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BIS 2A Midterm 1 (Britt)

Terms in this set (31)

Photophosphorylation
Bacterial and plant phosphorylation is what type of phosphorylation?
NADPH
S
Outputs for non-cyclic bacterial phosphorylation
ATP
Outputs for cyclic bacterial phosphorylation
ADP
Inputs for cyclic bacterial phosphorylation are
NADP+
H2S
Inputs for non-cyclic bacterial phosphorylation are
H20
ADP
NADP+
Inputs for plant phosphorylation are
O2
ATP
NADPH
Outputs for plant phosphorylation are
endergonic
Need to make ATP using phosphorylation (light reactions) b/c making glucose out of CO2 is an ___________ rxn.
reduce
Need to make NADPH b/c need electrons to ________ CO2 in order to build glucose.
CO2
ATP
NADPH
Calvin Cycle inputs
Glucose
ADP
NADP+
Calvin Cycle outputs
Glucose
ADP
NAD+
Glycolysis inputs
Pyruvate
ATP
NADH
Glycolysis outputs
Pyruvate
NADH
Lactic acid fermentation inputs
Lactate
NAD+
Lactic acid fermentation outputs
Pyruvate
CO2
NADH
Ethanol fermentation inputs
Ethanol
NAD+
Ethanol fermentation outputs
Pyruvate
NAD+
Pyruvate oxidation inputs
Acetyl CoA
Co2
NADH
Pyruvate oxidation outputs
Acetyl CoA
NAD+
FAD
ADP
Citric acid cycle inputs
CO2
NADH
FADH2
ATP
Citric acid cycle outputs
NADH
FADH2
O2
ADP
Inputs for ETC
NAD+
FAD
H2O
ATP
Outputs for ETC
Aerobic
Respiration where terminal electron acceptor is O2
Anaerobic
Respiration where terminal electron acceptor is S or N
Mitochondria
- Respiration occurs in the ___________
-Pyruvate oxidation
-Citric acid cycle
-ETC
Mitochondrial matrix
- Citric acid cycle occurs in the _________
Cytoplasm
- Glycolysis
- Fermentation
occur in the _____________
Thylakoid membrane
In plant cells, the ETC (light dependent reactions/photophosphorylation) occurs in the ________
stroma
In plant cells, the Calvin Cycle (dark reaction) takes place in the ___________ (plant version of cytoplasm)
inner thylakoid space
In plant cells, hydrolysis is in/protons are pumped into the___________
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