal muscle soaks up sugar after meals.
The more you move (and the more muscle you keep/build), the less insulin you need.
Quick-start plan:
Walk: 20–30 minutes most days.
Strength train: 2–3 days per week (full body).
Squats or sit-to-stands
Push-ups (against a wall if needed)
Rows (bands or light weights)
Hip hinges (deadlift pattern with light weight)
Work up slowly. Add a little each week.
Note: In strict low-calorie plans without lifting, people often lose muscle, which can stall progress. Keep or build muscle to keep insulin sensitivity high.
Week 1
Ask for labs: fasting insulin, fasting glucose, A1C, lipid panel.
Start walking 15–20 minutes/day.
Add 5–10 grams of fiber/day. Drink more water.
Week 2
Strength train 2x/week (15–25 minutes).
Swap refined carbs for whole foods at one meal/day.
Add 5–10 more grams of fiber/day.
Week 3
Walk 30 minutes/day on 5 days.
Strength train 3x/week.
Make half your plate non-starchy veggies.
Track simple calories for awareness (even 3 days helps).
Week 4
Hold steady.
Review numbers and how you feel.
If on meds, talk with your clinician about next steps if sugars are improving.
Repeat and progress gently. Consistency beats intensity.
Is Decreased Beta Cell Function permanent? Not always. In type 2, function can improve with lower glucose, lower fat in the liver/pancreas, weight loss, and exercise.
How fast can I see changes? Some fasting glucose changes can appear in a week on a tight plan. Meaningful beta cell response often shows by 8 weeks, with bigger gains over months if weight stays off.
I’m already on medication. Should I stop? No. Use meds to help while you build habits. As numbers improve, discuss lowering doses with your clinician.
I feel fine. Should I still test? Yes. Ask for a fasting insulin test if you have risk factors. Problems start long before symptoms.
What happens if I wait? More beta cell loss. When function nears zero, insulin shots are the only option.
Richie: The time to act is not when you’re at a solid F. It’s when you’re at a C-. Amber: Early action protects the beta cells you still have. Some can recover. Many can.
Your checklist for this week:
Email your clinician: request fasting insulin + A1C.
Start daily walks.
Add 5–10 grams of fiber.
Plan two strength sessions.
Use your medication as needed. Build the habits that let you need less.
Your beta cells have been fighting for you. Fight for them back.
If this gave you hope, share it with someone you care about. And if you’re ready for support on the road to remission, we’re here.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
Big idea: diabetes is a “communication” problem. Signals are sent, but cells don’t hear them right.
High liver sugar output is one of the big three drivers of high blood sugar:
Less sugar going into muscles (we covered this).
The pancreas not putting out insulin well (coming next).
Increased Hepatic Glucose Production (today).
Taming liver sugar helps your fasting numbers, protects your brain and heart, and moves you toward remission.
Note: Always talk to your clinician before starting, stopping, or changing meds.
Metformin (a biguanide; brand: Glucophage)
What it does: Tells the liver to slow sugar output. Blunts the “make sugar” push from glucagon.
How it helps: Lowers fasting sugar; supports weight‑neutral to slight loss.
Common side effects: Gas, bloating, diarrhea. Some can’t tolerate it.
What they do: Help the pancreas’ alpha cells quiet glucagon. This lowers liver sugar release. They also help other defects (appetite, stomach emptying, insulin release).
How they help: Lower A1C, support weight loss, heart and kidney benefits in many.
Common side effects: Nausea, vomiting, “food sits” feeling (slower stomach emptying).
TZDs (thiazolidinediones; pioglitazone/Actos)
What they do: Flip a tiny cell switch (PPAR‑γ) to improve insulin sensitivity. Move fat out of the liver and into safer places under the skin.
How they help: Reduce liver fat, improve insulin action, support long‑term control.
Trade‑offs: Can cause fluid retention and weight gain. Long term (many years) may weaken bones (especially in women). The heart failure question is debated; talk with your clinician.
How they help: Modest A1C drop. Safe, often used in older adults.
Trade‑offs: Smaller effect, don’t fix core problems well over time.
Our goal: lower insulin resistance, help muscles drink up sugar, and calm the liver’s sugar drip.
Move after meals (even 2 minutes helps)
Best: 10–15 minutes of easy walking right after you eat.
Why: Muscles pull sugar out of blood even without much insulin. This lowers the need for the liver to add more.
Add moderate‑intensity exercise most days
How it should feel: Warm skin, light sweat after ~10 minutes, you can talk but not sing. You breathe mostly through your nose; if you must mouth‑breathe hard, it’s too intense.
Examples: Brisk walking, easy cycling, light jogging, water aerobics.
Why: Improves insulin signaling and makes muscles better sugar sponges.
Keep carbs steady across the day
Spread your carbs. Many do better with smaller, steady amounts instead of one huge meal.
A simple pattern to try: alternate 30 g and 15 g of carbs by meal/snack (example: 30 at lunch, 15 mid‑pm, 30 at dinner, 15 in the evening). Your needs may differ.
