University:
Swansea University
Course:
PM134 | Microbiology
Academic year:

2023
Views:

252

Pages:

4
Author:

Sanjeev K

TCA Cycle (sidly aerobic) →First and foremost rean is condensation rean. Acetyl con chats, Citrate molecule. Sythase. glucox prpuvati →Acetyl CoARA cych Aerobic Calycolyn's 8 ATP. Pyruvate dehydrogenave INACH O by 3 ATP In the Cycle, 3 NADH and produced = 9 ATP IFADH2= 2 ATD IGTP-1 ATP- 15 ATP I glucose = 2 pyruvate =2×15-30 ATP. In glycolys & OTP. Total TLA Cycle 30+8=38 ATP Alternative Oxidative phosphorylatiorespivation. 2 NADPH 6 ATP 2 GTP = 2ATP 2 FAD4ATP. 6 NADH = 18 ATP 30 ATP how Calucose Jlycolyns pyruvate TCA Cycle granted & hemspert- cham ATP gnorated. Electron transport Chain NNDH dehydrogenase fout NADH. Terminal è acceptor = How Ampgeneraleed oxidative phosphorylatin. (coupling heinspirt + AT'p synthuis (Ordn) (phosphoryist Entry. Two antry sites are there for the enty for Nnow and fro. fie, NAD ter or FAD FAD) Coenzyme. Q- Ubiquinone Cytahromes Proteine in the & transport chaln Very Smal, wates soluble ATP generation Jake place 31, ilonry Point Comple 1- NADH dehydrogenase comple 11 - Succinate dehydrogena (entry pont of FADH2) INADH 3 ATP Lenon, canto po ratio (phosphorylation]. Inlays in which ATP is ayothesized: chemiosmotic hypothesis. Conformational change hypothesis. Chemiosmotic hypothers MADH dehydrogenase will out on NADI. priten gradient/otectrochemical gradient fou everyt 3 protone IATP is synthesized. Protune are Pared outsisve catched by electron accepte Conformation change hypothuis embedded in the membrane. - contally & subunit * rotater confomation charge Lohen PTP and phosphate entere OLMON, ATP released 7 Imp Calycolyte Palinway Ovidative Phosphonglation - 2 NADH 6 ATP. Substrate loved phosphorylation - -4 ATP-4ATP 10 ATP. = 10-2=8ATD 2expendond in 3 carbon stog TRA Cyde Oxidative Phosphorylation→ in QNADH = 86 ATP. (Pyruvadati dunaydrogenas) cycb-oxidative Phosphorylation 6 NADH-18 ATP. oxidative Phosphorylatius FADH2FnH₂ = 40TP. Substada level 2 GTP 2 ATP 30 ATP Total acrobic respiration is 3018 38 ATP