Blood Sugar Insights
Cells prefer carbohydrates as fuel, but excess body fat is the primary driver of insulin resistance and elevated blood sugar levels. Interestingly, high blood fats are equally toxic, contributing to diabetes. Elevated blood sugar and lipids act as danger signals to mitochondria, ultimately disrupting energy production in the body.In this clip
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Related Questions
Glucose disposal is tied directly to blood glucose and insulin. Basically, once glucose is consumed, it gets digested quickly and enters the bloodstream. In insulin-sensitive and metabolically healthy people, the hormone insulin is released. Insulin (through a process I'm unaware of and want to know) takes the glucose from the bloodstream and transfers it to cells, where mitochondria convert it into energy/ATP.
I have a question about this episode 270 ‒ Journal club with Andrew Huberman: metformin, power of belief, & how to read scientific papers and this clip Understanding Insulin Resistance. Glucose disposal is tied directly to blood glucose and insulin. Basically, once glucose is consumed, it gets digested quickly and enters the bloodstream. In insulin-sensitive and metabolically healthy people, the hormone insulin is released. Can you explain how insulin takes glucose from the bloodstream and transfers it to cells, where mitochondria convert it into energy/ATP?
Does the body interpret low insulin as a danger, which is why it switches to burning fat instead, as discussed in the episode 125: Blood Glucose Decoded: Insulin, Metabolic Dysfunction and Blood Glucose Monitors | DR. CASEY MEANS, MD and the clip Insulin and Metabolic Health?