For the following reactions identify them as: a) oxidoreductase, b) hydrolase, c) transferase, d) isomerase, e) lyase, f) ligase 24. 25. exi HMG-CoA 341-1 27. H-C-OH HTC-H COA O F 2 NADPH H-C-O-PO3²- H₂C-OH 2 NADP' H-C-H O OH 26. Acetyl-CoA + ATP + CO₂ → Malonyl-CoA + ADP + Pi OH H₂O Mevalonate + COA (NADPH is equivalent to NADH) 2- C-O-PO3²- || CH₂ 28. peptide (n residues) + H₂O → peptide (n-1 residues) + glycine
For the following reactions identify them as: a) oxidoreductase, b) hydrolase, c) transferase, d) isomerase, e) lyase, f) ligase 24. 25. exi HMG-CoA 341-1 27. H-C-OH HTC-H COA O F 2 NADPH H-C-O-PO3²- H₂C-OH 2 NADP' H-C-H O OH 26. Acetyl-CoA + ATP + CO₂ → Malonyl-CoA + ADP + Pi OH H₂O Mevalonate + COA (NADPH is equivalent to NADH) 2- C-O-PO3²- || CH₂ 28. peptide (n residues) + H₂O → peptide (n-1 residues) + glycine
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter23: Enzymes
Section: Chapter Questions
Problem 23.18P: 8 The optimal temperature for the action of lactate dehydrogenase is 36°C. It is irreversibly...
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Transcribed Image Text:For the following reactions identify them as: a) oxidoreductase, b) hydrolase, c) transferase,
d) isomerase, e) lyase, f) ligase
24.
25.
OH
exi
HMG-CoA
H-CIOH
H-CIH
O
11110
27.
COA
2 NADPH
H-C-O-PO3²2-
H₂C-OH
2 NADP'
ر
H-C-HO
OH
Mevalonate
26. Acetyl-CoA + ATP + CO₂ → Malonyl-CoA + ADP + Pi
О
H₂O
OH
1
+ COA
(NADPH is equivalent to NADH)
2-
C-O-PO3²-
||
CH₂
28. peptide (n residues) + H₂O → peptide (n-1 residues) + glycine
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