Peroxisomes will convert acetaldehyde using_______NAD+ into acetyl-COA

Acetyl-CoA is produced when ____ is broken down.

The class of enzymes that cleaves most aromatic rings in biological systems is _____________.     oxygenases     lyases     aminotransferases     glutamate dehydrogenases

Answer all the following questions

A cell is grown on minimal media containing only glyceraldehyde 3-phosphate as a source of carbon and energy. What is the most likely place this compound would enter the metabolic cycle? Group of answer choices   Glycolysis Conversion of Pyruvate to Acetyl-CoA The TCA Cycle The Electron Transport Chain

I've stated that acetyl-CoA is perhaps the most central compound to our metabolic processes. Explain why I would make such a bold statement in the context of the metabolic processes we've covered so far.

Why is acetyl-CoA considered a “strategic intermediate” in respiration?

Glycolysis converts ___________     Glucose into phosphoenolpyruvate     Fructose into phosphoenolpyruvate     Fructose into pyruvate     Glucose into pyruvate

coo CH,-č-CoA + H,0 Acetyl-CoA CoA CH, но-с-соо coo CH, Citrate čoo Oxaloacetate NADH Çoo CH, сн-соо сн-он NAD CH, Malate но-с-н Coo Isocitrate CoO NAD coo NADH + H CH + co, Fumarate HC Coo CH, CH, a-ketoglutarate FADH, NAD • COA NADH + H • co, FAD Succinate čoo CH, -CH, Succinyl-CoA CH, coo GTP + COA GDP• P. COA In step 4 of this cycle the a-ketoglutarate complex uses the following cofactors or coenzymes which are also used by O A. Zn", Mg**; pyruvate carboxylase В. FAD; dihydrolipoyl transacetylase TPP, COASH, Lipoic Acid; pyruvate carboxylase OP. TPP, COASH, Lipoic Acid; pyruvate dehydrogenase complex O E. biotin; pyruvate dehydrogenase complex

Gluconeogenesis is like glycolysis but in reverse. Name the 4 enzymes that are responsible for this process. What is its final product?