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InsightfulDystopia

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electron transport chain metabolism biology biochemistry

Summary

This diagram illustrates the Electron Transport Chain, a key metabolic process. It shows the flow of electrons and the roles of various components in cellular respiration.

Full Transcript

METABOLISM: Electron Transport Chain...

METABOLISM: Electron Transport Chain 9 [H+] = 10 mM - Q-Cyt-" Succinate D.H. Oxidoreductase Cyt-c → QH FMNH QH F +3 F +3 ! Glucose Z e z 2 (CoQ ) Cyt b Cyt-c NADH D.H. (CoQ ) FMN Cytochrome Oxidase 2 NAD+ Q F +2 F +2 Q ÷ (F S) i. 2 NADH H + F +3 FMNH 2 H+ FADH [H+] = 10 mM Cyt ( + 3 ) A A FAD. 2 2 2 (2) Pyruvate FMN F +2 [H+] = 10 mM NAD+ 2 NADH 2 NAD+ FADH 2 H+ NADH M.D.H+ Malate HO ' 2 H+ FADH FAD OAA Enoyl-CoA :o⑥⑥BB⑥p a FADH FAD NADH 2 NADH 2 NAD+ DHAP Acy Glyc l Co erol AD -3-p.H. D.H.+ + 2 NADH 2 NADH 2 NAD+ 2 NAD+ Malate Pyruvate Aspartate - ' ' B-oxidation Acetyl CoA Shuttle 2 NADH Fatty-Acyl-CoA 2 FADH OAA Glutamate (A.A.) 2 NAD+ 2 2 FAD - Keto Gluterate NAD+ Aspartate NADH Glycerol-3-P Malate Shuttle M.D.H NADH NAD+ Mitochondrial Matrix OAA Malate Glycerol-3-P DHAP Aspartate OAA Malate Aspartate Glutamate - Keto Gluterate Metabolism Electron Transport Chain eh ÷ ,

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