The 15 Most Powerful Ways to Lower HbA1c (Backed by Science)

[00:00:00]Your A1C number can predict heart disease, stroke, kidney failure, nerve damage, and even cognitive decline.

[00:00:07]And here is the part that stops most people cold: it can be climbing for years without a single symptom.

[00:00:14]No pain, no warning sign, no flashing red light.

[00:00:17]Just damage accumulating quietly inside your blood vessels, your kidneys, your nerves, and your eyes while the number on the lab report slowly ticks upward.

[00:00:27]But here's what almost nobody tells you about A1C.

[00:00:30]It's not fixed, it's not a verdict, and it's not primarily driven by carbohydrates.

[00:00:35]A1C is largely a reflection of one thing, how well your cells respond to insulin.

[00:00:41]And when insulin sensitivity improves, A1C often comes down dramatically in ways that genuinely surprise people who have been told this condition is chronic and progressive.

[00:00:52]In this video, I'm going to walk you through 15 scientifically proven ways to lower A1C naturally and sustainably.

[00:01:00]Diet, movement, sleep, stress, liver fat, fasting, and the exact physiology driving elevated glucose in the first place.

[00:01:09]And for each one, I'm going to tell you exactly how to apply it, so by the end of this video, you have a complete actionable plan that can get you to the best A1C you've ever seen.

[00:01:19]And I want to warn you, before we get into this list, number three directly contradicts what most people with diabetes have been told about carbohydrates.

[00:01:27]Stay with me on that one because the science is worth understanding.

[00:01:31]If you want our free guide on how to put all 15 of these into practice step by step, comment guide below.

[00:01:37]Completely free, just comment guide below.

[00:01:40]Let's start with what A1C actually is.

[00:01:43]A1C measures the percentage of hemoglobin molecules in your red blood cells that have glucose attached to them.

[00:01:52]Red blood cells live for roughly 120 days.

[00:01:55]So A1C gives you an average picture of blood glucose exposure over approximately the previous three months.

[00:02:02]A single fasting glucose reading is one snapshot.

[00:02:06]A1C is the whole photo album.

[00:02:08]The higher your average blood glucose, the more glucose attaches to hemoglobin.

[00:02:13]And glucose does not just stick to hemoglobin.

[00:02:15]It sticks to proteins throughout the body.

[00:02:18]This process accelerates tissue damage in blood vessels, kidneys, nerves, and the retina, which is why elevated A1C predicts so many different complications.

[00:02:29]But here's the question most people never get a satisfying answer to: Why is blood glucose elevated in the first place?

[00:02:36]The answer is insulin resistance, and the primary driver of insulin resistance is fat accumulating inside muscle and liver cells in places it was never designed to be stored.

[00:02:48]That fat physically disrupts the machinery insulin needs to move glucose from the blood into the cell.

[00:02:55]Glucose stays in the bloodstream longer than it should.

[00:02:58]A1C rises.

[00:03:00]Every single intervention on this list works by improving insulin sensitivity, reducing that intracellular fat, or increasing the rate at which glucose leaves the bloodstream.

[00:03:11]Once you understand that- The whole list makes sense.

[00:03:15]Number one, swap refined carbohydrates for whole food carbohydrates.

[00:03:20]Most people assume A1C rises because of carbohydrates.

[00:03:23]That assumption has caused enormous harm.

[00:03:26]The research is consistent.

[00:03:28]Insulin resistance is the primary driver of elevated blood glucose, not carbohydrate intake.

[00:03:33]The problem is not that carbohydrates produce glucose.

[00:03:36]The problem is that the cellular machinery processing that glucose is impaired.

[00:03:40]Think of it like a clogged sink.

[00:03:43]You turn on the faucet and the water starts pooling.

[00:03:45]You could blame the water.

[00:03:47]You could turn the faucet down, use less water, trickle it in slowly, and yes, the sink would overflow less, but the drain is still clogged.

[00:03:55]The water still has nowhere to go.

[00:03:57]The moment you turn the faucet back up, the problem comes right back.

[00:04:02]That clogged drain is insulin resistance.

