A sS1u nment# i3 excited state nylakoid located in chloroplast
electron acceptor
e"
Chlorophyll molewie's
mil m bor ane
reaction cenfer ch(orophuls
reatton cenfer protiens lig ht harvestinc compiex
inside photosustem: emlbedded iin tUylaKoid m&wbraul
photon is absorbed by pigments/chlorophyll molecules in the light-harvesting complexes and moved to the reaction
2).Nonicyclic Electron Transporr *redox irxnS->passiny of t1ectrons
photo sy sfem l Photusystem 11 e e >2@)fd eKmV transpoYt I. "NADPH e 024- ADP t Pi ATP
phoroSVS+m I reduces ferredoxin (Fa) which redu&s NADP+tO NaIDP H
H+ from HzO 8 absorbes eiectrm tranjpirt throuyh the eiectrin l1 qnt;Water trav'sport system gets oxidiud (to get rid of create AYp pos: charge)
3) cMc\ic Ej&CtVUM TraUspovf Oelectrons are passed Ho an electvon carrier ferredoxtM (Fd) Ocarriersofithe electrou transport system are vaduced photosystem 1 Fd e eiectron transport :
e
ATP ADP+P
6 enerqy trowi erectvyv"flow is'captured for chemiosmotic sYWtWeSiS"8f ATP
Werectrons are passea to Eh1orophy1I tO cycle
4) Calvin cycle - stroma
carbon dioxide 6 COz
1)(0r C0MbiNeS WifM RuBP furM!ng 3PCT
RuBP- ribulose I5 biSpho$ph9Ye P-C-C 6 RuBP S) rvMP WnVerRd fO Carbon RvBp (requires fIxaHon I2 ATP 6o ADP< AtP):r(pP 12ADP. 6 ATP-i can accep't U(4?np+3 2) 3P(r 1s reduCed an0tWer COz Of RuPP 1nbnS_8 to G3P procuctron p-c-c-c-p (using ATP& RvMP:ribuIose NADPH) RNAOPH mMo phos phate - 12G3F 12 Pj 1O G 3p ZG3P 3)0UfpUf of G3P giyceraldehyde u)sevies Of Sugars Mt Lycle 3 phospha+C reactions to Yepriduc RUMP othercarbon compoun