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Most people never burn stored fat—not because they don't exercise enough, but because insulin never gets a real chance to drop. Dr. Benjamin Bikman explains why in this 2-minute clip: - The fastest way to improve insulin sensitivity? Lower insulin. - The fastest way to lower insulin? Stop eating... (fasting). - When you eat dinner + late snack → insulin stays high for hours into the night. - Then a typical breakfast (bagel, cereal, toast, OJ) spikes it again before it ever reaches baseline. - Mid-morning snack, lunch, afternoon snack… insulin basically never comes down all day. - Result: constant fat-storage mode, worsening insulin resistance, zero fat-burning windows. Prolong the low-insulin period (skip breakfast, skip late snacks, or both) and you give your body hours of real fat-burning time—naturally. Simple shift. Massive metabolic difference. Have you noticed a difference when you give yourself a longer overnight fast (e.g., finish eating by 7 pm, eat again at noon)? What changed for your energy, hunger, or body comp?show more

Camus

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231,601 views • 6 months ago •via X (Twitter)

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Dr. Benjamin Bikman drops a brutal wake-up call on fasting and fat loss: “If you can’t fast for 12 hours as an adult, that’s a terrible sign — it usually means insulin resistance and chronically elevated insulin.” Why it matters: High insulin locks your body in sugar-burning mode. You run out of glucose fast during fasting → you crash, feel awful, and can’t access stored fat. The fix? Lower insulin by weaning off starch and sugar → train your body to burn fat for fuel (which is literally what fat is stored for). “That can only happen when insulin is down.” No 12-hour fast? That’s a red flag. Start small, cut the carbs, and rebuild metabolic flexibility. How long can you currently fast comfortably — and are you ready to push past that 12-hour mark?

Dr. Benjamin Bikman drops a brutal wake-up call on fasting and fat loss: “If you can’t fast for 12 hours as an adult, that’s a terrible sign — it usually means insulin resistance and chronically elevated insulin.” Why it matters: High insulin locks your body in sugar-burning mode. You run out of glucose fast during fasting → you crash, feel awful, and can’t access stored fat. The fix? Lower insulin by weaning off starch and sugar → train your body to burn fat for fuel (which is literally what fat is stored for). “That can only happen when insulin is down.” No 12-hour fast? That’s a red flag. Start small, cut the carbs, and rebuild metabolic flexibility. How long can you currently fast comfortably — and are you ready to push past that 12-hour mark?

Camus

115,846 views • 5 months ago

Dr. Benjamin Bikman drops a practical bombshell on fasting: Skip dinner for the biggest metabolic wins — but most people can't because it's the family/social meal. In this 6:21 clip he explains: - Fasting through dinner objectively yields greater fat loss, insulin control, and metabolic benefits than skipping breakfast (per studies). - Evening is the "witching hour" for temptations — big lunch + modest dinner keeps insulin flatlining early, while skipping dinner risks overindulging and poor sleep. - Breakfast is the easiest skip: no family dynamic upset, busy mornings, Dad can still make crepes for the kids while sipping tea. - "You can't out-exercise a bad diet" — but you can massively improve insulin sensitivity by extending low-insulin windows (e.g., big lunch, light dinner, no late snacks). - Personal rule: Big protein/fat lunch, modest dinner — avoids the "one meal a day at dinner" trap that leads to overeating and failure. His takeaway: Do the fasting window that fits your real life — consistency beats perfection. Have you found skipping breakfast or dinner works better for you (energy, hunger, weight, sleep)? What's your go-to strategy?

Dr. Benjamin Bikman drops a practical bombshell on fasting: Skip dinner for the biggest metabolic wins — but most people can't because it's the family/social meal. In this 6:21 clip he explains: - Fasting through dinner objectively yields greater fat loss, insulin control, and metabolic benefits than skipping breakfast (per studies). - Evening is the "witching hour" for temptations — big lunch + modest dinner keeps insulin flatlining early, while skipping dinner risks overindulging and poor sleep. - Breakfast is the easiest skip: no family dynamic upset, busy mornings, Dad can still make crepes for the kids while sipping tea. - "You can't out-exercise a bad diet" — but you can massively improve insulin sensitivity by extending low-insulin windows (e.g., big lunch, light dinner, no late snacks). - Personal rule: Big protein/fat lunch, modest dinner — avoids the "one meal a day at dinner" trap that leads to overeating and failure. His takeaway: Do the fasting window that fits your real life — consistency beats perfection. Have you found skipping breakfast or dinner works better for you (energy, hunger, weight, sleep)? What's your go-to strategy?

Camus

33,352 views • 5 months ago

Dr. Pradip Jamnadas delivers a crystal-clear message in this 58-second clip: Why fast? To crash insulin. - Insulin only rises when you eat. - Constant eating = constant high insulin. - Fasting (18–24 hours) drops insulin dramatically → next meal triggers far less insulin release (sensitive response vs. “a whole gallon”). - His clinic rule: Eat once or twice a day max, in a 6-hour window (18-hour fast). - “Why are you eating if you just fed?” Simple, brutal logic: Stop grazing. Give your body real breaks from food → reset insulin sensitivity → better metabolic health. This one habit changed everything for many of his patients. Do you intermittent fast (16:8, 18:6, OMAD)? Notice any difference in energy, hunger, or cravings? Or are you still eating 5–6 times a day? Share your experience below — real results only.

Dr. Pradip Jamnadas delivers a crystal-clear message in this 58-second clip: Why fast? To crash insulin. - Insulin only rises when you eat. - Constant eating = constant high insulin. - Fasting (18–24 hours) drops insulin dramatically → next meal triggers far less insulin release (sensitive response vs. “a whole gallon”). - His clinic rule: Eat once or twice a day max, in a 6-hour window (18-hour fast). - “Why are you eating if you just fed?” Simple, brutal logic: Stop grazing. Give your body real breaks from food → reset insulin sensitivity → better metabolic health. This one habit changed everything for many of his patients. Do you intermittent fast (16:8, 18:6, OMAD)? Notice any difference in energy, hunger, or cravings? Or are you still eating 5–6 times a day? Share your experience below — real results only.