[00:04:05]The faucet is your food, and the fix is not less water.

[00:04:09]The fix is clearing the drain.

[00:04:11]Now, not all carbohydrates travel through the drain the same way.

[00:04:15]Refined carbohydrates, things like white bread, crackers, pastries, sugary drinks, and most packaged snacks have been stripped of their fiber and natural food structure.

[00:04:25]They absorb rapidly, flood the bloodstream with glucose all at once, and arrive with almost none of the nutrients that slow or buffer that process.

[00:04:35]They also tend to travel alongside large amounts of fat in the same processed food, which contributes to the intracellular fat accumulation that clogs the drain further.

[00:04:46]Whole food carbohydrates are a completely different story.

[00:04:49]Fruits, legumes, starchy vegetables like potatoes and sweet potatoes, and intact whole grains like oats, rice, and quinoa arrive with fiber, water, minerals, and phytonutrients still intact.

[00:05:03]The fiber physically slows digestion and staggers glucose entry into the bloodstream.

[00:05:08]These foods give your body time to respond without overwhelming a system that is still recovering.

[00:05:15]So start in your kitchen.

[00:05:16]Identify the refined staples you reach for most, the white bread, crackers, the sweetened cereals, the bottled juices, the packaged snacks.

[00:05:25]Replace them one by one with whole food equivalents.

[00:05:29]White rice becomes brown rice or quinoa.

[00:05:32]Packaged crackers become a baked potato.

[00:05:34]Fruit juice becomes whole fruit.

[00:05:36]Sweetened yogurt becomes oatmeal with berries.

[00:05:39]You are not eating less.

[00:05:40]You're eating differently, and that difference is what changes what happens inside your cells.

[00:05:46]Carbohydrate quality matters far more than carbohydrate quantity.

[00:05:50]Number two, build every meal around high-fiber foods.

[00:05:54]Fiber is one of the most powerful glucose-regulating tools that exists, and most people eating a standard diet get far less than half the amount the research supports.

[00:06:06]Here's what fiber actually does.

[00:06:08]When it reaches your colon, gut bacteria ferment it and produce compounds called short-chain fatty acids.

[00:06:14]These compounds improve insulin sensitivity directly, reduce inflammation, and support the gut barrier.

[00:06:21]Fiber also physically slows digestion, reducing the rate at which glucose enters the bloodstream after meals.

[00:06:29]People consistently eating high-fiber diets show lower A1C, lower fasting glucose, and better metabolic health across essentially every large population study that has looked at this.

[00:06:41]So at every meal, ask yourself one question: Where is the fiber coming from?

[00:06:46]The answer should almost always be legumes, fruits, starchy vegetables, or intact whole grains.

[00:06:51]A practical daily target from the research literature is 40 to 50 grams of fiber per day from whole foods.

[00:06:59]That sounds like a lot, but one cup of cooked lentils has about 16 grams.

[00:07:04]A cup of black beans has about 15 grams.

[00:07:08]A large apple Has about five grams.

[00:07:11]One cup of oats has about four grams.

[00:07:14]Stack those foods throughout the day and you get there without counting anything.

[00:07:18]The rule is simple: if fiber is not the first thing you think of when building a meal, something is missing.

[00:07:25]Number three, reduce dietary fat, especially saturated fat.

[00:07:29]This is the counterintuitive one, and this is where most diabetes nutrition advice gets it backwards.

[00:07:36]The root cause of insulin resistance is not dietary glucose, it's dietary fat accumulating inside the wrong tissues.

[00:07:44]Researchers can literally inject fat into a human bloodstream and watch insulin sensitivity drop measurably within hours.

[00:07:53]They can feed people a high-fat diet for just a few days and see intramyocellular lipid, the fat inside muscle cells, increase alongside worsening insulin resistance.

[00:08:04]A landmark 16-week randomized clinical trial published in JAMA Network Open measured intramyocellular and hepatic fat directly using imaging before and after a low-fat, whole food, plant-based diet.

[00:08:19]At the end of the trial, both types of intracellular fat had measurably decreased and insulin sensitivity had meaningfully improved.

