P/O = 2.5 P/O = 1.5 Succinate Ascorbate Rotenone and amytal FAD inhibit TMPD Cyanide, azide, and carbon monoxide inhibit complex IV by reaction with cytochrome a, B-Hydroxybutyrate complex I Antimycin A e NAD* FMN Fe-S Со cyt b Fe-S cyt c, cyt c cyt a cyt a, e Ferricyanide Exogenous cytochrome c Femricyanide Coupling site Complex I Coupling site Complex II Coupling site Complex IV
P/O = 2.5 P/O = 1.5 Succinate Ascorbate Rotenone and amytal FAD inhibit TMPD Cyanide, azide, and carbon monoxide inhibit complex IV by reaction with cytochrome a, B-Hydroxybutyrate complex I Antimycin A e NAD* FMN Fe-S Со cyt b Fe-S cyt c, cyt c cyt a cyt a, e Ferricyanide Exogenous cytochrome c Femricyanide Coupling site Complex I Coupling site Complex II Coupling site Complex IV
Chapter16: Adult And Pediatric Dosages Based On Body Surface Area
Section: Chapter Questions
Problem 7.4P
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Question
Write a balanced equation for the overall reaction occurring in this system, showing oxidation of the initial electron donor, reduction of the final acceptor, and synthesis of ATP.
Expert Solution
Step 1
The energy absorption is required for the generation of ATP. The energy can be obtained from the food and then used for forming two reducing agents that are FADH2 and NADH, required for the production of ATP. Glucose is the main energy-producing nutrient in the diet. Oxidative phosphorylation is the process responsible for the high-yield of ATP.
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