Track to learn: apps like Lose It or MyFitnessPal can help you see your true portion.
Why: Helps blood sugar, heart health, gut health, and can lower belly (visceral) fat.
Limit refined carbs and saturated fat
Swap ultra‑processed sweets and white flours for whole foods.
Keep saturated fat to less than 10% of calories to ease insulin signaling.
Sleep and stress care
Aim for regular, restful sleep. Manage stress. Both lower cortisol, which helps calm dawn highs.
Target visceral fat
Even small losses around the waist can boost hormones and improve liver signals fast.
It’s common. Hormones rise before you wake (cortisol, glucagon).
In insulin resistance, the “stop” signal to the liver is weak, so the liver releases sugar.
Tip: an easy post‑dinner walk, steady evening carbs (not a big carb blast), better sleep, and your overall plan can help.
Hepatic: liver.
Increased Hepatic Glucose Production: liver makes and releases too much sugar.
Glycogenolysis: using stored liver sugar (glycogen).
Gluconeogenesis: making new sugar.
Insulin: tells cells to take in sugar; tells the liver to stop making sugar.
Glucagon: the opposite helper; tells the liver to release sugar.
Beta cells: in the pancreas; make insulin.
Alpha cells: in the pancreas; make glucagon.
Dawn phenomenon: morning sugar rise from hormones.
Visceral fat: fat deep in the belly around organs; causes hormone trouble.
PPAR‑γ: a tiny cell switch that helps cells respond to insulin.
DPP‑4: an enzyme that breaks down helpful gut hormones.
00:00 Welcome, Mother’s Day love, series reminder (12 core defects)
00:02 Topic intro: Increased Hepatic Glucose Production
00:03 What the liver does and why it releases sugar
00:05 Big words made simple: glycogenolysis and gluconeogenesis
00:07 Insulin resistance = broken “off switch” to the liver
00:09 “The liver did it” and dawn phenomenon
00:13 Alpha vs. beta cells; glucagon’s role
00:14 Meds that help the liver: metformin, GLP‑1s, TZDs, DPP‑4s
00:19 Side effects and trade‑offs
00:22 Behaviors that beat meds: movement, carbs, fiber, sleep, stress
00:23 What is moderate intensity?
00:25 How to spread carbs; simple 30/15 idea; tracking apps
00:28 Visceral fat, cortisol, and better sleep
00:30 Why drug design is hard; kidneys and SGLT‑2s note
00:32 Next week: impaired insulin secretion teaser
Your liver is not “bad.” It’s doing its job. The signals are messy.
Increased Hepatic Glucose Production is a core defect you can influence daily.
Walk after meals. Train moderately most days. Keep carbs steady. Eat fiber. Sleep well.
Meds can help, but your habits drive lasting change.
Remission is real. Step by step wins the day.
Work with your care team before changing meds or exercise.
Try a post‑meal walk today.
Pick one fiber food to add this week.
Track carbs for three days to see your true baseline.
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
10:00 Meds: TZDs/Thiazolidinediones and PPAR-gamma
14:30 Pros of TZDs (insulin sensitivity, fatty liver support)
16:00 Cons of TZDs (fluid retention, heart failure risk)
20:00 Who is at higher risk (HF, long diabetes, high A1C, HTN, CAD, CKD, obesity)
21:30 Bone loss risk, osteoblasts, and why this matters, especially for women
30:00 Saturated vs monounsaturated fats; real peanut butter 101
34:30 Exercise: aerobic + resistance, GLUT4, mitochondria, bone health
38:00 Your one action for the week
39:00 Next episode: increased hepatic glucose production (liver)
Increased lipolysis = extra fat breakdown. Lots of free fatty acids (FFAs) float in your blood. They can move into muscle and liver.
Lipodystrophy = fat stored in the wrong places (like liver, muscle, heart, pancreas) instead of mainly under the skin. That “fat spillover” hurts insulin action.
Inside muscle, fat droplets break into “toxic byproducts” called diacylglycerols (DAGs) and ceramides. These block insulin signals and stop GLUT4 (the sugar door) from opening. Blood sugar rises.
Think of muscle as a sponge. Sugar is water. When the sponge is greasy (fat inside), water runs off. The muscles say, “We’re full.” Sugar stays in the blood.
Fatty liver (NAFLD) is very common with type 2 diabetes. It ties to oxidative stress and the whole “metabolic syndrome” picture.
Names: Thiazolidinediones (TZDs) like pioglitazone (Actos). Rosiglitazone (Avandia) is used less.
How they work: They turn on a switch in your cell nucleus called PPAR-gamma. This helps:
Improve insulin sensitivity
Lower FFAs and lipotoxicity
Store fat under the skin, not around organs
Increase GLUT4 in muscle and fat
Ease fatty liver
Some studies show fewer repeat strokes/heart attacks in high-risk folks
Serious cons to know:
Fluid and sodium retention → can worsen heart failure
Not advised in NYHA class III–IV heart failure (and used with caution in many others)
Weight gain
Bone loss over time (shifts stem cells toward fat cells, away from bone-building cells, called osteoblasts). This is a big deal for older adults, especially postmenopausal women, due to hip and spine fracture risk.