[00:08:28]Start by identifying the three biggest sources of saturated fat in your current diet.

[00:08:33]For most people, they are cheese, meat, butter or cooking oil, and processed snack foods.

[00:08:40]Start there.

[00:08:40]Cook with vegetable broth or water instead of oil.

[00:08:43]Replace cheese with nutritional yeast for flavor.

[00:08:46]Reduce or eliminate red meat and processed meat.

[00:08:49]Each of these changes reduces the fat flowing into your muscle and liver cells, which is the physical change that allows insulin receptors to start working again.

[00:08:59]Number four, follow a low-fat, plant-based, whole food eating pattern.

[00:09:04]The research on specific dietary patterns for A1C reduction consistently points in one direction.

[00:09:10]The American Journal of Clinical Nutrition published a 74-week randomized controlled trial comparing a low-fat vegan diet with conventional diabetes dietary recommendations in 99 people with Type 2 diabetes.

[00:09:24]The low-fat vegan group improved both glycemia and lipids more than the conventional group, particularly when medication changes were accounted for.

[00:09:34]Build your plate around what we call green-light foods, fruits, legumes, intact whole grains, starchy vegetables, and non-starchy vegetables.

[00:09:43]These go on the plate in abundance.

[00:09:45]Yellow-light foods like nuts, seeds, avocado, and minimally processed plant foods go in small amounts as additions, not anchors.

[00:09:54]Red-light foods, animal products, added oils, refined grains, and processed foods come off the plate as much as possible.

[00:10:02]This is not about perfection.

[00:10:03]It's about shifting the ratio.

[00:10:05]If 80% of what you eat on any given day comes from the green-light category, you are changing the cellular environment that A1C reflects.

[00:10:14]Start with one meal per day built entirely from green-light foods and expand from there Number five, lose body fat specifically from your liver and abdomen.

[00:10:25]If there's one intervention with the most dramatic documented effect on A1C, it's meaningful reduction of liver fat and visceral fat.

[00:10:35]The DIRECT trial published in The Lancet demonstrated this more clearly than any study before it.

[00:10:41]Substantial weight loss through dietary change resulted in full clinical remission of type 2 diabetes in nearly half of participants.

[00:10:50]Not improved management, remission.

[00:10:52]Because as fat left the liver, insulin sensitivity returned, the liver stopped overproducing glucose, fasting glucose fell, and A1C followed.

[00:11:02]Roy Taylor's research at Newcastle University identified the specific mechanism.

[00:11:07]When hepatic fat and intrapancreatic fat drop below individual threshold levels, normal beta cell function returned.

[00:11:15]The disease reversed because the physical cause was removed.

[00:11:19]You cannot target liver fat with a single exercise or supplement.

[00:11:23]You reduce it by following the dietary approach in items one through four consistently over weeks and months.

[00:11:31]But there are two practical signals to track.

[00:11:33]First, waist circumference going down is one of the best indicators that visceral fat and hepatic fat are decreasing.

[00:11:42]Second, fasting glucose trending down week over week is a direct readout of improving liver insulin sensitivity.

[00:11:50]Track both.

[00:11:51]They tell you whether the root cause is actually changing, not just whether the scale moved.

[00:11:56]Number six, build muscle with resistance training.

[00:12:01]Muscle is the largest glucose sink in the human body.

[00:12:04]After a meal, glucose has to go somewhere.

[00:12:07]The more insulin sensitive muscle you have, the more capacity your body has to pull glucose out of the bloodstream efficiently.

[00:12:16]Every additional unit of functional muscle tissue is an expansion of your glucose disposal system.

[00:12:22]A 2022 systematic review and meta-analysis found that resistance training is effective for decreasing A1C in adults with type 2 diabetes, and that greater improvements in muscle strength were associated with greater reductions in A1C.

[00:12:38]Strength itself is a metabolic variable, not just a fitness one, and you do not need a gym to get started.

[00:12:44]Start with three movements, chair stands, wall pushups, and calf raises.

[00:12:49]Do 10 to 15 repetitions of each two to three times per week.

