BIOL 1201 Chapter : Photosynthesis Calvin Cycle Photophosphorylation

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15 Mar 2019
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For next class: read pages 305-324, pre lecture video: dna structure, online quiz. Photosynthesis: 6co2 + 12h2o + light, 6o2 + c6h12o6 + 6h2o, convert 2 low energy molecules into a high energy molecule, requires energy (light) (fate graph: shows fate of components) Photosynthesis: two stage process, capture light energy in chemical energy (light reactions, use the chemical energy to convert co2 into glucose (dark reactions) (calvin. Cycle: this is all happening inside the chloroplasts. Inside of a chloroplast: third membrane: thylakoid membrane. Inputs: co2, atp, nadph + h, outputs, adp, nadp, g3p. Where do we get the energy for the calvin cycle from: light reactions, cyclic and non-cyclic photophosphorylation. Photosystem: a collection of several hundred pigment molecules in a thylakoid membrane. Photosystems i and ii: antenna pigments, 200 chlorophyll a, 50 chlorophyll b, 50 other pigments, reaction center molecules, special versions of chlorophyll a (p700 or p680, wavelengths of light.

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