Energy, Matter, and Enzymes
This text discusses energy, matter and enzymes; classification by carbon and energy source; Oxidation and Reduction in Metabolism; Energy Carriers—NAD+, NADP+, FAD & ATP; enzyme structure and function; and enzyme inhibitors.
Topics
- redox reaction
- FADH2
- flavin adenine dinucleotide
- nicotinamide adenine dinucleotide
- eukaryotes
- prokaryotes
- active site
- feedback inhibition
- induced fit
- activation energy
- metabolism
- transition state
- adenosine triphosphate
- phosphorylation
- AMP
- coenzyme A
- dephosphorylation
- FAD
- NADH
- phosphate group
- catalyst
- anabolism
- NADPH
- RNA
- catabolism
- photosynthesis
- ADP
- ATP
- enzymes
- Escherichia coli
- adenine
- adenosine diphosphate
- adenosine monophosphate
- allosteric activators
- allosteric control
- allosteric site
- apoenzyme
- autotrophs
- biosynthesis
- chemoautotrophs
- chemoheterotrophs
- chemotrophs
- CoA
- coenzymes
- cofactors
- competitive inhibitor
- endergonic reactions
- exergonic reactions
- haloenzyme
- heterotrophs
- high-energy phosphate bonds
- inorganic phosphate
- lithotrophs
- metabolic pathways
- noncompetitive (allosteric) inhibitor
- organotrophs
- oxidation reactions
- oxidation-reduction reactions
- photoautotrophs
- photoheterotrophs
- phototrophs
- Pi
- PPi
- pyrophosphate
- reduction reactions
- ribose
- specificity
- substrates
- electron carriers
- NAD (positive)
- NADP (positive)