[00:12:54]Chair stands recruit your quadriceps, glutes, and hamstrings, the largest muscles in your body, and therefore, the most metabolically impactful.

[00:13:03]Wall pushups recruit your chest, shoulders, and arms.

[00:13:07]Calf raises activate the soleus, a deep calf muscle that has been shown to improve local glucose uptake even during prolonged sitting.

[00:13:16]As these become easier, progress to body weight squats, countertop pushups, and resistance bands.

[00:13:23]The goal is progressive challenge over time, not intensity from day one.

[00:13:28]Number seven, walk for 10 to 15 minutes after every meal.

[00:13:32]This is one of the most practical And immediately effective interventions on this entire list.

[00:13:38]When your muscles contract, they activate GLUT4 transporters, glucose channels that operate completely independently of insulin.

[00:13:47]They pull glucose directly out of your bloodstream and into muscle tissue without your pancreas needing to get involved at all.

[00:13:54]This is called contraction-mediated glucose uptake, and it works even when insulin signaling is impaired.

[00:14:02]A study published in Diabetologia found that people with Type 2 diabetes who did light to moderate walking after meals had significantly lower post-meal blood sugar and better glucose control across the entire day compared to those who stayed seated.

[00:14:18]And muscle insulin sensitivity stayed elevated for hours after the walk ended.

[00:14:24]Set a timer for 10 minutes after you finish eating.

[00:14:27]Walk at a comfortable pace outside, around the house, or up and down the hallway.

[00:14:32]If walking is difficult, sit at the edge of your chair and do continuous heel raises for 10 to 15 minutes instead.

[00:14:39]Research has shown that the soleus muscle can clear glucose significantly during seated heel raises, making this a viable alternative for anyone with joint pain or limited mobility.

[00:14:53]The most important meal to walk after is dinner, because post-dinner glucose that stays elevated can linger overnight and directly raise your fasting number the next morning.

[00:15:03]This is what Susan Cope did.

[00:15:05]She was diagnosed with Type 2 diabetes with an A1c of 8.1 and put on metformin.

[00:15:11]She applied the dietary approach and started walking after meals consistently.

[00:15:16]After four months, her A1c was 5.4.

[00:15:20]At six months, it was 4.9.

[00:15:22]She came off metformin entirely.

[00:15:24]Here is Susan in her own words.

[00:15:27]My A1c was 8.1, and after about four months it went down, and currently after six months, it's down to 4.9.

[00:15:39]My weight was 148 After six months, I'm down to 119, and it was pretty simple.

[00:15:46]All I had to do was eat right.

[00:15:48]From 8.1 to 4.9 off medication in six months by addressing the root cause.

[00:15:55]If you want our free guide on exactly how to combine movement and nutrition the way Susan did, comment guide below.

[00:16:03]Just comment guide, we'll send it to you for free.

[00:16:05]Number eight, break up sitting every 60 minutes throughout the day.

[00:16:10]Here's something most people don't realize.

[00:16:12]A 45-minute workout in the morning cannot fully offset 12 hours of sitting.

[00:16:18]Non-exercise movement throughout the day, what researchers call NEAT, continuously drains glucose from the bloodstream in small ongoing amounts.

[00:16:28]Every time you stand, walk to the kitchen, take the stairs, or move around the house, your muscles are clearing glucose through the same contraction-mediated pathway.

[00:16:39]Breaking up prolonged sitting with short bouts of movement has been shown to measurably improve glycemic control throughout the day.

[00:16:47]Set a phone alarm or a smartwatch reminder to go off every 60 minutes during your waking hours.

[00:16:52]When it goes off Stand up and do one of the following for two to three minutes: walk around the room, do a set of chair stands, march in place, or do standing calf raises.

[00:17:03]That's it.

[00:17:04]Two to three minutes every hour adds up to 20 to 30 minutes of additional low-level muscle activation across the day, all of it clearing glucose through insulin-independent pathways.

[00:17:17]If you work at a desk, a standing mat or alternating between sitting and standing every 30 minutes is another low-friction way to reduce the metabolic cost of prolonged sitting.