Camus

22,904 views • 7 months ago

Dr. Pradip Jamnadas breaks it down simply for beginners: Glucose (sugar) in the bloodstream is toxic—it glycates everything (vessels, enzymes, hormones), aging you prematurely. Body's fix? Pancreas pumps insulin to shove glucose into cells (liver, muscle, everywhere). Eat carbs/starch every 2–3 hours? Insulin spikes repeatedly, never fully drops—leading to chronic high insulin (hyperinsulinemia). Result over years: - Insulin resistance (body needs more insulin for same effect) - Fatty liver & dangerous visceral belly fat (glucose → new fat around organs) - Silent metabolic destruction long before diabetes shows up (A1C normal, but damage underway) By diagnosis of diabetes? Often 10+ years of hidden high insulin + early coronary disease. This 6:05 clip is the clearest "insulin-glucose 101" I've seen—why constant grazing wrecks metabolism. Do you eat every few hours (snacks/meals)? Noticed belly fat creep despite "normal" weight? Tried reducing frequency (e.g., 2–3 meals/day) to lower insulin—any energy/weight shifts? What's one carb habit you're rethinking after this? Real experiences only—let's unpack how this shows up in life.

Dr. Pradip Jamnadas breaks it down simply for beginners: Glucose (sugar) in the bloodstream is toxic—it glycates everything (vessels, enzymes, hormones), aging you prematurely. Body's fix? Pancreas pumps insulin to shove glucose into cells (liver, muscle, everywhere). Eat carbs/starch every 2–3 hours? Insulin spikes repeatedly, never fully drops—leading to chronic high insulin (hyperinsulinemia). Result over years: - Insulin resistance (body needs more insulin for same effect) - Fatty liver & dangerous visceral belly fat (glucose → new fat around organs) - Silent metabolic destruction long before diabetes shows up (A1C normal, but damage underway) By diagnosis of diabetes? Often 10+ years of hidden high insulin + early coronary disease. This 6:05 clip is the clearest "insulin-glucose 101" I've seen—why constant grazing wrecks metabolism. Do you eat every few hours (snacks/meals)? Noticed belly fat creep despite "normal" weight? Tried reducing frequency (e.g., 2–3 meals/day) to lower insulin—any energy/weight shifts? What's one carb habit you're rethinking after this? Real experiences only—let's unpack how this shows up in life.

Camus

135,633 views • 6 months ago

How to ACTUALLY reverse Insulin Resistance That frustrating diagnosis of insulin resistance means the old rulebook for your body is obsolete. What once worked to manage your weight no longer applies. The good news? The new playbook for metabolic recovery doesn’t demand superhuman willpower. As Dr. Annette Bosworth (Dr. Boz) clarifies, reversing insulin resistance hinges on three fundamental shifts. First, track insulin, not calories. The primary lever is your insulin response, not energy units. Carbohydrates trigger the most significant insulin spike, protein a moderate one, and fat the most negligible. In a low-insulin state, dietary fat becomes a powerful metabolic fuel. The directive: embrace fat and restrict carbs to under 20 grams daily. Second, don't eat after dark. The timing of your fat-based meals is critical. Consuming food after sunset carries a heavier metabolic penalty for those with insulin resistance. The golden rule: lengthen the interval between your last bite and bedtime to optimize next-day insulin sensitivity. Third, "measure it if you want to change it." Since you can't easily test insulin directly, Dr. Boz recommends tracking its two most controlled molecules: glucose and ketones. Her innovative "Dr. Boz Ratio" (Glucose ÷ Ketones) serves as a powerful proxy. A lower ratio signals lower insulin, and the ideal time for this measurement is first thing upon waking. The path to reversing insulin resistance is not about deprivation, but about strategic, informed choices.

How to ACTUALLY reverse Insulin Resistance That frustrating diagnosis of insulin resistance means the old rulebook for your body is obsolete. What once worked to manage your weight no longer applies. The good news? The new playbook for metabolic recovery doesn’t demand superhuman willpower. As Dr. Annette Bosworth (Dr. Boz) clarifies, reversing insulin resistance hinges on three fundamental shifts. First, track insulin, not calories. The primary lever is your insulin response, not energy units. Carbohydrates trigger the most significant insulin spike, protein a moderate one, and fat the most negligible. In a low-insulin state, dietary fat becomes a powerful metabolic fuel. The directive: embrace fat and restrict carbs to under 20 grams daily. Second, don't eat after dark. The timing of your fat-based meals is critical. Consuming food after sunset carries a heavier metabolic penalty for those with insulin resistance. The golden rule: lengthen the interval between your last bite and bedtime to optimize next-day insulin sensitivity. Third, "measure it if you want to change it." Since you can't easily test insulin directly, Dr. Boz recommends tracking its two most controlled molecules: glucose and ketones. Her innovative "Dr. Boz Ratio" (Glucose ÷ Ketones) serves as a powerful proxy. A lower ratio signals lower insulin, and the ideal time for this measurement is first thing upon waking. The path to reversing insulin resistance is not about deprivation, but about strategic, informed choices.

