'Electron acceptor' presentation slideshows

Chapter 10

Cellular Respiration. Chapter 10. Chemotrophic Energy Metabolism: Aerobic Respiration. Some cells meet their energy needs through anaerobic fermentation However, fermentation yields only modest amounts of energy due to the absence of electron transfer

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intro

Redox reactions. 1: hydrogenase/dehydrogenase. intro. 2) oxygenase/reductase. intro. Remember from Gen Chem?. Cu +2 (aq) + Zn (s) ? Cu (s) + Zn +2 (aq). 16.1. reduced: more bonds to H. oxidized: more bonds to O (or N, S, Cl, etc.). 16.1. Learn to quickly spot redox reactions!.

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CE 510 Hazardous Waste Engineering

CE 510 Hazardous Waste Engineering . Department of Civil Engineering Southern Illinois University Carbondale Instructors: Jemil Yesuf Dr . L.R. Chevalier. Lecture Series 7: Biotic and Abiotic Transformations. Course Goals.

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Cellular Respiration

Cellular Respiration. Chapters 8-10. Warm Up Exercise. Explain the difference between competitive and noncompetitive inhibitors Describe the negative feedback demonstrated by ATP/ADP. Cellular Respiration. Cellular Respiration. Cell respiration is a catabolic pathway.

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Cellular Respiration

Cellular Respiration. Chapters 8-10. Warm Up Exercise. Explain the difference between competitive and noncompetitive inhibitors Describe the negative feedback demonstrated by ATP/ADP. Cellular Respiration. Cellular Respiration. Cell respiration is a catabolic pathway.

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Enzyme Inhibitors: Competitive Inhibition

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DETERMINATION OF METHYLMERCURY FLUX FROM ONONDAGA LAKE SEDIMENTS USING FLOW-THROUGH REACTORS

DETERMINATION OF METHYLMERCURY FLUX FROM ONONDAGA LAKE SEDIMENTS USING FLOW-THROUGH REACTORS. GREGORY ALBERT E. GALICINAO DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING MICHIGAN TECHNOLOGICAL UNIVERSITY. STUDY SITE: ONONDAGA LAKE. -surface area: 11.7 km 2 mean depth : 12.0 m

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4.6 Physical, biological and chemical treatment processes

4.6 Physical, biological and chemical treatment processes. Biological ~ microbial decomposition , predation, uptake in plants. Physical ~ screening and filtration, sedimentation, flotation.

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Characterization of atpD of the Fe-Reducing Thermophilic Bacterium Caloramator celere

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PART II: Energetics and Enzymes

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How Molecular Structure Influences Device Performance in Organic Solar Cells

How Molecular Structure Influences Device Performance in Organic Solar Cells. Fullerene Derivatives Kirsten Parratt, Loo Lab, 11/9/2010. How it works. Photons absorbed by the organic compounds in the active layer create an exciton which diffuses randomly

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Cellular Respiration

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Chappelle et al. (1995) Water Resources Research, Vol 31, No. 2

Deducing the distribution of terminal electron-accepting processes (TEAPs) in hydrologically diverse groundwater systems. Chappelle et al. (1995) Water Resources Research, Vol 31, No. 2. Introduction. The Importance The Problem The Alternative. I TEAPs It Real. The Basics

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Electron Transport Chain

Electron Transport Chain . Introduction . NADH and FADH 2 are electron carriers Each H atom contains 1 electron These electrons are transferred to a series of components that are found in the inner mitochondrial membrane This is known as the Electron Transport Chain . 1. 1. 3. 2. 2.

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Cellular Respiration

Cellular Respiration. Aerobic and Anaerobic Metabolism. Glycolysis takes place in the cytoplasm . Glycolysis Simplified (greatly ?). If oxygen is available (aerobic), then pyruvate enters the Krebs cycle . If oxygen is not available(anaerobic), then pyruvate undergoes fermentation .

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Oxidation-reduction reactions

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Photosynthesis

Photosynthesis . COS-2 ST.- 3, 14,16 . Photosynthesis . The process of converting CARBON DIOXIDE , WATER , and LIGHT ENERGY into OXYGEN and SUGAR MOLECULES . 6CO 2 + 6H 2 O + light C 6 H 12 O 6 (glucose) + 6O 2. Photosynthesis.

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Equilibrium Constants

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Honors Biology Photosynthesis Review

Honors Biology Photosynthesis Review. o. b. r. electron acceptor. Identify each of the following:. s. electron. t. electron transport sys. s. r. b. chlorophyll. u. v. t. h. q. n. w. i. light energy. a. g. q. energized electrons. p. j. u. H +. l. k. m. c.

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