[00:17:28]Number nine, protect seven to nine hours of sleep as a metabolic priority.

[00:17:34]Sleep deprivation is one of the fastest ways to worsen insulin resistance.

[00:17:38]Just a few nights of poor sleep measurably increases cortisol, raises fasting glucose, and impairs the cellular response to insulin.

[00:17:47]Your body interprets insufficient sleep as a stress signal, and stress hormones tell your liver to release more glucose even when you have not eaten anything.

[00:17:57]A review published in Metabolism confirmed that chronic sleep restriction significantly disrupts glucose metabolism and insulin sensitivity through cortisol and sympathetic nervous system activation.

[00:18:10]Treat your sleep window with the same priority you give to meals and medication.

[00:18:15]Set a consistent bedtime and wake time seven days a week, including weekends, because inconsistent sleep timing worsens circadian disruption even when total hours look adequate.

[00:18:28]Keep your bedroom cool, dark, and free of screens for at least 30 minutes before bed.

[00:18:33]If you regularly wake at 3:00 or 4:00 AM with elevated fasting glucose, consider whether what you ate at dinner and how close to bedtime you ate it may be contributing.

[00:18:44]The liver's overnight glucose regulation is significantly affected by both sleep quality and meal timing.

[00:18:50]Number 10, significantly reduce or eliminate alcohol.

[00:18:54]Alcohol interferes with liver function in a specific and relevant way for anyone managing blood glucose.

[00:19:01]While your liver is processing alcohol- It deprioritizes nearly everything else it would normally do, including regulating blood glucose.

[00:19:10]Alcohol metabolism takes priority in the liver's processing queue, which means the liver becomes temporarily less able to manage glucose output appropriately.

[00:19:20]And chronic alcohol intake contributes to fat accumulation inside the liver itself, the same hepatic lipid that drives fasting glucose dysregulation.

[00:19:30]If you drink regularly and your fasting glucose is stubbornly elevated, run a 30-day experiment with no alcohol and track your fasting glucose every morning.

[00:19:39]Many people are surprised by how significantly their morning numbers improve within two to three weeks.

[00:19:46]If you're not ready to stop entirely, eliminate alcohol on weekday nights first and observe the effect on your fasting glucose the following mornings.

[00:19:54]In order to regulate glucose effectively, the liver needs consistent overnight windows free from alcohol processing.

[00:20:01]Number 11, track waist circumference alongside body weight.

[00:20:06]Not all body fat behaves the same way metabolically.

[00:20:10]Visceral fat, the fat stored around and inside your abdominal organs, is metabolically active in a harmful way.

[00:20:18]It releases inflammatory compounds that worsen insulin resistance throughout the body, not just locally.

[00:20:25]It also directly contributes to hepatic fat accumulation.

[00:20:29]This is why two people at the same body weight can have very different metabolic health depending on where their fat is distributed.

[00:20:37]Measure your waist circumference at the level of your navel once per week in the morning before eating using a soft tape measure.

[00:20:45]For most people, a waist circumference below 94 centimeters for men and below 80 centimeters for women is associated with lower metabolic risk, though individual thresholds vary.

[00:20:57]Track this number alongside fasting glucose rather than relying solely on the scale.

[00:21:02]If your waist is going down and your fasting glucose is going down in parallel, that is a strong signal that hepatic and visceral fat are decreasing and insulin sensitivity is genuinely improving at the root.

[00:21:15]Number 12, build a daily stress reduction practice.

[00:21:19]Stress raises blood sugar.

[00:21:21]This is not psychological.

[00:21:23]It's hormonal, and it's direct.

[00:21:25]When you are under chronic stress, your body releases cortisol and adrenaline.

[00:21:30]Those hormones signal your liver to release glucose, the same mechanism as the dawn phenomenon every morning.

[00:21:36]In evolutionary terms, your body is preparing you to outrun a threat.

[00:21:41]In modern life, the threat is your inbox or a difficult conversation, but the hormonal response is identical.

[00:21:48]Chronic stress means chronic glucose release from the liver independent of what you eat.

