BIOL 102 Lecture Notes - Lecture 7: Photosystem, Carbon Fixation, Light-Independent Reactions

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Trophic organization: must consume organic molecules from their environment to. Autotroph: make organic molecules from inorganic sources. Use light as a source of energy. Energy within light is captured and used to synthesize carbohydrates: co2 + h2o + light energy c6h12o6 + o2. H2o is oxidized (provides h+ and electrons) Stroma fluid filled region between thylakoid membrane and inner membrane. Leaves are the major organs of photosynthesis in plants. These pictures take you into a leaf, then into a cell, and finally into a chloroplast, the organelle where photosynthesis occurs. Calvin cycle (carbon fixation: take place in thylakoid membrane, produce atp and nadph, occurs in ?, uses atp and nadph to incorporate co2 into organic molecules. Action spectrum: wavelengths that are absorbed by different pigments in the, rate of photosynthesis by whole plant at specific wavelengths. This is resonance energy transfer: pigments may go off into wrong directions. Compared to respiration, electrons start in glucose downhill: photosynthesis, start in photosystem/water.

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