Camus

17,349 views • 9 months ago

Losing weight is ridiculously easy in 2025. But if your insulin is high, your body can't burn fat. Ever worse? High insulin wrecks testosterone and quietly drives your blood pressure through the roof. Here are 6 ways to lower it naturally👇 1. Lower your carbohydrate intake Carbs break down into glucose the fastest, forcing your pancreas to pump out insulin to control the spike. When you reduce daily carb load, your blood sugar stays stable. Stable blood sugar = less insulin released = easier fat-burning mode 2. Walk after every meal (even inside the house) A 5-minute walk acts like a glucose sponge. Your muscles pull sugar out of your bloodstream for energy, which lowers the insulin needed to process that meal. Even slow indoor walking reduces post-meal glucose by up to 30% in some studies. 3. Eat protein & fat before carbs Protein and fat slow stomach emptying. When carbs hit your bloodstream more slowly, insulin rises gently instead of spiking. This “food order” trick can reduce the insulin response by 20–40% with the same exact meal. Crazy, right? 4. Fasting. When you’re not eating, your insulin drops. And the longer insulin stays low... The more your body shifts into burning stored fat for energy. Want to supercharge your fasting and knock down blood sugar faster? Berberine might help. It doesn’t simply lower blood sugar and insulin the “natural way”. It activates the enzyme AMP‑activated protein kinase (AMPK) — a fat-burn accelerator. Find it here (Black Friday Amazon Deals) 👇 I also created a FULL-GUIDE on how to use Berberine properly (even if you have never taken it before). Comment "Send" and I'll send it over. (must Follow so I can DM) 4. Strength training. Your muscles act like insulin sponges. The more muscle you have, the more glucose you can store without needing high insulin. Even a single strength workout can increase insulin sensitivity for up to 24–48 hours. 5. Get 7–8 hours of sleep. Poor sleep raises cortisol, and cortisol tells your body to pump out more glucose. More glucose = more insulin. Good sleep resets your hormones overnight and improves insulin sensitivity the next day by 20–30%. 6. Get enough sunlight. Sunlight triggers nitric oxide release in the skin, which helps improve glucose uptake. - Lowers cortisol - Reduces cravings - Stabilizing blood sugar - Sets your circadian rhythm More sunlight = lower insulin throughout the day. My DMs are always open for ANY questions you might have. Thanks for reading until the end, see you in the next one. *Every body works differently, this is not medical advice, just what worked on me." *Always consult a health expert before following any protocols." *Affiliate links included.*

Losing weight is ridiculously easy in 2025. But if your insulin is high, your body can't burn fat. Ever worse? High insulin wrecks testosterone and quietly drives your blood pressure through the roof. Here are 6 ways to lower it naturally👇 1. Lower your carbohydrate intake Carbs break down into glucose the fastest, forcing your pancreas to pump out insulin to control the spike. When you reduce daily carb load, your blood sugar stays stable. Stable blood sugar = less insulin released = easier fat-burning mode 2. Walk after every meal (even inside the house) A 5-minute walk acts like a glucose sponge. Your muscles pull sugar out of your bloodstream for energy, which lowers the insulin needed to process that meal. Even slow indoor walking reduces post-meal glucose by up to 30% in some studies. 3. Eat protein & fat before carbs Protein and fat slow stomach emptying. When carbs hit your bloodstream more slowly, insulin rises gently instead of spiking. This “food order” trick can reduce the insulin response by 20–40% with the same exact meal. Crazy, right? 4. Fasting. When you’re not eating, your insulin drops. And the longer insulin stays low... The more your body shifts into burning stored fat for energy. Want to supercharge your fasting and knock down blood sugar faster? Berberine might help. It doesn’t simply lower blood sugar and insulin the “natural way”. It activates the enzyme AMP‑activated protein kinase (AMPK) — a fat-burn accelerator. Find it here (Black Friday Amazon Deals) 👇 I also created a FULL-GUIDE on how to use Berberine properly (even if you have never taken it before). Comment "Send" and I'll send it over. (must Follow so I can DM) 4. Strength training. Your muscles act like insulin sponges. The more muscle you have, the more glucose you can store without needing high insulin. Even a single strength workout can increase insulin sensitivity for up to 24–48 hours. 5. Get 7–8 hours of sleep. Poor sleep raises cortisol, and cortisol tells your body to pump out more glucose. More glucose = more insulin. Good sleep resets your hormones overnight and improves insulin sensitivity the next day by 20–30%. 6. Get enough sunlight. Sunlight triggers nitric oxide release in the skin, which helps improve glucose uptake. - Lowers cortisol - Reduces cravings - Stabilizing blood sugar - Sets your circadian rhythm More sunlight = lower insulin throughout the day. My DMs are always open for ANY questions you might have. Thanks for reading until the end, see you in the next one. Every body works differently, this is not medical advice, just what worked on me." Always consult a health expert before following any protocols." Affiliate links included.

