BIO 100 Lecture Notes - Lecture 2: Glycogen, Facilitated Diffusion, Endergonic Reaction

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What is the job of a cell membrane: provide structure. Integrity/ homeostasis: transport, protects, enzymatic reactions and energetics, keep the inside. Energy moves through systems (or cells or reactions) and matter cycles. Metabolism: all chemical reactions that can happen in a cell, breaking down and building up. Hydrolysis is how we break down something large to something small substances. Taking something really large and breaking it down: cellular respiration. Where does the energy to drive endergonic reactions come from in a cell: our metabolism is filled with endergonic reactions, atp (cid:862)the e(cid:374)ergy (cid:272)urre(cid:374)(cid:272)y(cid:863) The net g for this coupled reaction is -3. 9 kcal/mol making it exergonic. Where does the atp come from: cell respiration. Animals store sugar in the form of glycogen to make this molecule, the animal cell will break down the starch molecule using hydrolysis reactions and rebuild it into the correct form using catabolic reactions. Amylase first step in starch digestion: maltose.

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