This Forgotten Vitamin INSTANTLY Stops Sugar From Destroying Your Body

Discover how benfotiamine, a fat-soluble vitamin B1, blocks sugar damage at the molecular level and protects against diabetes complications.

Key Takeaways

Benfotiamine effectively blocks multiple pathways of sugar-induced cellular damage.
Functional thiamine deficiency is common in people with elevated blood sugar, increasing risk of complications.
Benfotiamine supplementation is superior to regular thiamine due to better absorption and cellular uptake.
This vitamin can protect against diabetic complications and may slow cognitive decline in Alzheimer's disease.
Understanding molecular sugar damage is key to managing blood sugar beyond just glucose meter readings.

What the video covers

Benfotiamine, a fat-soluble form of vitamin B1 (thiamine), blocks the biological process by which excess sugar damages cells.
This vitamin acts at the molecular level to prevent advanced glycation end products (AGEs) formation, which causes cellular damage.
High blood sugar causes glycation, leading to accelerated aging, cardiovascular disease, and diabetic complications like nerve damage and kidney disease.
Benfotiamine raises blood vitamin B1 levels about five times higher than regular thiamine supplements.
Thiamine is essential for the enzyme transketolase, which redirects harmful glucose byproducts to safer metabolic pathways.
Many people, including diabetics, are functionally deficient in thiamine, worsening sugar-related damage.
Benfotiamine has been prescribed in Europe for diabetic neuropathy and to protect against broader diabetes complications.
A pilot trial showed benfotiamine reduced AGE levels and slowed cognitive decline in mild Alzheimer's patients.
Regular thiamine is water-soluble and poorly absorbed, whereas benfotiamine’s fat-solubility allows better cellular uptake.
The video encourages using benfotiamine supplements to protect against sugar damage and improve long-term health.

Chapters

What is benfotiamine and how does it differ from regular vitamin B1?

Benfotiamine is a fat-soluble form of vitamin B1 (thiamine) that is absorbed more efficiently by cells compared to regular water-soluble thiamine, raising blood levels of vitamin B1 about five times higher.

How does benfotiamine protect the body from sugar damage?

Benfotiamine activates the enzyme transketolase, which redirects harmful glucose byproducts away from pathways that produce toxic advanced glycation end products (AGEs), preventing cellular damage caused by excess sugar.

Who can benefit from taking benfotiamine supplements?

People with elevated blood sugar, including diabetics and those at risk of diabetic complications like nerve damage and kidney disease, as well as individuals seeking to reduce sugar-related aging and cognitive decline, may benefit from benfotiamine supplementation.

Full Transcript — Download SRT & Markdown

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There's a single vitamin sitting in the background of nutritional science, discovered over a century ago, that has been shown to block the exact biological process by which excess sugar physically damages your cells. And the craziest part is that it does this at the molecular level before the damage ever has a chance to spread throughout the rest of the body. Honestly, most people have never heard of this vitamin, and most multivitamins don't have enough of it to actually make a difference. And

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molecular level before the damage ever has a chance to spread throughout the rest of the body. Honestly, most people have never heard of this vitamin and most multivitamins don't have enough of it to actually make a difference. And

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the specific more absorbable form of this vitamin that I want to talk to you about today has decades of research behind it that, for some reason, fails to make its way into the mainstream conversation about blood sugar. Now,

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many people think of high blood sugar as a number reading on their glucose meter or as something to manage as it eventually becomes diabetes and at that point it's problematic. But, there's a specific physiological process that's happening underneath the surface, one

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many people think of high blood sugar as a number reading on their glucose meter or as something to manage as it eventually becomes diabetes, and at that point, it's problematic. But there's a specific physiological process that's happening underneath the surface, one

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reacts directly with proteins, fats, and even the genetic material inside your cells forming toxic compounds called advanced glycation end products or ages.

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that a lot of people, including many of my own patients, have never had fully explained to them. When glucose circulates at elevated levels at all, whether you're a diabetic or not a diabetic, it doesn't stay contained in your bloodstream just doing nothing. It

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accelerated aging, cardiovascular disease, and the specific complications diabetics experience like nerve damage, vision loss, and kidney disease. One study of patients with acute coronary syndrome or the events leading to a heart attack found that high levels of these compounds independently predicted

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reacts directly with proteins, fats, and even the genetic material inside your cells, forming toxic compounds called advanced glycation end products, or AGEs.

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mechanism behind why chronically elevated blood sugar is so damaging long term because you have these silent reactions occurring in your body all day every day that disrupt functioning at the cellular level. This is exactly where the specific vitamin we're talking

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Researchers sometimes describe this process as glycation, glucose essentially sticking to structures in your body where it does not belong. And it messes up the normal function wherever it sticks to. These AGEs are a big deal. Research has linked them to

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pathway called the pentose phosphate pathway away from the pathways that generate those toxic AGE compounds in the first place. Here's the main problem with this whole situation. Diabetics and people with chronically elevated blood sugar significantly increase the body's

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accelerated aging, cardiovascular disease, and the specific complications diabetics experience like nerve damage, vision loss, and kidney disease. One study of patients with acute coronary syndrome, or the events leading to a heart attack, found that high levels of these compounds independently predicted

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running functionally deficient in it without any obvious symptoms pointing to the cause. It effectively creates this vicious cycle where you need extra thiamine but the body can't keep it.