Achilleas

60,484 views • 8 months ago

Think your blood glucose tells the whole story? Think again. Dr. Ben Bikman (Benjamin Bikman) joins me to discuss insulin resistance, including why it often remains hidden until late stages and simple ways to detect it early. We explore insulin’s lesser-known roles in fat storage, appetite regulation, inflammation, and chronic disease. You’ll also learn how macronutrients, meal timing, and frequency uniquely influence your insulin sensitivity, and the critical differences between visceral and subcutaneous fat. Finally, we dive into how stress, sleep deprivation, nicotine, and environmental toxins shape your metabolism and unpack the realities of popular GLP-1 receptor agonist medications (like Ozempic), including their benefits, risks, and the intriguing potential of microdosing. We also provide practical, actionable strategies, dietary adjustments, exercise protocols, and targeted supplements that you can implement today to significantly boost insulin sensitivity and support long-term metabolic health. If you want to understand insulin resistance and take immediate steps to improve your metabolic health - this conversation is a must-watch. Watch the full episode on X and YouTube or listen on Spotify and Apple Podcasts now. Links in the comments. Timestamps: 0:00 - Introduction 1:33 - Can you be insulin resistant with normal glucose levels? 5:13 - Can glucose monitors detect hidden insulin resistance? 6:43 - What your skin reveals about insulin resistance 8:07 - Why is insulin resistance behind so many chronic diseases? 12:28 - Does obesity cause insulin resistance—or vice versa? 19:20 - Insulin’s surprising roles beyond blood sugar control 20:18 - What’s driving weight gain—insulin or calories? 27:12 - Do saturated fats cause insulin resistance? 33:44 - Why refined carbs amplify risks from saturated fat 36:46 - Fructose vs. refined sugar—which spikes insulin more? 37:43 - High-carb vs. keto—which diet controls hunger better? 42:09 - Why low-carb diets might provide a metabolic advantage 44:18 - Does exercise give you metabolic ‘wiggle room’? 48:42 - Why strength training beats cardio for insulin sensitivity 53:54 - Does meal frequency drive insulin resistance? 57:14 - Is nighttime snacking giving you insomnia? 59:06 - Can a sugary breakfast lead to overeating later? 1:04:01 - Does late-night eating disrupt sleep more than blue light? 1:05:41 - Can one bad night’s sleep trigger insulin resistance? 1:09:06 - Can air pollution cause weight gain? 1:12:58 - Vaping vs. smoking—which is worse for metabolic health? 1:14:20 - Can statins and antidepressants trigger weight gain? 1:17:04 - How to reverse insulin resistance in 90 days 1:27:35 - Ketone supplements—are the metabolic benefits real? 1:33:16 - Why some ethnicities get diabetes without obesity 1:41:11 - How oversized fat cells trigger metabolic chaos 1:46:10 - Do seed oils silently promote insulin resistance? 1:49:27 - Seed oils—always harmful or only when heated? 2:01:03 - Do fat cells shrink or disappear with weight loss? 2:03:48 - Are shrunken fat cells still insulin resistant? 2:06:23 - Injecting insulin for muscle—are the risks worth it? 2:09:27 - Are drugs like Ozempic a shortcut or solution for obesity? 2:15:55 - Are current GLP-1 agonist doses too high? 2:16:44 - Microdosing GLP-1 drugs—a solution for carb cravings? 2:22:43 - Do these medications cause muscle loss? 2:25:12 - Do GLP-1 agonist benefits extend beyond weight loss? 2:27:23 - Could these treatments actually promote longevity? 2:32:55 - The dark side of GLP-1 drugs—can they trigger depression? 2:36:14 - Insulin vs. glucose—what really drives accelerated aging? 2:41:16 - How high glucose levels damage cells 2:43:23 - How insulin shuts down your body’s stress defenses 2:47:57 - Which biomarkers best predict biological aging? 2:54:01 - Does eating dinner early improve insulin sensitivity?

Think your blood glucose tells the whole story? Think again. Dr. Ben Bikman (Benjamin Bikman) joins me to discuss insulin resistance, including why it often remains hidden until late stages and simple ways to detect it early. We explore insulin’s lesser-known roles in fat storage, appetite regulation, inflammation, and chronic disease. You’ll also learn how macronutrients, meal timing, and frequency uniquely influence your insulin sensitivity, and the critical differences between visceral and subcutaneous fat. Finally, we dive into how stress, sleep deprivation, nicotine, and environmental toxins shape your metabolism and unpack the realities of popular GLP-1 receptor agonist medications (like Ozempic), including their benefits, risks, and the intriguing potential of microdosing. We also provide practical, actionable strategies, dietary adjustments, exercise protocols, and targeted supplements that you can implement today to significantly boost insulin sensitivity and support long-term metabolic health. If you want to understand insulin resistance and take immediate steps to improve your metabolic health - this conversation is a must-watch. Watch the full episode on X and YouTube or listen on Spotify and Apple Podcasts now. Links in the comments. Timestamps: 0:00 - Introduction 1:33 - Can you be insulin resistant with normal glucose levels? 5:13 - Can glucose monitors detect hidden insulin resistance? 6:43 - What your skin reveals about insulin resistance 8:07 - Why is insulin resistance behind so many chronic diseases? 12:28 - Does obesity cause insulin resistance—or vice versa? 19:20 - Insulin’s surprising roles beyond blood sugar control 20:18 - What’s driving weight gain—insulin or calories? 27:12 - Do saturated fats cause insulin resistance? 33:44 - Why refined carbs amplify risks from saturated fat 36:46 - Fructose vs. refined sugar—which spikes insulin more? 37:43 - High-carb vs. keto—which diet controls hunger better? 42:09 - Why low-carb diets might provide a metabolic advantage 44:18 - Does exercise give you metabolic ‘wiggle room’? 48:42 - Why strength training beats cardio for insulin sensitivity 53:54 - Does meal frequency drive insulin resistance? 57:14 - Is nighttime snacking giving you insomnia? 59:06 - Can a sugary breakfast lead to overeating later? 1:04:01 - Does late-night eating disrupt sleep more than blue light? 1:05:41 - Can one bad night’s sleep trigger insulin resistance? 1:09:06 - Can air pollution cause weight gain? 1:12:58 - Vaping vs. smoking—which is worse for metabolic health? 1:14:20 - Can statins and antidepressants trigger weight gain? 1:17:04 - How to reverse insulin resistance in 90 days 1:27:35 - Ketone supplements—are the metabolic benefits real? 1:33:16 - Why some ethnicities get diabetes without obesity 1:41:11 - How oversized fat cells trigger metabolic chaos 1:46:10 - Do seed oils silently promote insulin resistance? 1:49:27 - Seed oils—always harmful or only when heated? 2:01:03 - Do fat cells shrink or disappear with weight loss? 2:03:48 - Are shrunken fat cells still insulin resistant? 2:06:23 - Injecting insulin for muscle—are the risks worth it? 2:09:27 - Are drugs like Ozempic a shortcut or solution for obesity? 2:15:55 - Are current GLP-1 agonist doses too high? 2:16:44 - Microdosing GLP-1 drugs—a solution for carb cravings? 2:22:43 - Do these medications cause muscle loss? 2:25:12 - Do GLP-1 agonist benefits extend beyond weight loss? 2:27:23 - Could these treatments actually promote longevity? 2:32:55 - The dark side of GLP-1 drugs—can they trigger depression? 2:36:14 - Insulin vs. glucose—what really drives accelerated aging? 2:41:16 - How high glucose levels damage cells 2:43:23 - How insulin shuts down your body’s stress defenses 2:47:57 - Which biomarkers best predict biological aging? 2:54:01 - Does eating dinner early improve insulin sensitivity?

