Step 2: Acyl-AMP + → acyl-CoA + COA COA + ADP PP i 2 ADP CoA The acyl-CoA synthet ly reversible, with AMP m constant near 1. to favor formation of f ATP ATP The enzyme-bound intermediate in this reaction has been identified as the mixed anhydride of the fatty acid and adenosine 2ºmonophosphate (AMP), acyl-AMP. R-C-O-P-O-CH2 0- Adenine 0. H H H H OH OH Complete the two equations corresponding to the two steps of the reaction catalyzed by acyl-CoA synthetase. Step 1: R-COO¯+ → acyl-AMP + COA ATP Step 2: Acyl-AMP + AMP → acyl- ADP + P H₂O H+ ATP COA The acyl-CoA synthe PP n is readily reversib i PP; ibrium constant near 1. How can this reaction be made 1

Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
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Step 2: Acyl-AMP +
→ acyl-CoA +
COA
COA + ADP
PP i
2 ADP
CoA
The acyl-CoA synthet
ly reversible, with
AMP
m constant near 1.
to favor formation of f
ATP
ATP
Transcribed Image Text:Step 2: Acyl-AMP + → acyl-CoA + COA COA + ADP PP i 2 ADP CoA The acyl-CoA synthet ly reversible, with AMP m constant near 1. to favor formation of f ATP ATP
The enzyme-bound intermediate in this reaction has been identified as the mixed anhydride of the fatty acid and adenosine
2ºmonophosphate (AMP), acyl-AMP.
R-C-O-P-O-CH2
0-
Adenine
0.
H
H
H
H
OH
OH
Complete the two equations corresponding to the two steps of the reaction catalyzed by acyl-CoA synthetase.
Step 1: R-COO¯+
→ acyl-AMP +
COA
ATP
Step 2: Acyl-AMP +
AMP
→ acyl-
ADP + P
H₂O
H+
ATP
COA
The acyl-CoA synthe
PP
n is readily reversib
i
PP;
ibrium constant near 1. How can this reaction be made
1
Transcribed Image Text:The enzyme-bound intermediate in this reaction has been identified as the mixed anhydride of the fatty acid and adenosine 2ºmonophosphate (AMP), acyl-AMP. R-C-O-P-O-CH2 0- Adenine 0. H H H H OH OH Complete the two equations corresponding to the two steps of the reaction catalyzed by acyl-CoA synthetase. Step 1: R-COO¯+ → acyl-AMP + COA ATP Step 2: Acyl-AMP + AMP → acyl- ADP + P H₂O H+ ATP COA The acyl-CoA synthe PP n is readily reversib i PP; ibrium constant near 1. How can this reaction be made 1
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