EnergyMetabolismLecture

EnergyMetabolismLecture - ENERGY METABOLISM DEFINE:...

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ENERGY METABOLISM
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DEFINE: ASSIMILATION - BIOSYNTHESIS OR CONVERSION OF NUTRIENTS TO CELL MASS- ENERGY REQUIRING DISSIMILATION - ACT OF BREAKING DOWN COMPONENTS TO SMALLER PARTS - USUALLY ENERGY YIELDING
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MOST COMMON ENERY PATHWAYS USED BY MICROORGANISMS FERMENTATION AEROBIC RESPIRATION ANAEROBIC RESPIRATION PHOTOSYNTHESIS
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ENZYMES CHARACTERISTICS BIOLOGICAL CATALYST CHEMICAL COMPOSITION IS PROTEIN LOWER ENERGY OF ACTIVIATION FOR CHEMICAL REACTIONS NOT ALTERED IN THE REACTIONS INCREASE THE RATE OF THE REACTION HIGHLY SPECIFIC
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FERMENTATION DEFINITION - THAT SERIES OF ENERGY YIELDING BIOLOGICAL OX/RED REACTIONS IN WHICH ORGANIC CHEMICALS SERVE AS BOTH THE ELECTRON DONOR AND THE FINAL ELECTRON ACCEPTOR. CHARACTERISTICS OF THE PATHWAY LOW ENERGY YIELD - ONLY 2 MOLECULES OF ATP PRODUCED PER MOLECULE OF CARBOHYDRATE FERMENTTED- NO ETS
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PRINCIPAL PRODUCTS ORGANIC ACIDS ALCOHOLS GASES – CARBON DIOXIDE AND HYDROGEN ATP -MOST COMMON SUBSTRATES FERMENTED ARE CARBOHYDRATES. -PATHWAY OCCURS IN THE CYTOPLASM OF
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This note was uploaded on 04/18/2011 for the course MICR 130 taught by Professor Umemoto during the Fall '09 term at University of Hawaii, Manoa.

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EnergyMetabolismLecture - ENERGY METABOLISM DEFINE:...

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