University:
Franklin University
Course:
CHEM-217 | General Chemistry II
Academic year:

2023
Views:

311

Pages:

4
Author:

SpaceSpecter

oxidative phosphorylation: I of the baeenergy released during the oxidalzonct Most of glueese to coz is retained in the reduced co-enzyme (NADH & FADHA) generate during glycolyses and TCA cycle released from NADH and FADHe are →Electrons are released eventually transtened to 021 forming H₂O NADH + H+ + fog 200 →NAD+ H₂O FADH2+ 202 20 FADT+H20 The free energy change of these reaction erergonic reaction are-52-6 kcal/mol. NADH and -43-14kcal/mo/CPADH The lange amount of tree energy released during the oxidation of NADH and FADH₂ is used in the formatio of ATP. Theratonce, the form oridatëve phosphorylation is used to describe this energy Process conversion Process. Electrons are transtered from NADH OR FADH270 02 through a cences of electron carriers presenton Ennen mitochondrial membrane. The Preces of e transport begins when the NADH OR FADH2 Oxzdised to give 2Ht and ze Mostot the proteens are electrons carcerzens which are involved in the oxidative phosphorylation. That are complex 1, TI, TII & LV. →Among the 5 complexes only y complexes are Envolved in mitochondrial electron treansport chain cwhile the sth complex is involved in Atp syntheses vea chemcosmotic mechanisms. Forte de transhan from I comple to another complex there coll be yut transporeted from mitochondrial matrix to Intermembrane space (permën e tochondrial space) 4H+ = 1 ATP 10 H=2.6 ATP L Chemiosmass Electron transport chain Mitochondrial matrix Oxidative Phosphorylation

Oxidative Phosphorylation - Class Note

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