Use the terms below to fill in the blanks: Use this list of terms in order to ac

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Use the terms below to fill in the blanks:

Use this list of terms in order to accurately fill in each of the blanks below. Every term will not be used; the same term may be used more than once. gluconeogenesis glycolysis glycogenesis glycogenolysis ADP ATP NAD^+ NADH exergonic endergonic glycogenin hexokinase phosphofructokinase-1 glycogen phosphorylase glyceraldehyde 3-phosphate dehydrogenase pyruvate kinase glucose 6-phosphatase glycogen synthase fructose 1,6-bisphosphatase-1 phosphoglycerate kinase PEP carboxykinase pyruvate carboxylase is a catabolic pathway that transforms glucose into pyruvate. During the preparatory phase, energy is consumed because 2 molecules of are hydrolyzed for each glucose molecule that enters the pathway. During the pay-off phase, energy is created in the form of 2 molecules of and 4 molecules of, for every 2 molecules of glyceraldehyde 3-phosphate that enter the pay-off phase. is the glycolytic enzyme that catalyzes the phosphorylation of glucose. In the gluconeogenic pathway, catalyzes the opposite sort of reaction: a dephosphorylation that produces free glucose. Both of these enzymes catalyze is the enzyme that reactions. is an anabolic pathway that produces glycogen. is the enzyme that adds glucose molecules onto existing glycogen chairs, whereas is the enzyme that catalyzes the creation of new glycogen chains. is the only glycolytic enzyme that catalyzes a biological redox reaction. During this step of glycolysis, accepts electrons, leading to the production of universal reducing equivalents.

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