BIO 311C Chapter Notes - Chapter 6.5: Lipid Bilayer, Cellular Respiration, Chloroplast

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16 Sep 2016
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Mitochondria and chloroplasts convert energy to forms that cells can use. Cellular respiration: metabolic process that uses oxygen to produce atp. Photosynthesis: converts solar energy to chemical energy by absorbing sunlight. Endosymbiont theory: early ancestor of eukaryotic cells engulfed and oxygen using prokaryotic cell. The host cell and its endosymbiont merged into a single organism. Autonomous (can grow and reproduce within the cell) Cells contain hundreds to thousands of mitochondria per cell. Both membranes of the organelle have a phospholipid bilayer. The inner membrane is convoluted with infoldings called cristae. Divides the mitochondria into two parts: intermembrane space, mitochondrial matrix: holds different enzymes which aid in cellular respiration. The cristae give the mitochondria a large surface area. Stacks like poker chips, each stack is called granum. 3 compartments of chloroplast: intermembrane space, stroma, thylakoid space. Enables chloroplast to convert light energy to chemical energy. Chloroplast is a specialized member of a family related plant organelles called plastids.

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