EXSS2028 Lecture Notes - Lecture 1: Glycolysis, Cytochrome C Oxidase, Phosphocreatine

• School: University of Sydney
• Department: Exercise and Sport Science
• Course: EXSS2028
• Professor: Kieron Rooney

Document Summary

Most o2 is consumed by organs (heart/brain etc. ) and the mitochondria in cells. Adenine group + ribose sugar + 3x phosphates; phosphoanhydride bonds between phosphate groups; it is an energy molecule important for muscle contraction; Atp + h2o adp + h+ + pi. Why is atp important: atp + h2o adp + h+ + pi. Hydrolyses atp to produce adp, h+ & pi. Need energy (produce plenty of adp, h+ & pi. Introduction & metabolic pathways 1: lecture 1: used for rest exercise, short bursts & transition from one work rate to another (non- steady state exercise) H protons in the matrix/innermembrane space: this ratio also determines amount of atp produced, you produce more atp by having more nadh, it is not the h from fadh/nadh that is pumped out, it is the h. Transferred from qh2 to fe/cu in complex iii/iv & received by o2 in the.