The complete oxidation of palmitoyl-CoA to carbon dioxide and water is presented by the overall equation:      Palmitoyl-CoA + 23O2 + 108Pi + 108 ATP + 23H2O → CoA + 16 CO2 + 108 ATP + 23H2O Water is also produced in the reaction ADP + Pi → ATP + H2O But not included as a product in the overall equation. Why?

The following nutrient molecule is digested and transported to a cell where it undergoes further catabolism: но c-(CH;)14-CH3 di In the table below, list the important products of the complete B oxidation of this molecule. • In the first column of the table, write the chemical formula, name, or standard biochemical symbol for a product molecule. In the second column, write the total number of these molecules produced. • Only list the Important products, including (1) molecules with any of the carbon atoms that were in the original molecule, (2) energy storage molecules (like ATP), and (3) newly oxidized or reduced coenzymes. List each product molecule on a separate row. You can add more rows if you need them. • Be sure you write the number of product molecules formed by the complete B oxidation of the molecule above. • Do not include the products of any catabolic activity that happens before or after B oxidation, including any necessary activation. If the molecule contains small parts…

Refer to Table to explain why FAD rather than NAD+ is used in the succinate dehydrogenase reaction.

As a result of the process(es) of thiol transfer, carbon atoms from serine can end up in what biological molecule(s)?