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Aerobic respiration
Consumes organic molecules and oxygen; yields ATP
Anaerobic respiration
Consumes organic molecules and compounds other than oxygen; yields ATP
Cellular respiration
includes BOTH aerobic and anaerobic; often used to refer to aerobic
Fermentation
Alcoholic fermentation
Redox reactions
Chemical reactions that transfer electrons between reactants
Oxidation
Substance loses electrons
Ex. NADH —> NAD+; FADH2 —> FAD+
Reduction
Substance gains electrons
Ex. NAD+ —> NADH; FAD+ —> FADH2
Reducing agent
Electron donor
Ex. Hydrogen
Oxidizing agent
Electron acceptor
Ex. Oxygen
Glycolysis
PFK
G3P
Citric acid/Krebs Cycle
Oxaloacetate
Electron transport chain
ATP synthase
Chemiosmosis
Cytochromes
Proton motive force
Substrate-level phosphorylation
Oxidative phosphorylation
Lactic acid fermentation
Obligate anaerobes
Facultative anaerobes
Products of glycolysis
4ATP (net 2), 2NADH or FADH2, 2H2O
Products of cellular respiration
Products of Krebs Cycle
2ATP, 6NADH, 2FADH2, 4CO2
Inter-Krebs cycle
Products of inter-krebs
2NADH (per glucose molecule), most likely 2FADH2, 2CO2
Products of electron transport chain
29-34 ATP, H2O
Note 
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