Microbial Metabolism Chapter 7
- Review Reactions
- Metabolism
- anabolism
- catabolism
- exchange reaction
- exergonic
- endergonic
- E source
- Enzymes
- Collision theory
- activation E
- Catalyst
- Notes
- Enzyme Structure
- substrates
- active site
- products
- Naming
- Cofactors
- apoenzyme
- holoenzyme
- cofactors
- ions, metal atoms
- coenzyme
- NAD+
- FAD
- coenzyme A
- Activity
- Inhibitors
- competitive
- noncompetitive
- allosteric site
- Feedback inhibition energy
- Energy Use Comparison
- Exchange Reaction Energy
- Energy-carrier molecules
- ATP
- Electron carriers
- NAD+
- FAD
- Pathways
- Linear, Branched, CircularCarbohydrate Catabolism
- Cellular respiration
- Fermentation
- Glycolysis
- Notes
- In = glucose
- Out = pyruvate
- Cellular Respiration
- Notes
- Decarboxylation - Hub reaction
- in = pyruvate
- out = acetyl CoA
- Krebs cycle
- Notes
- in = acetyl CoA
- Electron transport chain
- notes
- in = electrons
- out = proton gradient (water)
- chemiosmosis
- proton motive force
- ATP synthase
- Totals
- 36 or 38 ATP
- Phosphorylation
- Substrate-level phosphorylation
- Oxidative phosphorylation
- Anaerobic Respiration
- Fermentation
- Overview
- Glycolysis
- pyruvate
- regenerate NAD+
- Products
- alcohol
- solvents
- acetone, butanol
- organic acids
- propionic acid
- lactic acid