Colorimetric analysis using DCIP is used to quantitatively measure the action of this complex in the Hill reaction. One section of this complex oscillates through four different S states whose efficiency is characterized by the Kok parameters. Another section of this complex contains D1 and D2 subunits, each of which contains a pheophytin cofactor. It contains P680, which ejects an electron and passes it onto plastoquinone; that electron was moved by resonance effects from the LHC. This complex contains the oxygen-evolving complex, which takes two water molecules and produces 4 electrons and one O2 molecule as a byproduct. For 10 points, name this protein complex in the thylakoids, the first
Colorimetric analysis using DCIP is used to quantitatively measure the action of this complex in the Hill reaction. One section of this complex oscillates through four different S states whose efficiency is characterized by the Kok parameters. Another section of this complex contains D1 and D2 subunits, each of which contains a pheophytin cofactor. It contains P680, which ejects an electron and passes it onto plastoquinone; that electron was moved by resonance effects from the LHC. This complex contains the oxygen-evolving complex, which takes two water molecules and produces 4 electrons and one O2 molecule as a byproduct. For 10 points, name this protein complex in the thylakoids, the first one involved in the light reactions of photosynthesis.
Colorimetric analysis using DCIP is used to quantitatively measure the action of this complex in the Hill reaction.
photosystem II [prompt on photosystem, do not accept photosystem I]