Q1 Glycerol CCA ATP Acyl Call ADP NAD NADH+H+ Fully Acid Aceryl CoA Acetoacetyl CoA Acetyl CoA FAD L-Glycerol 3-phiphule ATP AMP+PP Dydroxyace phosphate Acyl CoA FADH H₂O + trans-Encyl CoA Acyl CoA (shared by 2 carbons) COA 요 H₂O + CA D-Glyceraldehyde 3-phosphate L-3-Hydroxyacyl CoA NAD H-NADH HS-COA COA 3-K CA 3-Hydroxy-3-methyl- glutaryl CoA Acetoacetate NACH+H NAD+ D-3-hydroxy- butyrate Apture

Q1 Glycerol CCA ATP Acyl Call ADP NAD NADH+H+ Fully Acid Aceryl CoA Acetoacetyl CoA Acetyl CoA FAD L-Glycerol 3-phiphule ATP AMP+PP Dydroxyace phosphate Acyl CoA FADH H₂O + trans-Encyl CoA Acyl CoA (shared by 2 carbons) COA 요 H₂O + CA D-Glyceraldehyde 3-phosphate L-3-Hydroxyacyl CoA NAD H-NADH HS-COA COA 3-K CA 3-Hydroxy-3-methyl- glutaryl CoA Acetoacetate NACH+H NAD+ D-3-hydroxy- butyrate Apture

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter7: Cellular Respiration

Section: Chapter Questions

Problem 9RQ: GTP or ATP is produced during the conversion of isocitrate into ketoglutarate succinyl CoA into...

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Incubation of the norsolinic acid synthase holo-ACP with malonyl CoA gave malonyl-S-ACP (molecular weight 10112 Da). (ACP SH holo-ACP Malonyl-SNAC Calculate the molecular weight of holo-ACP. (ACP OH malonyl-S-ACP MW = 10112
Handwritten Identify the molecule names, enzyme name, enzyme classification and change in reaction(for glycolysis pathway)
uizzes/67365/take Based on the image below, select the correct statements. Note: There may be more than 1 correct response. I Ribose 5-phosphate ribose phosphate pyrophosphokinase (PRPP synthetase) glutamine-PRPP amidotransferase adenylosuccinate synthetase AMP > 5-Phosphoribosylamine I adenylosuccinate PRPP lyase 9 steps Adenylosuccinate AMP IMP <-- ADP - AMP <-- GMP <-- IMP IMP dehydrogenase <- GMP - XMP ADP ATP GMP يمد XMP-glutamine amidotransferase Increased levels of ADP inhibit the production of PRPP. Increased levels of GMP inhibit the production of XMP. O Increased ADP activates PRPP synthase to increase PRPP levels. Increased IMP activates glutamine-PRPP amidotransferase to further increase IMP levels. 8 OBC
C-CH2 + H* CO, + CH,-C-S-COA S-COA Malonyl-CoA Acetyl-CoA Hydrolase Transferase Lyase Ligase
Step 2 of B-oxidation involves a reaction with chemistry characterized as a dehydration. B-Oxidation is shown below. H HO || || C-C-S – CoA FAD но R-CH2- C Acyl-CoA dehydrogenase H-C-C -S- CoA Acetyl-CoA Fatty acyl-CoA H FADH2 - CH2 - -c-S- CoA R- Thiolase Fatty acyl-CoA shortened by two carbons COA-SH H. он Successive cycles R-CH2-C-C- -C-S- CoA R– CH2 C=C-C-S-CoA H B-Ketoacyl-Co.A trans-A²Enoyl-CoA NADH + H* H,0 H H L-Hydroxyacyl-CoA dehydrogenase Enoyl-CoA hydratase R- CH,-c-c-C- S-CoA Но H NAD+ L-B-Hydroxyacyl-CoA True O False
a What would be the appropriate name for an enzyme that catalyzes each of the following reactions: b H3C iOH OH NH₂ alanine ligase alanine oxidoreductase alanine isomerase alanine transferase OH H3C CH3 H3C NO₂ propanone transferase propan-2-ol hydrolase propan-2-ol oxidoreductase propan-2-ol isomerase OH H3C CH3
draw acyl coa derived from docosanoic acid C21H43CO2H
Consider the each of the amino acids in the peptide below. Ala-Ile-Asp-Arg-Gln-Gly-Pro-Gly-Ala-Tyr-Val-Ile-Gln-Leu If all of the amino acids are degraded to yield energy (ATP), explain how many Acetyl CoAs for oxidation to CO2 could be produced from this peptide. note: Do not make glucose at the beginning, however converting the TCA intermediates into molecules in the glycolytic pathway for optimal Acetyl CoA production is allowed. Be sure to show clearly which pathway will the Acetyl CoA enter (to yield ATP ultimately) under such condition
How is cholesterol synthesized from carbohydrates? DHAP glycerol-3-phosphate →→→ isoprene Glucose acetyl-CoA HMG-CoA→→→→→→ mevalonate DHAP glycerol-3-phosphate CDP-diacylglycerol O Glucose acetyl-CoA palmitoyl-CoA →→ ceramide
Consider docosanoic acid C12H43CO2H a. Label the alpha and beta Carbons. Show the beta-oxidation in an EXPANDED structure. b. Draw each acyl CoA derived from this fatty acid. c. How many acetyl Co A molecules are formed by complete beta-oxidation? d. How many cycles of beta-oxidation are needed for complete oxidation? e. How many molecules of ATP are formed from the complete catabolism of this fatty acid? Show the complete computation. f. How many moles of ATP per gram of fatty acid is formed from the complete catabolism of the given fatty acid? g. What is the molar mass of the given fatty acid? Solution: Show here the complete computations, [from a to e]
4. Identify: for nos. 1-5: Name of the missing metabolite in the pathway 6-10: Enzyme that catalyzed the reaction 11-15: Reaction involved 5 FAD 10 -FADH₂ trans-2-En oyl-CoA 15 H₂O 3-Hyroxya cyl-CoA NAD+ NADH+H+ beta-Ketoacyl-CoA COASH Acetyl-CoA Acyl-CoA (2 C Atoms Shorter) Malate Fumarate Glucose 6 Glucose-6-phosphate 11 Fructose-6-phosphate Phoshphoenolpyruvate Succinate 12 Acetyl ČOA 13 7 Citrate 3 Lactate 14 Isocitrate 8 a-ketoglutarate
GTP or ATP is produced during the conversion of isocitrate into ketoglutarate succinyl CoA into succinate fumarate into malate malate into oxaloacetate