BCH 369 Lecture Notes - Lecture 19: Atp Synthase, Superoxide, Superoxide Dismutase
Document Summary
Lecture 19 a constant supply to most of into oz. Not of oz the oz that we consume. Oz is converted to h2o in our mitochondria. Why are th 3 atp synthase domains not equivalent because the change their shape. 1 why does theatp synthase rotate when protons pass through the c subunits. Sideeffect of oxidative phosphorylation it a small superoxide ori amount of toxic generates how do we get rid of oz radicals. These reactions produceperoxide 11202 also toxic but it is disposed by oxidizing. Another role part of the of apoptosis or programmed cell death. 4 how does nadh fromglycolysis get into the mitochondria matrix. The atp supply already approx 1 or 2 second. Creatine phosphate in muscle cells can donate phosphate to quickly make move atp right in the muscles. Creatine phosphate add l creatinfinan creatine t atd. Pyruvate from glycolysis may be converted to this regenerate the nad needed for lactate glycolysis.
