Phosphorylation can be inactivating or activating. If oxidation of fatty acids is the primary energy supply being used (low insulin, high glucagon), then acetyl COA with rising concentration is being...


Phosphorylation can be inactivating or activating. If oxidation of fatty acids is the primary energy<br>supply being used (low insulin, high glucagon), then acetyl COA with rising concentration is being<br>produced independently of PDC. Would PDCK be active or inactive under these conditions?<br>O The kinase will be active<br>The kinase will be inactive<br>Oxidation of fatty acids won't affect PDC<br>O All of the above<br>

Extracted text: Phosphorylation can be inactivating or activating. If oxidation of fatty acids is the primary energy supply being used (low insulin, high glucagon), then acetyl COA with rising concentration is being produced independently of PDC. Would PDCK be active or inactive under these conditions? O The kinase will be active The kinase will be inactive Oxidation of fatty acids won't affect PDC O All of the above

Jun 11, 2022
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