Dr. Rhonda Patrick

148,954 views • 1 year ago

Your body on a 24-hour fast (step-by-step magic): 0–4 hrs: Stops digesting → insulin drops 4–8 hrs: Burns stored sugar 8–12 hrs: Glycogen tapped, mini-ketosis kicks in 12–16 hrs: Full fat-burning mode 16+ hrs: Autophagy — recycles damaged cells 24 hrs: Deep repair, inflammation ↓, insulin sensitivity ↑ Your body literally thanks you for the break. 45-sec clip — this is what happens when you give it 24 hours 👇 Comment if you've ever done a 24-hour fast (and how you felt)!

Your body on a 24-hour fast (step-by-step magic): 0–4 hrs: Stops digesting → insulin drops 4–8 hrs: Burns stored sugar 8–12 hrs: Glycogen tapped, mini-ketosis kicks in 12–16 hrs: Full fat-burning mode 16+ hrs: Autophagy — recycles damaged cells 24 hrs: Deep repair, inflammation ↓, insulin sensitivity ↑ Your body literally thanks you for the break. 45-sec clip — this is what happens when you give it 24 hours 👇 Comment if you've ever done a 24-hour fast (and how you felt)!

Camus

42,085 views • 7 months ago

Insulin sensitivity and glucose handling are most effective in the morning. That’s one reason I’m a fan of early time-restricted eating and not a fan of eating large meals (especially carb-heavy ones) within about 3 hours of bed. You can eat the exact same meal, with the same calories and macros, and get a very different insulin response depending on when you eat it. One reason is melatonin. As melatonin rises in the last few hours before your natural bedtime, it’s signaling to organs, including the pancreas, that it’s time to shift into recovery mode. That means insulin secretion may be less efficient late at night. This is how I prefer to eat, and many people find it to be beneficial. From my discussion with Andrew D. Huberman, Ph.D. earlier this year.

Insulin sensitivity and glucose handling are most effective in the morning. That’s one reason I’m a fan of early time-restricted eating and not a fan of eating large meals (especially carb-heavy ones) within about 3 hours of bed. You can eat the exact same meal, with the same calories and macros, and get a very different insulin response depending on when you eat it. One reason is melatonin. As melatonin rises in the last few hours before your natural bedtime, it’s signaling to organs, including the pancreas, that it’s time to shift into recovery mode. That means insulin secretion may be less efficient late at night. This is how I prefer to eat, and many people find it to be beneficial. From my discussion with Andrew D. Huberman, Ph.D. earlier this year.

Dr. Rhonda Patrick

125,484 views • 2 months ago

Protein is essential. But more protein is NOT always better for fat loss. If your meals are very lean, your body can convert excess protein into glucose through gluconeogenesis instead of burning stored fat. That can keep insulin higher than expected and slow metabolic progress, especially for people healing insulin resistance or trying to stay in deep ketosis. If you’re still hungry after eating, the answer is usually not more protein. It’s more fat. Fat increases satiety, stabilizes energy, and signals your body that it’s safe to access stored fuel instead of defending it. This is what eating fat-forward actually means. If you want help figuring out your personal fat-to-protein balance, grab my Metabolic Blueprint assessment ❤️👑

Protein is essential. But more protein is NOT always better for fat loss. If your meals are very lean, your body can convert excess protein into glucose through gluconeogenesis instead of burning stored fat. That can keep insulin higher than expected and slow metabolic progress, especially for people healing insulin resistance or trying to stay in deep ketosis. If you’re still hungry after eating, the answer is usually not more protein. It’s more fat. Fat increases satiety, stabilizes energy, and signals your body that it’s safe to access stored fuel instead of defending it. This is what eating fat-forward actually means. If you want help figuring out your personal fat-to-protein balance, grab my Metabolic Blueprint assessment ❤️👑

Queen of Carni

28,016 views • 4 months ago

Hyperinsulinemia: The Silent Artery Killer Hiding in “Normal” Blood Tests Dr. Pradip Jamnadas shares a chilling pattern from decades in the cath lab: A 28-year-old man had a massive heart attack. Not diabetic on paper. Hemoglobin A1c “normal.” But visceral belly fat, fatty liver, and hyperinsulinemia (sky-high insulin levels) with pre-diabetic glucose spikes after a tolerance test. Key insight: “None of my heart attack patients were outright diabetics… but when I started testing insulin levels, insulin was off the charts—even when sugars weren’t ‘diabetic high.’” Insulin is highly atherogenic: - Drives smooth muscle proliferation in artery walls - Causes vasoconstriction - Makes blood more clotty - Fuels inflammation The real culprit wasn’t just high blood sugar—it was hyperinsulinemia quietly destroying arteries for years before the first symptom. Clip from this 2:23 eye-opener — the hidden metabolic driver most doctors still overlook. How many “healthy on paper” young people are walking around with dangerously high insulin right now? Have you ever had fasting insulin or a proper glucose tolerance test checked? Your thoughts — drop them below.

