A plant compound was recently found to act as an inhibitor of the enzyme CDK, a kinase that activates proteins needed for cell division. This compound is being tested as a potential chemotherapy drug. Experiments have shown that the compound acts by binding non-covalently outside of the CDK active site and that it does not alter the shape of the active site upon binding. Which of the following can you conclude based on this information?

The saturation of an enzyme can be interpreted as ______. 

The proton motive force ____.

The phosphoanhydride bonds in ATP are considered high energy bonds because ______.

Each of the following is a consequence of the electron transport chain, EXCEPT ____. STOP! Make sure you select FALSE statement

Substrate level phosphorylation is possible because the standard free energy change of ATP hydrolysis is higher than the standard free energy change of all other phosphorylated compounds

What is the purpose of fermentation?

The viral enzyme neuraminidase is involved in the release of viral particles from infected cells. A common drug designed to treat influenza acts as an inhibitor of neuraminidase by binding non-covalently to its active site. Which of the following can you conclude based on this information?

Which of the following is FALSE of the binding of a substrate to an enzyme? STOP! Did you select the FALSE statement?

Substrate level phosphorylation can occur in cells because the standard free energy change of ATP hydrolysis is lower than the standard free energy change of some phosphorylated metabolic intermediates.