BIOLOGY 251 CHAPTER 5 - mechanism of enzymatic action 4...

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BIOLOGY 251 - CHAPTER 5 VOCABULARY Metabolism Catabolism Anabolism Metabolic pathways Collision theory Activation energy Reaction rate Enzymes Substrate Turnover number Apoenzyme Coenzyme Cofactor Holoenzyme NAD+ FAD NADP+ Coenzyme A Competitive inhibition Noncompetitive inhibition Allosteric site Active site Feedback inhibition Ribozyme Reduction Oxidation Phosphorylation Chemiosmosis Photophosphorylation Glycolysis Krebs Cycle Entner-Doudoroff Pathway Hexose Monophosphate Pathway Cellular Respiration Aerobic Respiration Anaerobic Respiration ATP Fermentation Homolactic Fermenters Heterolactic Fermenters Photosynthesis Carbon fixation Light-dependent reactions Light-independent reactions Cyclic photophosphorylation Noncyclic photophosphorylation Calvin-Benson cycle Phototrophs Chemotrophs Autotrophs Heterotrophs Lithotrophs Saprophytes Amphibolic pathways
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OBJECTIVES 1. Be able to describe metabolism relating catabolism and anabolism 2. Discuss the role of ATP in metabolism 3. Describe the structural components of an enzyme and be able to discuss the
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Unformatted text preview: mechanism of enzymatic action. 4. Identify the major factors affecting enzyme function 5. Be able to identify the 6 major groups of enzymes and what their functions are. 6. Be able to discuss redox reactions and identify the movement of electrons in these types of reactions. 7. Identify the major ways ATP is produces. 8. Be able to identify the major reactants and products for the following metabolic pathways: a. Glycolysis b. Krebs cycle c. Electron transport chain d. Photosynthesis 9. Discuss alternative pathways to glycolysis 10. Be able to identify pathways for lipid and protein catabolism and anabolism 11. Be able to discuss the process of fermentation 12. Be able to discuss the processes involved in photosynthesis (light and dark reactions) 13. Identify the major classes of organisms based on energy sources and carbon sources....
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