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In cow liver cells, a substance called acetate boosts a protein that helps burn fat, and the more acetate you add, the stronger the effect — but this only happens when another key energy-sensing...
When cow liver cells are exposed to certain levels of a substance called sodium acetate, it turns on a key energy sensor in the cells, and this effect gets stronger over 3 hours and goes away if you...
Giving a specific amount of vinegar-like acid to cow liver cells in a lab seems to cut fat buildup by a third — this might mean it helps prevent fatty liver in cows.
In cow liver cells, a certain amount of a chemical called sodium acetate seems to turn off a key fat-making enzyme, and this might be controlled by another switch called AMPK.
When cow liver cells are exposed to certain levels of sodium acetate, it seems to turn down the activity of genes involved in making fat, which might mean less fat is produced in those cells.
When cow liver cells are exposed to certain levels of a chemical called sodium acetate, it seems to turn on genes that help burn fat more efficiently.
When cow liver cells are treated with a range of vinegar-related chemicals, they use up energy in a way that triggers a key energy sensor in the cell — like flipping a switch when the battery runs...
When cow liver cells are exposed to certain levels of a compound found in vinegar (sodium acetate), it turns on a key energy-sensing switch in the cells, with the strongest effect seen after 3 hours...
Treating cow liver cells with higher amounts of a chemical called sodium acetate reduces fat buildup inside the cells—by up to 35%—which might help prevent fatty liver in cows.
When cow liver cells are exposed to certain levels of sodium acetate, it might slow down fat production by changing a key fat-making enzyme.
When cow liver cells are exposed to certain levels of sodium acetate, it seems to turn down the activity of genes involved in making fat, which might mean the cells make less fat.
When cow liver cells are exposed to certain levels of sodium acetate, it seems to turn on a key gene switch that boosts fat-burning activity inside the cells.
When cow liver cells are exposed to certain levels of a chemical called sodium acetate, it seems to turn on a key energy-sensing pathway in the cells that helps manage energy balance.
Acetate turns up fat-burning genes in liver cells, but only when a specific switch called AMPK is working — if we turn off that switch, the effect goes away.
Acetic acid might help the body burn fat better by turning on certain fat-burning genes in liver cells — at least in mice and lab-grown human cells.
Giving mice vinegar (acetic acid) in their stomachs while they eat fatty food seems to help them store less fat in their bodies and livers, even if they eat the same amount and don’t gain or lose...
In rat liver cells, a substance related to vinegar turns on a key energy sensor and lowers levels of two proteins involved in sugar and fat production, which might explain how vinegar helps with...
In a type of lab mouse, drinking water with a little vinegar-like acid for two months seems to turn down liver genes that make sugar and fat, possibly by flipping a metabolic switch called AMPK.
Mice with type 2 diabetes that drank water with a little vinegar-like acid every day for 8 weeks had lower blood sugar levels than mice that didn’t — suggesting this acid might help manage blood...
Acetic acid gives rat liver cells a quick boost to turn on a key energy switch that helps burn fuel faster.
If you regularly consume something like vinegar (which has acetic acid), it might help your body switch to burning fat faster when you're not eating carbs or during fasting.
Having a healthy mix of gut bacteria can help your body manage blood sugar better and respond more effectively to insulin.
Your body needs to keep turning on a protein called PPARα for a long time to grow more energy factories in your cells and get better at burning fat over the long haul.
Turning on a protein called PPARα helps cells move fat into tiny energy factories (mitochondria) so it can be burned for fuel.