- Metabolic Biochemistry Please Help Asap 1 (394.54 KiB) Viewed 46 times
METABOLIC BIOCHEMISTRY PLEASE HELP ASAP
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METABOLIC BIOCHEMISTRY PLEASE HELP ASAP
METABOLIC BIOCHEMISTRY PLEASE HELP ASAP
Question 22 1 pts The image below shows the citric acid cycle. Reaction 5 is the substrate-level phosphorylation. Select the correct statement about this reaction Acetyl-CoA 1 Condensation CH3-C-S-COA H₂O CoA-SH citrate CH₂-COO™ synthase 8 0-c-coo HO-C-COO™ (2a Dehydrogenation CH₂-COO Dehydration Citrate Citric acid H₂O aconitase cycle HO-CH Malate CH₂ 1/¢00- coo Hydration fumarase NADH H₂O COO Fumarate CH HO coo 6 Dehydrogenation CH₂-COO™ Oxaloacetate malate Çoo- dehydro- genase FADH₂ succinate dehydrogenase CH₂-COO- CH₂ COO™ Succinate succinyl-CoA synthetase a-ketoglutarate dehydrogenase CH CH₂-COO™ C-COO- -Coo aconitase HO-CH isocitrate dehydrogenase/ Coo- CO₂ complex CH₂-COO™ CH₂-COO™ CH₂ T c=0 CoA-SH CH₂ a-ketoglutarate CoA-SH COO™ GTP GDP C-S-COA 3 (ATP) (ADP) ö + P₁ Substrate-level phosphorylation Succinyl-CoA Oxidative decarboxylation Figure 16-7 Lehninger Principles of Biochemistry, Fifth Edition ©2008 W. H. Freeman and Company https://canvas.uts.edu.au/assessment questions/356962/files/1562680/download? verifier=JPwiFBeUr9vCouq DkQYVVGG4MAhjSMS0a7k6jSHL O The reaction is part of 'acetyl-CoA catabolism' phase 1. O The reaction is a more efficient source of ATP compared to oxidative phosphorylation. O The reaction is part of 'regeneration of oxaloacetate' phase 2. O A phosphate group is taken from the Coenzyme A substrate O The reaction is NADH dependent CO₂ cis-Aconitate H₂O (2b) Hydration Isocitrate Oxidative decarboxylation CH₂-COO™ H-C-COO™
Question 22 1 pts The image below shows the citric acid cycle. Reaction 5 is the substrate-level phosphorylation. Select the correct statement about this reaction Acetyl-CoA 1 Condensation CH3-C-S-COA H₂O CoA-SH citrate CH₂-COO™ synthase 8 0-c-coo HO-C-COO™ (2a Dehydrogenation CH₂-COO Dehydration Citrate Citric acid H₂O aconitase cycle HO-CH Malate CH₂ 1/¢00- coo Hydration fumarase NADH H₂O COO Fumarate CH HO coo 6 Dehydrogenation CH₂-COO™ Oxaloacetate malate Çoo- dehydro- genase FADH₂ succinate dehydrogenase CH₂-COO- CH₂ COO™ Succinate succinyl-CoA synthetase a-ketoglutarate dehydrogenase CH CH₂-COO™ C-COO- -Coo aconitase HO-CH isocitrate dehydrogenase/ Coo- CO₂ complex CH₂-COO™ CH₂-COO™ CH₂ T c=0 CoA-SH CH₂ a-ketoglutarate CoA-SH COO™ GTP GDP C-S-COA 3 (ATP) (ADP) ö + P₁ Substrate-level phosphorylation Succinyl-CoA Oxidative decarboxylation Figure 16-7 Lehninger Principles of Biochemistry, Fifth Edition ©2008 W. H. Freeman and Company https://canvas.uts.edu.au/assessment questions/356962/files/1562680/download? verifier=JPwiFBeUr9vCouq DkQYVVGG4MAhjSMS0a7k6jSHL O The reaction is part of 'acetyl-CoA catabolism' phase 1. O The reaction is a more efficient source of ATP compared to oxidative phosphorylation. O The reaction is part of 'regeneration of oxaloacetate' phase 2. O A phosphate group is taken from the Coenzyme A substrate O The reaction is NADH dependent CO₂ cis-Aconitate H₂O (2b) Hydration Isocitrate Oxidative decarboxylation CH₂-COO™ H-C-COO™