What is the term for conversion of acetyl CoA into energy in the
form of ATP in the presence of oxygen?
a. oxidative phosphorylation
b. citric acid cycle
c. proton gradient
d. cellular respiration
e. electron-transport chain
how much ATP will be produced based only on the number of acetyl
coA units, from B oxidation of stearic acid? stearic acid is an 18
carbon, saturated fatty acid
(a)108ATP
(b) 148ATP
(c)18ATP
(d)27ATP
(2) which stage of the complete oxidation of glucose produces
the largest ATP yield?
(a)oxidation of decarboxylation
(b) glycolysis
(c) citric acid cycle
(d)anaerobic conditions
(3) reaction #7 of the citric acid involves the formation of a
secondary alcohol in malate from a double bond...
What conditions are required to obtain energy from acetyl CoA in
the citric acid cycle? Select all that apply.
a. availability of O2
b. availability of CO2
c. anaerobic conditions
d. low energy charge
e. high energy charge
A 12 carbon fatty acid generates 6 molecules of acetyl CoA. How
many molecules of ATP can be generated from this fatty acid if you
consider the production all the way through the electron transport
chain?
Aerobic Cellular Respiration (getting
energy from food) involves four steps: Glycolysis, the Intermediate
Acetyl CoA Reaction (Prep Reaction), the Citric Acid (Krebs) Cycle,
and the Electron Transport Chain. State:
where each of the four steps takes place in a cell
how many ATP are generated at each step, if at all
what is the starting (ie. glucose or pyruvate) and ending
substance for each step
In glycolysis, the conversion from pyruvate to acetyl CoA is
irreversible, but I found that during the synthesis of FA, acetyl
CoA can be synthesized to citrate -> OAA -> Malate
->pyruvate when Citric acid shuttle, why we cannot say that
pyruvate can turn back to acetyl CoA?