問題一覧
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2.Dehydration and Hydration Process:
Isomerization via cis=aconitase; interchange of –H and -OH
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is the 4th and final stage of aerobic respiration.
krebs cycle
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3.Oxidative decarboxylation Process:
oxidative decarboxylation/"C" is removed as CO2, NAD+ reduced to NADH
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2.Dehydration and hydration Key enzyme:
aconitase
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Krebs 2.Energy products
nadh,fadh2
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2.Dehydration and hydration Function:
activate decarboxylation
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4. Oxidative decarboxylation Key enzyme:
a ketoglutarate dh requires TTP, lipoamide, FAD
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Krebs produce additional co2 molecules known as
by products
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Krebs 2nd Process
oxidative catabolism of carbs fa,aa
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3.Oxidative decarboxylation Key enzyme:
isocitrate dehydrogenase
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Krebs 1.Energy products
gtp(atp)
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3rd irreversible step
oxidative decarboxylation
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8.Dehydrogenation Key enzyme:
malate dh
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Krebs O2 requirement
aerobic
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Krebs cycle is a process to generate more high energy molecules like ___,___,___?
nadh,fadh2,atp
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Krebs Overall rxn.
acetyl coa+3nad++fad+gdp+pi~2co2+coa-sh+3nadh+h++fadh2+gtp
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5.Substrate level phosphorylation Key enzyme:
succinyl coa synthetase
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1.Condensation-formation: Process:
aldol condensation followed by hydrolysis
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1.Condensation formation Key enzyme:
citrate synthase
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4. Oxidative decarboxylation Process:
Oxidative decarboxylation; C removed as CO2; NAD+ reduced to NADH and thioester formation
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6.Dehydrogenation Process:
Double bond formation; FAD reduced to FADH2
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First irreversible step/ regulatory step
condensation formation
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Krebs cycle also known as
citric acid cycle,tricarboxylic cycle
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7.Hydration Key enzyme:
fumarase
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7.Hydration Process:
addition of h2o to introduced to -OH
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Krebs 1st Process:
amphibolic
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2nd irreversible step
oxidative decarboxylation
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7.Hydration Function:
preparation for the next oxidation step
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6.Dehydrogenation Key enzyme:
succinate dh
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Krebs Location
mitochondria
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8.Dehydrogenation Process:
Oxidation; NAD+ reduced to NADH
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5.Substrate level phosphorylation Process:
Phosphorylation where thioester energy of thioester conserved in phosphoanhydride bond of GTP/ATP