The Tool in your Kitchen that Drastically Reduces Blood Sugar & Insulin
Just a tablespoon a day can make a huge difference.
This first paper is a review article from 2017.
They looked at studies giving people vinegar alongside meals and monitored their blood sugar and insulin responses.
Having high levels of these post meal is highly indicative of insulin resistance and is a risk for heart disease.
Apologies, I do not have the official PDF so I’m working with the raw file here.
Here were the included studies.
Most are looking at roughly one tablespoon of vinegar alongside a meal with carbs.
The overall glucose AUC was markedly reduced with vinegar.
This was true:
◇ With white vinegar
◇ With apple cider vinegar
◇ In people with diabetes
◇ In those without it
Glucose AUC is area under the curve, in other words how big the blood sugar curve was.
Lower AUC = better insulin sensitivity, glucose is getting where it needs to go faster.
This is looking at all of the studies.
All but a few show big drops in blood sugar curves.
This translates roughly to a 20-30 mg/dL decrease with a meal.
That’s a powerful impact.
Here is the difference for insulin AUC.
Same principle here - the more insulin that needs to be released the less each unit is doing its job properly, indicating insulin resistance.
This is about a 30-50% drop in insulin requirements with the vinegar.
Insane.
Another more recent study looked at fasting blood sugar.
These studies on average used 1 tbsp of vinegar per day for 8-12 weeks.
They reported consistent and large reductions in:
◇ HBA1C
◇ Blood sugar
Fasting blood sugar dropped by ~30 mg / dL across all studies.
A very powerful effect.
The reason apple cider vinegar is so helpful for metabolism is because it contains acetic acid (acetate).
Acetate has a unique metabolism in comparison to other fuels, disproportionately increasing the AMP/ATP ratio in the cytosol of cells.
This turns on a master kinase known as AMPK, which:
➜ Ramps up metabolic enzymes
➜ Turns down fat production
➜ Increases uptake of glucose
➜ Reduces inflammation
➜ Enhances mitochondrial function
and other protective effects.
This means your cells are primed to take up more glucose and burn it properly - resulting in better insulin sensitivity.
AMPK is actually a primary target of the blockbuster diabetes drug metformin.
Vinegar does it and also doesn’t inhibit your mitochondria in the process like metformin does.
If you’re looking to optimize your metabolic health or achieve any other health goal, we’re here for you.
We help clients virtually worldwide with an in depth research oriented approach.
Book a free call here to learn more:












I'm interested in the comparison of probiotics found in alcoholic vs non alcoholic ferements and their effects on glucose metabolism, i.e., evolution and the 'drunken monkey' hypothesis.
I asked Duck, Duck Go ( ppor person's AI!! lol) for some references on this research
GPT-4o mini
Here are some specific studies that explore the differences between probiotics in alcoholic and non-alcoholic ferments:
Relevant Studies
Comparative Analysis of Probiotic Viability in Alcoholic and Non-Alcoholic Kombucha
This study investigates the effects of ethanol removal on probiotic survival, antimicrobial activity, and organic acid profiles in kombucha. It compares alcoholic and non-alcoholic versions to assess probiotic viability and overall health benefits.
Available at: ResearchGate
Traditional Low-Alcoholic and Non-Alcoholic Fermented Beverages Consumed in European Countries
This review discusses the health benefits associated with low-alcoholic and non-alcoholic fermented beverages, examining the different microbial compositions and metabolites produced.
Available at: Cambridge.org
Fermented Alcoholic Beverages and Gut Microbiota: A Double-Edged Interaction
This systematic review synthesizes findings on how alcoholic beverages, particularly natural wine and unpasteurized beer, influence microbial diversity and gut health, focusing on the contrasting effects of alcohol on gut microbiota.
Available at: Eman Research
Live, Probiotic, or Neither? Microbial Composition of Retail-Available Kombucha
This study surveys both alcoholic and non-alcoholic kombucha products to assess their probiotic content, viability, and health claims, highlighting differences in microbial composition across product types.
Available at: MDPI
A Systematic Review of Prospective Evidence Linking Non-Alcoholic Fermented Food Consumption with Lower Mortality Risk
This systematic review evaluates various studies on fermented foods and their health benefits, including discussions relevant to probiotic content and functional properties of non-alcoholic versus alcoholic ferments.
Available at: Frontiers in Nutrition
These studies can provide detailed insights into the differences between alcoholic and non-alcoholic ferments, especially regarding probiotic viability and their potential health effects. Let me know if you need more specific details or additional resources!
Search Results
Comparative Analysis of Probiotic Viability in Alcoholic and Non ...
ResearchGate
Traditional low-alcoholic and non-alcoholic fermented beverages ...
Cambridge University Press