Question

(1) put the molecule of the first round of lipogenesis in correct order

(a) acetoacetyl-Acp

(b) 3-hydroxyacyl-Acp

(c)malanyl Acp

(d) trans-2-enoyl Acp

(e) butynyl-Acp

(2) put the intermediate of the B oxidation of fatty acids in order from first to last. to rank items as equivalent overlap them

(a) fatty acyl coA

(b)trans-enoyl CoA

(c) B-hydroxyacyl CoA

(d) B-keotoacyl CoA

(e)Acetyl CoA

(3) what is the total number of ATP molecules that can be produced from the complete oxidation of one glucose molecule. express your answer numerically as an integer

(4) select the electron carriers involved in the electron transport chain. check all that apply

(a) flavin mononucleotide

(b) cytochrome c

(c) glyceraldehyde -3-phosphate

(d)glucose

(e) iron -sulfur cluster

(f) phosphate

Answer 1

(1) Following is the first round of given lipogenesis molecules in correct order

(a) malanyl Acp

(b) acetoacetyl-Acp

(c) 3-hydroxyacyl-Acp

(d) trans-2-enoyl Acp

(e) butynyl-Acp

(2) The intermediates of the Beta oxidation of fatty acids in order from first to last.  

(a) fatty acyl coA

(b)trans-enoyl CoA

(c) B-hydroxyacyl CoA

(d) B-keotoacyl CoA

(e)Acetyl CoA

(3) The total number of ATP molecules that are produced from the complete oxidation of one glucose molecule.

By aerobic respiration, the total number of ATP molecules produced: 38. (Not net number).

(4) All the given molecules are involved in the electron transport chain either as electron acceptors or donors.

(a) flavin mononucleotide

(b) cytochrome c

(c) glyceraldehyde -3-phosphate

(d)glucose

(e) iron -sulfur cluster

(f) phosphate