'High energy compound' diaporamas de présentation

Section K Lipid Metabolism

Section K Lipid Metabolism. K1 Structures and roles of fatty acids K2 Fatty acid breakdown K3 Fatty acid synthesis K4 Triacylglycerols. K1 Structures and roles of fatty acids. 1. Lipid

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Chapter 5.1: Matter and Energy Pathways in Living Systems

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Chapter 5.1: Matter and Energy Pathways in Living Systems

Chapter 5.1: Matter and Energy Pathways in Living Systems. Pages 162 - 168. *Autotrophs can make own food Photosynthesis (light dependent) Chemosynthesis (light independent). Photosynthesis:. Glucose may be converted: _____________________ _____________________ _____________________

677 views • 58 slides

Biological Oxidation

Biological Oxidation. Dr.S.Chakravarty , MD. O xidation is defined as the removal of electrons and reduction as the gain of electrons. Oxidation is always accompanied by reduction of an electron acceptor. Oxidation and reduction:. Oxidation :. Reduction :. Loss of electrons

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Introduction to metabolism

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Cell Theory and the Cell

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The Cell

The Cell. The basic unit of life. Cell History. The study of cells is called cytology. Robert Hooke was the first scientist to use the word cell. Robert Brown discovered the nucleus in 1833. Theodor Schwann discovered that animals were made of cells in 1838. Cell Theory.

334 views • 17 slides

Energy Production for Activity

Energy Production for Activity. Anaerobic vs. Aerobic Energy Systems. Anaerobic ATP-CP : 10 sec. Or less Glycolysis : Few minutes Aerobic Krebs cycle Electron Transport Chain. 2 minutes +. Energy Transfer Systems and Exercise. 100%. Anaerobic Glycolysis. % Capacity of Energy System.

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The Energy Systems

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Relationship Between Work and Energy

Bioenergetics - The degradation of fuel resulting in the production of heat and chemical energy, which is either used instantaneously or stored in a usable form. GENERAL PROCESS Fats Carbohydrates ATP Proteins (energy yielding metabolic pathways)

183 views • 6 slides

Relationship Between Work and Energy

Bioenergetics - The degradation of fuel resulting in the production of heat and chemical energy, which is either used instantaneously or stored in a usable form. GENERAL PROCESS Fats Carbohydrates ATP Proteins (energy yielding metabolic pathways)

173 views • 6 slides