the following, explain whether it is in the oxidized or reduced form & then write the full name of the coenzyme. a.) NADP+ b.) NADH c.) FADH2

How many reactions use an isomerase enzyme in glycolysis

Oxidative phosphorylation is achieved through chemiosmotic coupling, which turns chemical energy into osmotic potential energy that is used to synthesize the energy “currency” of the cell (ATP). This process is divided into stage 1 (electron transport chain) and stage 2 (ATP synthase). Answer the following questions about each stage: In stage 1, what is the energy source used to form the proton gradient across the inner membrane and what is the principal carrier of this energy source? In stage 2, the total potential energy (proton-motive force) stored in the proton gradient used to power ATP synthase is composed of two components. What are these two components?

Which of the following four general statements is TRUE regarding oxidative phosphorylation (otherwise known as the electron transport chain)? Oxidative phosphorylation . 3 of these 4 responses are correct is the metabolic process where most of the cell's glucose is produced occurs along and within the innermost membrane of the mitochondria requires oxygen (02) in a very early stage of the process uses only the NADH produced in glycolysis (and not the Krebs (or citric acid) cycle) to produce ATP