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How many molecules of glucose are needed to produce one molecule of palmitate (C16H32Oz) assuming all of the carbons in each of the acetyl-CoA molecules used in formation of palmitate originate from glucose via the glycolytic pathway?

Sagot :

4 molecules of glucose are required to produce one molecule of palmitate assuming that all the carbons in each of the acetyl-CoA molecules used in formation of palmitate originate from glucose.

Palmitate is the esterified palmitic acid. It is one of the most common saturated fatty acid found in the living organisms. It is essential for forming cell membrane, modifying proteins, etc. It is a 16 carbon chain molecule.

Acetyl Co-A is also called the Acetyl Coenzyme A. It is synthesized by the mitochondria of the cells. It forms an essential bridging compound to mediate the conversion of pyruvic acid formed from glycolysis into citrate so that the Krebs cycle can be performed.

To know more about Acetyl CoA, here

brainly.com/question/16000193

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