Reality check: Many with type 2 diabetes already have heart problems or risk factors (long duration, high A1C, hypertension, CAD, kidney disease, obesity). For a large slice of people, risks may outweigh benefits. Always talk with your clinician.
These are straight from the science and fit real life.
Omega-3 fats
Eat: salmon, sardines, mackerel
Or use a quality fish oil (third-party tested for purity)
Also: chia seeds, freshly ground flaxseeds
Polyphenols (colorful plants)
Berries (deep red/blue), green tea (EGCG), coffee, dark chocolate/cocoa, turmeric/curcumin
Resveratrol (also found in red wine—enjoy mindfully)
Quercetin (onions, apples)
Fiber and short-chain fatty acids
Beans and lentils, vegetables, whole grains, seeds (flax, chia)
Your gut turns fiber into short-chain fats that help the gut and fat tissue work better
Monounsaturated fats (heart-helping fats)
Olive oil, avocados, almonds, walnuts
They improve lipids, calm inflammation, and help insulin work
Saturated vs. monounsaturated: a quick tip
Saturated fats are often solid at room temp (think bacon fat, shortening)
Monounsaturated fats are liquid (like olive oil)
Nuts are “solid” because of their structure, but their oils (like in natural nut butters) separate and stay liquid
Natural peanut or almond butter should list just “nuts” and maybe “salt”—the oil on top is normal. Stir, then refrigerate. Watch out for “natural” jars with added coconut oil (a saturated fat).
Aerobic exercise (like walking) helps sugar enter muscle even without insulin by moving GLUT4 to the cell surface.
Resistance training (weights or bands) builds muscle so you can store and burn more glucose. It also helps bones.
Bone health tip: Lifting heavier (safely) puts helpful stress along bones and wakes up osteoblasts (bone-building cells). This is key for women after menopause.
Mitochondria (your cell “powerhouses”) work better with regular exercise.
Good news: Exercise helps even without weight loss. A 5–10% weight loss, if needed, can make fatty liver and insulin resistance much better.
Increased Lipolysis and Lipodystrophy: extra fat breakdown and fat stored in the wrong places
FFAs: free fatty acids from fat breakdown
DAGs/Ceramides: toxic fat byproducts that block insulin signals
GLUT4: the “door” that lets sugar into muscle cells
PPAR-gamma: a cell “switch” that controls fat and sugar genes
TZDs: meds (like Actos) that turn on PPAR-gamma
NAFLD: non-alcoholic fatty liver disease
“Muscles are like sponges. When they’re greasy, water (sugar) just runs off.”
“I love exercise because GLUT4 can work without insulin.”
“If you can’t walk, health can fall fast. Protect bone with resistance training.”
“Pick one thing to do this week. Small steps add up.”
Choose one and start today:
Walk 20 minutes every day
Eat fatty fish twice this week (or take a quality omega-3)
Swap butter/shortening for olive oil
Add 1–2 tablespoons of freshly ground flaxseed to yogurt or oats
Add 1 cup of beans to meals 3 times this week
Drink green tea daily
Do 2 short resistance sessions (whole body), even 15 minutes each
Switch to natural nut butter (just nuts + salt)
People with type 2 diabetes or prediabetes
Anyone with signs of insulin resistance (belly fat, high triglycerides, low HDL, high fasting glucose)
Folks worried about fatty liver or bone health
Part 5: Increased hepatic glucose production (your liver and sugar output).
Disclaimer:
The information in this podcast is for educational and informational purposes only. It is not medical advice, diagnosis, or treatment, and it does not replace a one-on-one relationship with your physician or qualified healthcare professional. Always talk with your doctor, pharmacist, or care team before starting, stopping, or changing any medication, supplement, exercise plan, or nutrition plan—especially if you have diabetes, prediabetes, heart, liver, or kidney conditions, or take prescription drugs like metformin or insulin.
Results vary from person to person. Examples, statistics, or studies are shared to educate, not to promise outcomes. Any discussion of medications, dosing, or side effects is general in nature and may not be appropriate for your specific situation. Do not ignore professional medical advice or delay seeking it because of something you read or heard here. If you think you are experiencing an emergency or severe side effects (such as persistent vomiting, severe diarrhea, signs of dehydration, allergic reaction, or symptoms of lactic acidosis), call your local emergency number or seek urgent care right away.
We strive for accuracy, but health information changes over time. We make no guarantees regarding completeness, timeliness, or suitability of the content and assume no liability for actions taken or not taken based on this material. Use of this content is at your own risk.
Links or references to third-party resources are provided for convenience and do not constitute endorsement. By reading, listening, or using this information, you agree to these terms and understand that you are responsible for your own health decisions in partnership with your licensed healthcare provider.