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death and further heart disease. The most important part about all of this is that this process is not just confined to diabetics. It happens in people with completely normal blood sugar just at a slightly slower pace. This is the real

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because it's a fat-soluble version of thiamine that passes through cell membranes far more efficiently. Research has found that benfotiamine raises blood levels of vitamin B1 roughly five times higher than just taking vitamin B1 supplementation on its own. Now, before

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mechanism behind why chronically elevated blood sugar is so damaging long term because you have these silent reactions occurring in your body all day, every day, that disrupt functioning at the cellular level. This is exactly where the specific vitamin we're talking

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help push this information out to the people that need to hear it the most.

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about comes into the picture, and it's the one that has largely been forgotten. Thiamine, also known as vitamin B1, is required for a specific enzyme in your body called transketolase. This enzyme's job is to redirect certain glucose byproducts down a safer metabolic

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and found that it blocked three separate well-documented pathways of glucose-mediated cellular damage simultaneously, including the specific pathway responsible for generating AGEs.

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pathway called the pentose phosphate pathway, away from the pathways that generate those toxic AGE compounds in the first place. Here's the main problem with this whole situation. Diabetics and people with chronically elevated blood sugar significantly increase the body's

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common for diabetic patients. For decades, benfotiamine has actually been prescribed by physicians across Europe specifically to treat diabetic neuropathy or nerve damage caused by chronically elevated blood sugar and to help protect against the broader complications associated with diabetes,

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need for thiamine. And at the exact same time, the elevated glucose impairs the kidneys' ability to hold onto it. This creates a scenario where the people who need thiamine most to protect against glycation are often the same people

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In a controlled pilot trial giving benfotiamine to patients with mild Alzheimer's disease found measurably reduced AGE levels alongside meaningfully slower cognitive decline over a 12-month period compared to placebo. Now, how can you actually use this starting today? And I want to be a

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running functionally deficient in it without any obvious symptoms pointing to the cause. It effectively creates this vicious cycle where you need extra thiamine, but the body can't keep it.

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dosed far lower and does not achieve the same intracellular concentration that this research is based on. When looking for a supplement that you can use with benfotiamine, you want to find one that actually says benfotiamine on the back,

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Now, regular thiamine taken as a supplement on its own is water soluble, meaning it does not absorb into your body relatively well, especially at higher concentrations. This is where a specific active form of this vitamin, known as benfotiamine, becomes relevant

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most affordable version of benfotiamine that I've been able to find on Amazon, you can check it out using the link in the description below. Now, here's the part that I want to leave you with.

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because it's a fat-soluble version of thiamine that passes through cell membranes far more efficiently. Research has found that benfotiamine raises blood levels of vitamin B1 roughly five times higher than just taking vitamin B1 supplementation on its own. Now, before

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It's become the gold standard for how we track either the progression or the regression of diabetes. But, there's one big issue with hemoglobin A1C in general. That number demonstrates your average blood sugar over a 3-month period. It says nothing about how much

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we get into the specifics of how much vitamin was used in the research and how much of this benfotiamine you should start taking, if you've already learned something new in this video, please consider subscribing as it really does

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thiamine reserves actively blocking a meaningful portion of the glycation reaction happening every single time their blood sugar rises, and the other one is running functionally deficient for the exact physiological reasons covered earlier in this video. And every one of those same glucose spikes is

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help push this information out to the people that need to hear it the most.

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invisible to the single number both of them are being judged by. This is the piece missing from how blood sugar gets evaluated almost everywhere. The lab report treats those two patients as identical, but their arteries, their nerves, and their kidneys may not agree.

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It's completely free, and every subscribe genuinely helps the health of this channel. I wouldn't be able to do this channel without each and every one of you, so thank you so much. Researchers directly tested benfotiamine on cells exposed to high glucose concentrations

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video and truly got a lot of information out of it, I send evidence-based information just like this to my subscribers every single week through my weekly newsletter called The Weekly Check-Up. I honestly don't promote it that much, but I get a lot of positive

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and found that it blocked three separate well-documented pathways of glucose-mediated cellular damage simultaneously, including the specific pathway responsible for generating AGEs.

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from the book of Matthew, chapter 10, verse 26. In my next video, I talk about how to flush blood sugar out of your body overnight, and the specific habits that help support healthy blood sugar while you sleep. If you're interested in

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In clinical research specifically measuring this compound in people with type 2 diabetes, benfotiamine reduced AGE formation by roughly 40% and was shown to help prevent the vascular endothelial dysfunction, damage to the lining of the blood vessels, that is so

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Topics:benfotiaminevitamin B1thiamineadvanced glycation end productsAGEsdiabetes complicationsblood sugar damageglycationdiabetic neuropathypentose phosphate pathway

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