[00:21:53]Research consistently shows that stress reduction practices, including slow breathing, mindfulness, nature exposure, and regular movement, can meaningfully improve glycemic control in people with insulin resistance.

[00:22:08]Choose one practice and commit to five minutes a day.

[00:22:11]The most evidence-based technique for directly reducing cortisol is extended exhale breathing.

[00:22:18]Inhale slowly through your nose for four seconds.

[00:22:21]Exhale gently through your mouth for six to eight seconds.

[00:22:24]The longer exhale activates the parasympathetic nervous system and directly lowers cortisol within minutes.

[00:22:32]Do this for five minutes after waking.

[00:22:34]before meals or whenever you feel stressed.

[00:22:37]Over time, this practice lowers the baseline hormonal signal telling the liver to release glucose around the clock.

[00:22:44]Number 13, use time-restricted eating to clear stored intracellular fat.

[00:22:50]Intermittent fasting works not because fasting itself is magic, but because it creates a window long enough for the body to burn through stored fuel, including the fatty acids sitting in lipid droplets inside muscle and liver cells.

[00:23:05]As those lipid droplets shrink, insulin receptors regain function.

[00:23:10]The cellular machinery that fat was blocking starts working again.

[00:23:14]This is why intermittent fasting consistently improves fasting glucose in people with type 2 diabetes, specifically through improvements in hepatic insulin sensitivity A systematic review and meta-analysis of randomized controlled trials found that intermittent fasting significantly improved fasting blood glucose, insulin, HOMA-IR, and A1C with hepatic insulin sensitivity identified as the primary mechanism.

[00:23:41]Start with a 12-hour fasting window by simply closing the kitchen after dinner and not eating until breakfast 12 hours later.

[00:23:49]Once that feels comfortable, extend to 14 hours by closing the kitchen slightly earlier.

[00:23:54]The most effective version supported by circadian research is an early eating window, breakfast at 7:00 or 8:00 AM, lunch by noon or 1:00 PM, and the kitchen closed by 4:00 to 6:00 PM.

[00:24:07]This aligns food intake with the hours of highest insulin sensitivity and gives the liver the longest possible overnight window to clear stored fat.

[00:24:17]If you take glucose-lowering medications, discuss any changes to meal timing with your healthcare provider before starting.

[00:24:24]Number 14, replace ultra-processed foods with whole food equivalents one swap at a time.

[00:24:31]One of the most revealing studies on this was conducted by the NIH.

[00:24:35]Researchers had participants eat either an ultra-processed diet or a minimally processed diet for two weeks each with matched macronutrients and calories available.

[00:24:46]People eating the ultra-processed diet consumed significantly more calories, gained weight, and showed worse metabolic markers even though the same amount of food was available to both groups.

[00:24:59]Ultra-processed foods appear to promote overconsumption independently of their macronutrient content.

[00:25:05]Do not try to overhaul everything at once.

[00:25:08]Pick one ultra-processed food you eat regularly and replace it with a whole food equivalent this week.

[00:25:15]Next week, replace another.

[00:25:17]Examples, replace packaged granola bars with a banana or an apple.

[00:25:21]Replace flavored yogurt with oatmeal topped with berries.

[00:25:25]Replace chips with air-popped popcorn or air-fried vegetables.

[00:25:29]Replace store-bought salad dressings with lemon juice, vinegar, and mustard.

[00:25:34]Each swap reduces the engineered combination of fat, salt, and sugar that overrides satiety signals and directly contributes to the intracellular fat accumulation driving insulin resistance.

[00:25:47]Number 15.

[00:25:49]Work with your healthcare team on medications strategically.

[00:25:52]Lifestyle is foundational.

[00:25:54]What the research consistently shows is that lifestyle change outperforms medication when the root cause is addressed.

[00:26:01]The Diabetes Prevention Program found lifestyle intervention reduces diabetes incidence by 58% versus 31% for metformin.

[00:26:11]The DIRECT trial demonstrated full remission in nearly half of participants through dietary change alone.

[00:26:17]Have a specific conversation with your doctor about what metrics would need to improve before your medications could be reduced.

