Hartman HP Cellular Respiration
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96 Terms
glucose
glycolysis
ATP
NADH
O2
pyruvic acid
if O2 present
if no O2 present
lactic acid fermentation
Krebs cycle
NADH
FADH2
lactic acid
CO2
ATP
H2O
ATP
electron transport system
glucose
NADH
ATP
glycolysis
pyruvate (2 for every glucose)
NADH
ATP
pyruvate processing
acetyl CoA
FADH2, NADH
ATP or GTP
CO2
citric acid cycle
ETC generates proton gradient that is used to produce ATP
O2
H2O
electron transport & chemiosmosis
glucose
2 ATP, 2 ADP
fructose diphosphate
glyceraldehyde 3-phosphate
2 NAD+, 2NADH
4 ATP, 4 ADP
pyruvate
citric acid
CO2
NAD+
NADH + H+
5 carbon compound
CO2
NAD+
NADH + H+
ADP+P
ATP
4 carbon compound
FAD
FADH2
4 carbon compound
NAD+
NADH + H+
oxaloacetic acid
acetyl CoA
CoA
electron carriers
NADH
NAD+
FADH2
FAD
2H+ + 2O2
H2O
ADP+P
ATP
ATP synthase
intermembrane space
matrix
electron transport chain
chemiosmosis
glucose
glycolysis
NAD+ regeneration
2 ADP
2 ATP
2 NAD+
2 NADH
2 pyruvate
2 lactate
2 NADH
NAD+
electrons carried via NADH
glycolysis, glucose —> pyruvate
cytosol
ATP
substrate level phosphorylation
oxidative phosphorylation
mitochondrion
citric acid cycle
electrons carried by NADH and FADH2
oxidative phosphorylation: electron transport and chemiosmosis
Note 
Flashcards (94)