Beta Oxidation
This macromolecule is getting metabolized during Beta Oxidation
Fatty Acids
This is where glycolysis takes place
cytoplasm
This organelle is where photosynthesis takes place
chloroplast
Having a negative delta G means this
energy was released
Glycolysis
inputs: 1 glucose, 2 ATP
outputs: 2 pyruvate, 2 ATP, 2 NADH
Acetyl CoA has this name because 2 of this element are attached to the enzyme CoA
Carbons
This macromolecule is getting metabolized during this process
carbohydrates
This process is where O2 production comes from
water splitting
This is the final electron acceptor
oxygen
Beta Oxidation
inputs: ATP and fatty acid
outputs: acetylCoA, FADH2, NADH
How are fatty acids broken apart during this process?
2 carbons at a time
How many carbons are in each pyruvate molecule?
3
This is the location for photosystems 1 and 2
thylakoid membrane
This is the optimal pH of pepsin
2
Citric acid cycle
inputs: 2 AcetylCoA
outputs: 4CO2, 2ATP, 6NADH, 2FADH2
This is the limiting factor to beta oxidation.
CoA
This molecule is consumed during the first half of glycolysis
ATP
This photosystem creates ATP and NADH
photosystem 1
What does FADH2 and NADH do during the Krebs Cycle?
carry electrons to the ETC
Photosynthesis
inputs: CO2, water, light
outputs: O2, glucose
This is where beta oxidation occurs.
Mitochondria
This enzyme is involved in a rate limiting step of glycolysis
PFK
This process is where photosystem 2 get its electrons.
water splitting
This happens to carbons during the citric acid cycle
oxidized into CO2
Deamination
inputs: amino acid, NAD, O2
outputs: oxidized amino, NADH, NH3