Hyperinsulinemia: The Silent Artery Killer Hiding in “Normal” Blood Tests Dr. Pradip Jamnadas shares a chilling pattern from decades in the cath lab: A 28-year-old man had a massive heart attack. Not diabetic on paper. Hemoglobin A1c “normal.” But visceral belly fat, fatty liver, and hyperinsulinemia (sky-high insulin levels) with pre-diabetic glucose spikes after a tolerance test. Key insight: “None of my heart attack patients were outright diabetics… but when I started testing insulin levels, insulin was off the charts—even when sugars weren’t ‘diabetic high.’” Insulin is highly atherogenic: - Drives smooth muscle proliferation in artery walls - Causes vasoconstriction - Makes blood more clotty - Fuels inflammation The real culprit wasn’t just high blood sugar—it was hyperinsulinemia quietly destroying arteries for years before the first symptom. Clip from this 2:23 eye-opener — the hidden metabolic driver most doctors still overlook. How many “healthy on paper” young people are walking around with dangerously high insulin right now? Have you ever had fasting insulin or a proper glucose tolerance test checked? Your thoughts — drop them below.

Camus

20,215 views • 5 months ago

"A Low Salt Diet Causes Insulin Resistance & High Blood Pressure." Dr Ben Bikman, PhD "A Physician Should Never Tell A Patient To 'Cut Back On Salt'...This Causes Higher Insulin & Higher Blood Pressure." Salt Is The 2nd Major Constituent In The Body & We Need Salt At All Times. When salt intake is restricted, the body activates hormonal systems to retain sodium & cause insulin resistance: 🛞 Activation of the renin-angiotensin-aldosterone system (RAAS): Restricting sodium causes the body to release hormones like renin, aldosterone & angiotensin II to help retain sodium. This increases insulin resistance. 🛞 Increased stress hormones: Low sodium intake increases the body's levels of stress hormones, such as noradrenaline. Elevated levels of these hormones cause insulin resistance. 🛞 Reduced blood flow to muscles: A drop in blood volume due to sodium restriction reduces blood flow to skeletal muscles. This impairs the delivery of insulin & glucose to muscle tissue, worsening insulin resistance. 🛞 Increased insulin levels: The body responds to salt restriction by increasing fasting insulin levels as a compensatory measure to retain sodium. This is a risk factor for developing type 2 diabetes. 5 Ways Insulin Resistance Causes High Blood Pressure: 🛞 Sodium & water retention: When insulin resistance occurs, the pancreas produces excess insulin to manage blood sugar. The high levels of insulin overstimulate the kidneys to reabsorb more sodium & water, which increases blood volume & raises blood pressure. 🛞 Vascular dysfunction: Healthy insulin signaling promotes the production of nitric oxide (NO), a molecule that relaxes blood vessels & improves blood flow. In an insulin-resistant state, this process is halted & blood pressure rises to dangerous levels. 🛞 Increased sympathetic nervous system activity: High insulin levels overstimulate the sympathetic nervous system, which controls the body's "fight or flight" response. This increases heart rate, constricts blood vessels & activates the RAAS system, which further promotes sodium & water retention. 🛞 Chronic inflammation & oxidative stress: Insulin resistance causes low-grade chronic inflammation & oxidative stress throughout the body. These processes damage the lining of blood vessels (the endothelium). 🛞 Vascular stiffening: Over time, the chronic inflammation & other issues leads to arterial remodeling & stiffening. This makes arteries less flexible & more resistant to blood flow, forcing the heart to pump harder & elevating blood pressure. Salt is not created equal....table salt is highly processed & toxic. The chemical processing of table salt strips it of all minerals, leaving only isolated sodium chloride. Table salt is bleached & then ingredients like sodium ferrocyanide, ammonium citrate, aluminium silicate, sugar(dextrose) & anticaking agents are added. Healthy salt is unrefined mineral salt...unprocessed celtic or grey salt that retains all of the 80+ trace minerals. Seek out ones that are microplastic, heavy metals & contaminant free. 👇Sodium Restriction Causes Insulin Resistance👇 👇Low Salt Diet Increases Insulin Resistance👇 👇Insulin Resistance Causes Hypertension👇 Speaker: Dr Benjamin Bikman, PhD

"A Low Salt Diet Causes Insulin Resistance & High Blood Pressure." Dr Ben Bikman, PhD "A Physician Should Never Tell A Patient To 'Cut Back On Salt'...This Causes Higher Insulin & Higher Blood Pressure." Salt Is The 2nd Major Constituent In The Body & We Need Salt At All Times. When salt intake is restricted, the body activates hormonal systems to retain sodium & cause insulin resistance: 🛞 Activation of the renin-angiotensin-aldosterone system (RAAS): Restricting sodium causes the body to release hormones like renin, aldosterone & angiotensin II to help retain sodium. This increases insulin resistance. 🛞 Increased stress hormones: Low sodium intake increases the body's levels of stress hormones, such as noradrenaline. Elevated levels of these hormones cause insulin resistance. 🛞 Reduced blood flow to muscles: A drop in blood volume due to sodium restriction reduces blood flow to skeletal muscles. This impairs the delivery of insulin & glucose to muscle tissue, worsening insulin resistance. 🛞 Increased insulin levels: The body responds to salt restriction by increasing fasting insulin levels as a compensatory measure to retain sodium. This is a risk factor for developing type 2 diabetes. 5 Ways Insulin Resistance Causes High Blood Pressure: 🛞 Sodium & water retention: When insulin resistance occurs, the pancreas produces excess insulin to manage blood sugar. The high levels of insulin overstimulate the kidneys to reabsorb more sodium & water, which increases blood volume & raises blood pressure. 🛞 Vascular dysfunction: Healthy insulin signaling promotes the production of nitric oxide (NO), a molecule that relaxes blood vessels & improves blood flow. In an insulin-resistant state, this process is halted & blood pressure rises to dangerous levels. 🛞 Increased sympathetic nervous system activity: High insulin levels overstimulate the sympathetic nervous system, which controls the body's "fight or flight" response. This increases heart rate, constricts blood vessels & activates the RAAS system, which further promotes sodium & water retention. 🛞 Chronic inflammation & oxidative stress: Insulin resistance causes low-grade chronic inflammation & oxidative stress throughout the body. These processes damage the lining of blood vessels (the endothelium). 🛞 Vascular stiffening: Over time, the chronic inflammation & other issues leads to arterial remodeling & stiffening. This makes arteries less flexible & more resistant to blood flow, forcing the heart to pump harder & elevating blood pressure. Salt is not created equal....table salt is highly processed & toxic. The chemical processing of table salt strips it of all minerals, leaving only isolated sodium chloride. Table salt is bleached & then ingredients like sodium ferrocyanide, ammonium citrate, aluminium silicate, sugar(dextrose) & anticaking agents are added. Healthy salt is unrefined mineral salt...unprocessed celtic or grey salt that retains all of the 80+ trace minerals. Seek out ones that are microplastic, heavy metals & contaminant free. 👇Sodium Restriction Causes Insulin Resistance👇 👇Low Salt Diet Increases Insulin Resistance👇 👇Insulin Resistance Causes Hypertension👇 Speaker: Dr Benjamin Bikman, PhD

