For Glycolysis, TCA cycle and Electron Transport, be able to
name all the intermediates and what each step consumes or releases
(NADH, ATP etc) Know the differences between GLUT 1, 2, 3 and 4
For each of the following TCA Cycle enzymes, list the name of
the enzyme in the fatty
acid b-oxidation pathway that is
most similar in function and state why.
1. Succinate dehydrogenase
2.
Fumarase
3. Malate
dehydrogenase
4. Aconitase
Topic : Fatty Acid Catabolism
4.How many rounds of the TCA cycle will be used to process the
acetyl-CoA produced from β-oxidation of palmitic acid? How many
NADH and how many FADH2 will this produce? How many ATP will be
made by substrate-level phosphorylation?
5. Given the entry points of NADH and FADH2 produced by β-oxidation
into the ETS, how many net ATP can be obtained from the complete
oxidation of palmitic acid? (Don’t forget that some ATP was
consumed in...
39) Most of the enzymes for the TCA cycle are located ________
while most of the electron transport chain complexes are
located________.
a. in the mitochondrial matrix; in the inner mitochondrial
membrane
b. in the inner mitochondrial membrane; in the cytosol
c. in the cytosol; in the mitochondrial matrix
d. in the cytosol; in the inner mitochondrial membrane
e. in the mitochondria matrix, in the outer mitochondrial
membrane
41) Which of the following statements about cancer is true?
a. cancer...
What can a balanced scorecard offer management over traditional
financial reports used in the production cycle? Describe how an
integrated system makes this possible with relative ease.
1. Glycolysis
2. Transition step
3. TCA cycle
4. Electron transport chain
For each of the above, answer the following questions:
Where in the cell does it take place? Prokaryote vs
Eukaryote
Number of ATP molecules produced?
Number of NADH/FADH2 produced?
What goes in, and what leaves? (reactants vs end products)