BIO 1030 Lecture Notes - Lecture 13: Light-Independent Reactions, Thylakoid, Light-Dependent Reactions

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Photosynthesis: transforms solar energy into chemical energy of carbohydrates, plants, algae, and cyanobacteria, producers. Feed themselves and all of the consumers. Plants as photosynthesizers: green portions carry on photosynthesis, carbon dioxide enter leaves through stomata, roots absorb water, co_2 and h_2o diffuse into mesophyll cells and then into chloroplasts. Chloroplasts: where photosynthesis takes place, double membrane that surrounds the stroma, third membrane forms thylakoids. Grana-stacks: chlorophyll and other pigments reside within thylakoid membrane, pigments absorb solar energy, carbon dioxide will be reduced in the stroma into carbohydrates, glucose is the chief organic energy source for most organisms. The photosynthesis process: begins with the end products of cellular respiration. Carbon dioxide and water: hydrogen atoms removed from water are added to carbon dioxide. Solar energy is required: oxygen is a by-product of the oxidation of water, end product is ch_2o or glucose c_6h_6o_6. 2 sets of reactions: light reactions. Chlorophyll absorbs solar energy and energizes electrons.

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