light dependent reaction
thylakoid
Z protein splits water-->PSII excited (photons)-->PQ(4H)-->(4H)B6F-->PC-->PSI-->Fd-->FNR-->NADP-->NADPH
4H-->ATP synthase-->ADP-->ATP
light independent reaction
stroma
6 CO2-->RuBP 5C (rubisco)-->12 PGA 3C-->(ATP-->ADP)12 DPGA 3C-->(NADPH-->NADP)12 G3P 3C-->10 G3P (2 form glucose)-->6 RP 5C-->(ATP-->ADP)6 RuBP 5C
C4
CO2-->PEP-->OOA-->pyruvate, -CO2-->PEP
CAM
obtains CO2 at night
glycolysis
cytoplasm
anaerobic
glucose-->(ATP-->ADP) glucose-6-phosphate-->fructose-6-phosphate-->(ATP-->ADP) fructose-1,6-biphosphate-->DHAP, G3P(DHAP converted into G3P)-->(x2) 1,3BPG-->(ADP-->ATP)3PG-->2PG-->(H2O) PEP-->(ADP-->ATP) PYRUVATE
Kreb's Cycle
mitochondria matrix
pyruvate 3C-->(NAD-->NADH, -CO2; +CoA)-->acetyl CoA 2C-->oxaloacetate 4C-->citrate 6C-->isocitrate 6C-->(NAD-->NADH, -CO2) a-ketoglutarate 5C-->(NAD-->NADH, CO2) succinyl CoA 4C-->(GDP<-->GTP, ADP-->ATP) succinate 4C-->(FAD-->FADH2) fumerate 4C-->maleate 4C-->(NAD-->NADH)-->OOA 4C
ETC
mitochondria inner membrane
NADH-->NAD
NADH dehydrogenase (ADP-->ATP)-->coenzyme Q (FADH2-->FAD; ADP-->ATP)-->cytochrome B-C1 complex (2H)-->cytochrome C-->cytochrome oxidase complex (ADP-->ATP)-->H2O
Lipid catabolism
glyceral-->DHAP/G3P-->G3P
B-oxidation
fatty acid-->5 NADH, 5 FADH2
Ethanol fermentation
anaerobic
glycolysis-->pyruvate-->(-CO2) acetaldehyde (NADH<-->NAD)-->ethanol
Lactate fermemtation
anaerobic
glycolysis-->pyruvate-->(NADH<-->NAD)-->Lactate
!@#$%^&*()_+
