Biology 1002B Lecture Notes - Lecture 6: Reduction Potential, Thylakoid, Photosystem

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Photosynthesis: primary metabolism, energy in 1 glucose > 6 co2. Anabolic + endergonic: c-h bonds have a lot of energy in them. So it is easy to oxidize and steal electrons: is a oxidation-reduction reaction (redox) Don"t happen near each other at all: oxidizing/reducing agent (know it) Chloroplast has its own genome: has everything you need for transcription and translation, chloroplast needs 3000-5000 proteins, most are a product of nuclear genes from the nucleus. About 50 proteins are encoded for by the chloroplast genome. Chlorophyll in photosystem i and ii: look at fig in chapter 7 need to know antenna and all structures. Electrons move down chain because of redox potential: want to go from - to + (easy to take the lower the redox potential, something that is a strong oxidizing agent has a positive redox potential. This part is spontaneous, although photosynthesis as a whole is endergonic. Exciting chlorophyll (light energy) makes redox potential more.

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