Valerie Anne Smith

502,770 views • 10 months ago

Most people think fat adaptation just means your body burns fat for fuel. That is true but it is only the beginning of the story. Here is what actually happens when you become fat adapted. Your insulin drops. Your blood sugar stabilizes. Your inflammation starts to go away. Your hunger stops spiking because you are no longer on that blood sugar roller coaster all day long. Your energy becomes steady and consistent instead of crashing and spiking with every meal. And then the thing everyone is actually waiting for, your body starts tapping into your stored fat because it finally has permission to access it. That is the turning point. That is when everything changes. When you are stuck in sugar burning mode your body literally cannot access your fat stores efficiently because insulin is keeping them locked up. The moment you stop flooding your system with glucose your insulin normalizes, the lock comes off, and your body starts doing what it was always designed to do. This is not just weight loss. This is metabolic stability. This is your body repairing itself. This is the moment your body stops working against you and starts working with you. I teach exactly how I got there in my book This Is Not About Weight Loss. The link is in my bio. There are also free resources there to get you started. Eat the fat. 🥩👑

Most people think fat adaptation just means your body burns fat for fuel. That is true but it is only the beginning of the story. Here is what actually happens when you become fat adapted. Your insulin drops. Your blood sugar stabilizes. Your inflammation starts to go away. Your hunger stops spiking because you are no longer on that blood sugar roller coaster all day long. Your energy becomes steady and consistent instead of crashing and spiking with every meal. And then the thing everyone is actually waiting for, your body starts tapping into your stored fat because it finally has permission to access it. That is the turning point. That is when everything changes. When you are stuck in sugar burning mode your body literally cannot access your fat stores efficiently because insulin is keeping them locked up. The moment you stop flooding your system with glucose your insulin normalizes, the lock comes off, and your body starts doing what it was always designed to do. This is not just weight loss. This is metabolic stability. This is your body repairing itself. This is the moment your body stops working against you and starts working with you. I teach exactly how I got there in my book This Is Not About Weight Loss. The link is in my bio. There are also free resources there to get you started. Eat the fat. 🥩👑

Queen of Carni

11,330 views • 4 months ago

Dr. Pradip Jamnadas gave the simplest, most powerful longevity hack most people ignore: “If you just want to be healthy, stay disease-free, avoid diabetes and modern illnesses—eat once a day, or at most twice a day in a 6–8 hour window.” That’s it. No complicated diets. No endless calorie counting. Practical example he gave: Lunch at 1 PM → dinner at 6–7 PM → nothing else. Zero snacking in between. Why? Every snack spikes insulin, breaks the fast, stops ketogenesis, and keeps your body in constant storage mode instead of repair mode. Time-restricted eating (once or twice a day) = general maintenance + fat loss + metabolic reset. If you tried eating only once or twice a day in a tight window… how many days did you last—and how did you feel?

Dr. Pradip Jamnadas gave the simplest, most powerful longevity hack most people ignore: “If you just want to be healthy, stay disease-free, avoid diabetes and modern illnesses—eat once a day, or at most twice a day in a 6–8 hour window.” That’s it. No complicated diets. No endless calorie counting. Practical example he gave: Lunch at 1 PM → dinner at 6–7 PM → nothing else. Zero snacking in between. Why? Every snack spikes insulin, breaks the fast, stops ketogenesis, and keeps your body in constant storage mode instead of repair mode. Time-restricted eating (once or twice a day) = general maintenance + fat loss + metabolic reset. If you tried eating only once or twice a day in a tight window… how many days did you last—and how did you feel?

Camus

48,162 views • 6 months ago

Could one ratio tell you if your heart is healthy? Yes — the triglyceride-to-HDL ratio (TG ÷ HDL) is one of the strongest simple markers we have. Dr. Ben Bikman and many metabolic experts highlight it because: • Lower ratio ( 2.0) often signals insulin resistance and higher cardiovascular risk. Real-world wins: low-carb, carnivore, cutting sugar/seed oils, and prioritizing animal protein/fat often drops this ratio dramatically. No single number is perfect — pair it with ApoB, fasting insulin, hs-CRP, blood pressure, and lifestyle — but this one is incredibly useful. What’s your TG/HDL ratio? Drop it below 👇 Mine is 0.58

Could one ratio tell you if your heart is healthy? Yes — the triglyceride-to-HDL ratio (TG ÷ HDL) is one of the strongest simple markers we have. Dr. Ben Bikman and many metabolic experts highlight it because: • Lower ratio ( 2.0) often signals insulin resistance and higher cardiovascular risk. Real-world wins: low-carb, carnivore, cutting sugar/seed oils, and prioritizing animal protein/fat often drops this ratio dramatically. No single number is perfect — pair it with ApoB, fasting insulin, hs-CRP, blood pressure, and lifestyle — but this one is incredibly useful. What’s your TG/HDL ratio? Drop it below 👇 Mine is 0.58

Valerie Anne Smith

17,942 views • 1 month ago

King68 REVEALS how your favorite HEALTHY FRUIT might actually be KEEPING you FAT 😳👀 "Fruits are good for you, but for somebody that's really trying to lose weight, they need to be doing things that don't spike their sugar. That's the key." "Why people gain fat and gain a lot of weight is because you're spiking your insulin levels and your sugar goes up and your body goes into fat storage mode." "So when you eat, when you eat fruits, especially in the morning, you're spiking the shit out of your glucose."

