Photosystem II: Difference between revisions

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==Oxygen Evolution==
==Oxygen Evolution==
Another important facet of photosystem II is its ability to oxidize water to oxygen with its <scene name='Photosystem_II/Oxygen_evolving_centers/9'>oxygen evolving centers</scene>.  These <scene name='Photosystem_II/Oxygen_evolving_centers/3'>centers</scene> were shown to be a cubane-like structure with a 3 manganese, 4 oxygen and calcium strucure linked to a fourth manganese.<sup>[1]</sup>  Oxidation of water to leaves 2 H <sup>+</sup> on the lumenal side of the membrane, helping to establish the proton gradient essential for ATP synthesis in the CF<sub>1</sub>CF<sub>0</sub>-ATP sythase protein.
Another important facet of photosystem II is its ability to oxidize water to oxygen with its <scene name='Photosystem_II/Oxygen_evolving_centers/9'>oxygen evolving centers</scene>.  These <scene name='Photosystem_II/Oxygen_evolving_centers/3'>centers</scene> were shown to be a cubane-like structure with a 3 '''<FONT COLOR="#8D38C9">manganese</FONT>''', 4 '''<FONT COLOR="#4CC417">oxygen</FONT>''' and '''<FONT COLOR="#E42217">calcium</FONT>''' structure linked to a fourth manganese.<sup>[1]</sup>  Oxidation of water to leaves 2 H <sup>+</sup> on the lumenal side of the membrane, helping to establish the proton gradient essential for ATP synthesis in the CF<sub>1</sub>CF<sub>0</sub>-ATP sythase protein.


Mn<sub>3</sub>CaO<sub>4</sub>cluste
Mn<sub>3</sub>CaO<sub>4</sub>cluste