Pyruvate, a product of glucose metabolism Express your answer as a chemical equation. Identify all of the phases in your answer.

To store glucose as the polysaccharide ___________________, __________________ is first converted to glucose-1-P.  This pathway is called ____________________.

You are growing cells in the presence of glucose and oxygen. If you add cyanide to the cells, predict the eventual state of the Coenzyme Q: (please put either Reduced OR Oxidized) Enter your answer here Please explain why Coenzyme Q would be in the state above when cells are grown with glucose, oxygen and cyanide. Enter your answer here

Give an example of one enzyme that participates in both glycolysis and gluconeogenesis.  Evaluate the structures of chemical reactants and products and the enthalpic and entropic contributions to Gibbs free energy change for the reaction.  Explain how the enzyme is able to catalyze the reaction (either direction.)

is this question true or false

The hydrolysis of the phosphoester bond of ATP releases a large amount of free energy. True or false?

This picture represents quite alot of thermodynamics and metabolism and how they are related. Label the hydrolysis, condensation, anabolism and catabolism

Match name to correct enzyme or protein

I need to know the answer to this question. I can't seem to get the right answer to this optional homework. This is the only information it give me. Please help

Choose the best answers for each missing word from the list below. ____ regulated by ATP, Aspartate transcarbamoylase (ATCase) is (1) which is a (2)________________ regulator, and by CTP which binds to the (3)____ subunit of ATCase and shifts the conformational equilibrium to the (4). T state. CTP regulation of ATCase is called (5)________ 1) allosterically, 2) positive, 3) regulatory, 4) inactive, 5) feedback inhibition 1) covalently 2) positive, 3) regulatory, 4) active, 5) feedback inhibition 1) allosterically, 2) negative, 3) regulatory, 4) inactive, 5) feedforward activation 1) allosterically, 2) negative, 3) catalytic, 4) active, 5) feedforward inhibition 1) irreversibly, 2) positive, 3) catalytic, 4) inactive, 5) feedback inhihition