BI110 Lecture Notes - Membrane Protein, Inner Membrane, Coenzyme Q10
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Glucose (6c) oxidized into 2 molecules of pyruvate (3c each: 2 net atp, 2nadh, 2 pyruvate. Electrons removed are delivered to nad+ producing nadh. Atp produced during glycolysis is produced by kinase enzyme. 2 molecules of pyruvate still consume 75% of atp. Atp molecule produced in glycolysis result from substrate level phosphorylation. 1, which of the following processes occurs during glycolysis: atp production through substrate level phosphorylation. ^ active transport pyruvate + coa +nad+ acetyl-coa + nadh +h+ +co2 pyruvate must be transported across 2 membranes non selective porins allows diffusion across omm. Electrons removed in oxidations: accepted by nad+ or fad. Oxaloacetate: acetyl groups links to it and then it carries away the carbons in the cycle. 1 acetyl-coa +3 nad+ +1 fad +1adp+1 pi +2h2o 2co2+3nadh+1. Electrons passed from nadh and fadh2 to co2. 2 smaller mobile electron carriers- ubiquinone(uq)- non protein, & cytochrome c (cyt c)- protein- not a membrane protein but a soluble protein.
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