University:
York University
Course:
BIOL 2020 | Biochemistry
Academic year:

2023
Views:

208

Pages:

5
Author:

Nick T.

In Class Notes 4/4/23 C6H12O6602600, +6H₂O AG-686 kcal/mal Carb me ta bolism is fastest Metabolism T Catabolism Anabolism steranerge Citric And Cycle Krebs cycle brean large maleate te smal back inte large 8 Steps Know 1 Lost Energy production Steps on ATP- What happens during exercise? What happens during What happens meal ? offer meal? NADH from vilamin B3 FAD fron Vitamin Ba In Class Notes 4/4/23 Glucose colled is a Central molecule Converted te gly Calysis in metabolim Pyrware by a pathway The Electron-transport Chain goal MEM ATP • The series of biochemical reactions that pass electrons from reduced coenzymes to oxygen tre Aid Cycle Coupled to ATP formation by ATP Synthase th dochondria enyzme Oxidative Phosphorylation + Starting materials: From CAC used in ETE Electrons (carried by NADH and FADH) Molecular oxygen (0) from the air we breathe Products: Recycled NAD and FAD for reuse in Citric Acid Cycle Water (H₂O) Purpose: Use energy from moving electrons to pump H ions Recycle NADH and FADH, back to NAD and FAD Kobs Cycla In Class Notes 4/6/23 Any Sugar with reducing Sugar 1 glucose = 2 pyruvate Energy is released when ADP ATP phosphate is removed potential gradient difference Charges Digestion of Carbe 1 Begins in maulk Stomach Hydrolysis with acid 3 Small Intestine absorbe small molecules Absorbed in te Cell from blood Phosphorlation glycolesis makes escucate Acelly-CoA Ciric Acid Cycle Total ATP protund In Class Notes Food mouth -stomach Small Intestine Cell Blood Aller Eating glucose T Insulin 7 to decrease glucose. 260 glycose hypogly comal 70-120: normal Fasting goal gliocase glucagon level increase, Insulin Convert glycogen to glucose to Keep making energy Exercise Breathing rate increases to 1 Oz and increase energy molecules Running processes ot max rate but has a limit Lelit acid d large intestine Colon In Class Notes 4/6/21 Citric Acid Cvele glucose pyruvate Acetyl CoA CAS products CO₂, CTP, NADH FADH AJADH FADH Starling materials acehl-SCA aralaciose STC ATP Must be regulated! ADP (law energy) acts like activator te Stop or Slow down Cycle NADH (excess energy not being used