Kinesiology 3330F/G Lecture Notes - Lecture 3: Cellular Respiration, Glycogen, Transamination

• School: Western University
• Department: Kinesiology
• Course: Kinesiology 3330F/G
• Professor: Lisa Kowalchuk

Document Summary

Anaerobic power: rate of energy release by cellular metabolic processes that function without o2. Atp + h2o atpase adp + pi + energy. Pcr + h+ creatine kinase cr + pi + energy. Pcr + h+ + adp creatine kinase atp + cr. Adp + adp adenylate kinase atp + amp. Atp production through non-oxidative processes referred to as substrate level phosphorylations. Atp production through oxidative processes referred to as oxidative phosphorylations. Cho: c6h12o6 + 6o2 + 32adp + 32pi oxidative metabolism 6co2 + 38h2o + 32atp. Fat: c16h32o2 + 23o2 + 106adp + 106pi oxidative metabolism 16co2 + 122h2o + 106atp. Aa: alanine + 2-oxogluterate aa transamination pyruvate + glutamate. Pyruvate + 3o2 oxidative metabolism 3co2 + 3h2o + 15atp. Summary- oxidation of cho, fat and atp synthesis. C6h12o6 + 6o2 + 32 (adp + pi) 6co2 + 32atp + 38h2o. C16h32o2 + 23o2 + 106 (adp+ pi) 16co2 + 106atp + 122h2o.