[00:26:26]Ask them what A1C, fasting glucose, or other markers they would need to see trending, in what direction, over what period of time, before considering a medication adjustment.

[00:26:37]Write that number down, then use it as your target.

[00:26:40]When you have data showing consistent improvement through lifestyle change, bring it to your next appointment.

[00:26:46]Let the numbers make the argument for you.

[00:26:48]This gives you a concrete goal and keeps your healthcare team informed and involved rather than surprised.

[00:26:56]And here's what that destination looks like in real life.

[00:26:59]Dr. Asym Younis is a cardiac electrophysiologist, a physician who puts in pacemakers for a living.

[00:27:06]When routine blood work came back with a fasting glucose of 417 and an A1C of 10.8, his own doctors put him on metformin at 2,000 milligrams a day.

[00:27:17]Within three months of applying the Mastering Diabetes method, he came off the metformin entirely.

[00:27:23]Six months later, his A1C was 5.9.

[00:27:26]Here is Dr. Younis in his own words.

[00:27:28]Before starting the Mastering Diabetes program, my hemoglobin A1C was 10.8.

[00:27:33]Six months later, it's now 5.9.

[00:27:37]Before I started Mastering Diabetes, my doctors had put me on the usual one gram twice a day of metformin.

[00:27:44]As I got into more and more education about what this truly is, I knew that I needed to dispense with medication and work harder.

[00:27:53]Within three or four months, three months, the medication was gone.

[00:27:57]I'm on no medications now.

[00:27:58]You'll end up with metformin and drugs and insulin, and that's what your future holds.

[00:28:03]Give Mastering Diabetes the opportunity to change your life so you do not have to suffer beyond what this already has done to you.

[00:28:13]Now let's zoom out, because when you look across all 15 of these interventions, one pattern emerges.

[00:28:19]Every single one of them improves insulin sensitivity.

[00:28:23]Every one of them helps reduce the accumulation of fat inside muscle and liver cells.

[00:28:29]Every one of them improves the ability of glucose to move out of the bloodstream and into tissues where it can be used or stored.

[00:28:37]Swapping refined carbs for whole food carbs and dramatically increasing fiber rebuilds the food structure that slows glucose absorption and feeds the gut microbiome that regulates insulin signaling downstream.

[00:28:51]Reducing dietary fat, especially saturated fat, and following a low-fat, plant-based, whole food pattern directly reduces the intracellular lipid that is physically blocking insulin receptors from functioning.

[00:29:05]Losing body fat, building muscle, walking after meals, and breaking up sitting throughout the day all work through the same mechanism, getting glucose out of the bloodstream through pathways that do not require insulin to be working perfectly.

[00:29:19]Sleep and stress management reduce the hormonal signals telling your liver to release glucose even when it should be quiet overnight.

[00:29:27]Time-restricted eating creates the extended fasting window your cells need to burn through stored intracellular fat and restore the receptor function that fat was blocking.

[00:29:39]And eliminating ultra-processed foods removes the engineered products that override satiety signals and directly accelerate the fat accumulation driving insulin resistance in the first place.

[00:29:51]That is why A1C falls when you address these things.

[00:29:55]Not because you tricked the body, because you removed the reason it was struggling.

[00:30:00]If your A1C is currently high, please hear this clearly.

[00:30:03]That is not a sentence.

[00:30:05]That is an opportunity.

[00:30:06]The Mastering Diabetes Method can completely change your metabolic trajectory.

[00:30:11]Carbohydrates are not the root cause of type 2 diabetes.

[00:30:15]Insulin resistance is.

[00:30:16]And insulin resistance is one of the most responsive conditions to lifestyle change that exists in all of medicine.

[00:30:24]If you want our free step-by-step guide on how to start applying these 15 strategies in a way that fits your real life, comment guide below.

[00:30:33]If this video helped you understand your A1C differently, hit the like button, subscribe to our channel, and share it with someone who needs to hear that their number is not fixed.

[00:30:43]It can be changed.

[00:30:45]Until next time, keep those carbs high and that A1C low.