Carboxylase

... For example, AMP regulates fatty acid synthesis and catabolism by controlling availability of malonyl-CoA." "Regulation of Acetyl-CoA Carboxylase by local metabolites: * Palmitoyl-CoA, the product of Fatty Acid Synthase, promotes the inactive conformation of Acetyl-CoA Carboxylase ...

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... be able to find it online, but your textbook is probably the best bet. It's not that hard, all you need is to look for regulation of acetyl-coa carboxylase. Ok. I found that AMP regulates synthesis of fatty acids by regulating how much malonyl is available to be used, but could that be considered ...

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... be able to find it online, but your textbook is probably the best bet. It's not that hard, all you need is to look for regulation of acetyl-coa carboxylase.

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glucose -> pyruvate -> acetyl~CoA ->(by Acetyl CoA carboxylase) -> malonyl~CoA -> fatty acids Sorry to be quadruple posting, but I just talked to my biology teacher and he says that I need to find what triggers acetyl CoA to become malonyl ...

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glucose -> pyruvate -> acetyl~CoA ->(by Acetyl CoA carboxylase) -> malonyl~CoA -> fatty acids

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