H- HO- H H- H OH H OH HHHHH OH H-C-C-C-C-C-C CH₂OH HHHHH HEXANOIC ACID GLUCOSE (carbohydrate) (caproic acid-a fatty acid

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H- HO- H H- H OH H OH HHHHH OH H-C-C-C-C-C-C CH₂OH HHHHH HEXANOIC ACID GLUCOSE (carbohydrate) (caproic acid-a fatty acid

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H Ho H H H Oh H Oh Hhhhh Oh H C C C C C C Ch Oh Hhhhh Hexanoic Acid Glucose Carbohydrate Caproic Acid A Fatty Acid 1
H Ho H H H Oh H Oh Hhhhh Oh H C C C C C C Ch Oh Hhhhh Hexanoic Acid Glucose Carbohydrate Caproic Acid A Fatty Acid 1 (32.46 KiB) Viewed 25 times
H- HO- H H- H OH H OH HHHHH OH H-C-C-C-C-C-C CH₂OH HHHHH HEXANOIC ACID GLUCOSE (carbohydrate) (caproic acid-a fatty acid) Above are 2, 6-carbon organic molecules that a cell can metabolize to make ATP. One is a monosaccharide and the other is a fatty acid. Using your vast, newly-acquired knowledge of metabolism, begin with each molecule in the cytoplasm of a cell and walk each molecule through the detailed steps of their metabolism until each is completely metabolized. Use separate sheets of paper for each molecule to demonstrate your work. Remember that you will have to account for the ATP molecules that are directly produced in addition to the NADH and FADH, that are also produced subsequently converted into ATP. Also, one NADH contains enough energy to produce 2.5 ATP molecules and each FADH, contains enough energy to produce 1.5 ATP molecules. -Summary questions-- OH
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