King68 REVEALS how your favorite HEALTHY FRUIT might actually be KEEPING you FAT 😳👀 "Fruits are good for you, but for somebody that's really trying to lose weight, they need to be doing things that don't spike their sugar. That's the key." "Why people gain fat and gain a lot of weight is because you're spiking your insulin levels and your sugar goes up and your body goes into fat storage mode." "So when you eat, when you eat fruits, especially in the morning, you're spiking the shit out of your glucose."

S6BER

50,965 views • 2 months ago

Mark Sisson skips breakfast and eats two meals a day, around 1pm and dinner. He developed “metabolic flexibility”, the ability to burn stored body fat for energy when not eating. No constant snacking needed. He wakes up, has coffee, works out fasted, and feels great. He aims for about 120 grams of protein a day from fish, steak, and shakes, not the extreme amounts some push. Metabolic flexibility improves insulin sensitivity and fat oxidation, allowing the body to switch efficiently between carbs and fats for fuel, which can enhance energy and reduce hunger. A simple approach to staying lean and energized. What do you think, could skipping breakfast and eating fewer meals work for you?

Mark Sisson skips breakfast and eats two meals a day, around 1pm and dinner. He developed “metabolic flexibility”, the ability to burn stored body fat for energy when not eating. No constant snacking needed. He wakes up, has coffee, works out fasted, and feels great. He aims for about 120 grams of protein a day from fish, steak, and shakes, not the extreme amounts some push. Metabolic flexibility improves insulin sensitivity and fat oxidation, allowing the body to switch efficiently between carbs and fats for fuel, which can enhance energy and reduce hunger. A simple approach to staying lean and energized. What do you think, could skipping breakfast and eating fewer meals work for you?

Camus

65,523 views • 1 month ago

Eating within 3 hours of bedtime sabotages both your sleep quality and blood sugar control When you eat late at night, your body is already producing melatonin—but this blocks insulin production This means your blood sugar stays elevated for hours while your digestive organs work through the night instead of entering repair mode When you stop eating 3 hours before bed and sleep 8-9 hours, your organs get a critical 6-7 hour window dedicated entirely to restoration and repair

Eating within 3 hours of bedtime sabotages both your sleep quality and blood sugar control When you eat late at night, your body is already producing melatonin—but this blocks insulin production This means your blood sugar stays elevated for hours while your digestive organs work through the night instead of entering repair mode When you stop eating 3 hours before bed and sleep 8-9 hours, your organs get a critical 6-7 hour window dedicated entirely to restoration and repair

FoundMyFitness Clips

267,544 views • 11 months ago

Everyone keeps telling her to eat less fat so her body will burn stored fat. But it is not working. And there is a reason for that. When you come from a background of insulin resistance your body has literally lost the ability to tap into stored fat. Elevated insulin for extended periods shoves glucose into your fat cells and locks it behind closed doors. Your liver is still running around looking for glucose because that is all it has ever known. You cannot fix that by eating less fat. You fix it by flooding your body with fat. I am talking 150 to 200 grams a day. You have to force your liver to stop looking for glucose and finally accept fat as its fuel source. That is not maintenance eating. That is metabolic retraining. And before you close this post let me remind you what fat actually does for your body. Your brain is nearly 60% fat. Every single one of your hormones is made from fat. Your cell membranes are made from fat. Fat carries your fat soluble vitamins, A, D, E and K, without fat you cannot absorb them at all. Fat keeps you satiated, stabilizes your mood, gives you steady energy, and keeps your hormones balanced. Fat is not the enemy. Fat is literally the building material your body runs on. About 70% of your calories should be coming from fat. That is not a typo. Once your liver concedes and fat becomes the rule of the land that is fat adaptation. And THAT is when you can start pulling back on dietary fat slightly and let your body tap into its own stores. That is when the weight really starts moving. I know it sounds completely backwards. I lived on low fat my entire life and ballooned to 330 pounds eating way too many carbohydrates. It took me months to unlearn everything I had been taught. The answer has always been fat. It will always be fat.👑

Everyone keeps telling her to eat less fat so her body will burn stored fat. But it is not working. And there is a reason for that. When you come from a background of insulin resistance your body has literally lost the ability to tap into stored fat. Elevated insulin for extended periods shoves glucose into your fat cells and locks it behind closed doors. Your liver is still running around looking for glucose because that is all it has ever known. You cannot fix that by eating less fat. You fix it by flooding your body with fat. I am talking 150 to 200 grams a day. You have to force your liver to stop looking for glucose and finally accept fat as its fuel source. That is not maintenance eating. That is metabolic retraining. And before you close this post let me remind you what fat actually does for your body. Your brain is nearly 60% fat. Every single one of your hormones is made from fat. Your cell membranes are made from fat. Fat carries your fat soluble vitamins, A, D, E and K, without fat you cannot absorb them at all. Fat keeps you satiated, stabilizes your mood, gives you steady energy, and keeps your hormones balanced. Fat is not the enemy. Fat is literally the building material your body runs on. About 70% of your calories should be coming from fat. That is not a typo. Once your liver concedes and fat becomes the rule of the land that is fat adaptation. And THAT is when you can start pulling back on dietary fat slightly and let your body tap into its own stores. That is when the weight really starts moving. I know it sounds completely backwards. I lived on low fat my entire life and ballooned to 330 pounds eating way too many carbohydrates. It took me months to unlearn everything I had been taught. The answer has always been fat. It will always be fat.👑

Queen of Carni

18,088 views • 4 months ago