BIOLOGY 1A03 Study Guide - Final Guide: Lynn Margulis, Symbiogenesis, Nuclear Membrane

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BIOLOGY 1A03 Full Course Notes
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BIOLOGY 1A03 Full Course Notes
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Interior is filled with flat and stacked membranes called thylakoids: have a double membrane, grana- thylakoid stacks, photosynthesis- a process used in plant cells to convert light into chemical energy (stored in the bonds of carbohydrate molecules) Increased membrane surface area increases the potential metabolic capacity across the membrane. In the presence of sunlight, carbon dioxide and water, the primary chemical energy sources that are produced are carbohydrates- glucose. Oxygen is produced as a by-product: light energy is transformed into chemical energy in the form of atp and nadph, which then enters the calvin cycle. In here, nadph and atp drive the reduction of co2 into carbohydrates. In amylopectin the branches form by glycosidic linkages between c1 of glucose. C6 of another: when starches are consumed, we store the digested carbohydrates as highly branched glycogen polysaccharide helices. This energy can be broken down into glucose through cellular respiration to produce atp.

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