BIOL 102 Lecture Notes - Lecture 6: Decarboxylation, C4 Carbon Fixation, Photosystem Ii

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12 May 2016
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Heterotroph must consume organic molecules from environment to live. Autotroph makes organic molecules from inorganic sources: photoautotroph uses light as an energy source. Co2 + h2o + light energy = c6h1206: h2o is oxidized (provides h+ and electrons for chemiosmosis, co2 is reduced, energy from the sun drives the reduction of co2, low efficiency. Has an outer and inner membrane (like mitochondria) Stroma fluid filled region between the thylakoid membrane and iner membrane. Light reactions: occur in thylakoid membrane, produce atp and nadph. Calvin cycle (carbon fixation: uses atp and nadph to incorporate co2 into organic molecules, regenerates nad+ and adp so the cycle can continue. Plants want energy from the blue region of the spectrum. Photosynthetic pigments capture energy of specific wavelengths and are excited by it. Excited states are more unstable: these can release energy in the form of heat or light, can transfer energy. October 21, 2015: can cause reactions (photochemistry)

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