Ketone

... of Acetyl-CoA Carboxylase via cAMP-Dependent Protein Kinase. With Acetyl-CoA Carboxylase inhibited, acetyl-CoA remains available for synthesis of ketone bodies, the alternative metabolic fuel used when blood glucose is low. The antagonistic effect of insulin, produced when blood glucose is high, ...

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... I’m not sure if this is exactlyl what you are trying to get at. Sometimes an excess of CHO can lead to abberant accumulation of products, like ketone bodies in diabetic ketoacidosis, for instance, but these kinds of things are often a reflection of the inability of normal pathways to handle ...

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... In mammals the most abundant (and most potent) estrogen is estradiol (a dialcohol: note the "-diol" suffix), followed by estrone (a ketone : note the -one suffix). As is true for the other steroid hormones, the major biosynthetic pathway for estrogen begins with cholesterol (C27). ...

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... So, even though it can, but conditionally it cannot. And yes, beside turning the triglycerides into acetyl-CoA, the body also turning it into ketone bodies :)

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... a metabolic pathway named the glyoxylate cycle. When your body is low on glucose it can adapt to use fat. The liver converts fatty acids to ketone bodies, which are then released into the bloodstream and then used by the body as fuel. However, ketone bodies are acidic. An increase in their ...

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