PPT-Glucose Metabolism

Pratt and Cornely Chapter 13 Glycolysis Expectations Memorizelearn Figure 132 Know overall reaction and stages Explain chemical logic of each step Enzyme mechanisms presented in book. A. Metabolism. 1. Anabolism. A) synthesis reactions (building up). 2. Catabolism. A) lysis reactions (breaking down). B. Enzymes. 1. proteins that facilitate chemical reactions. Microbial Metabolism. METABOLISM OR BIOTRANSFORMATION . The conversion from one chemical form of a substance to another. . The term metabolism is commonly used probably because products of drug transformation are called . A. Metabolism. 1. Anabolism. A) synthesis reactions (building up). 2. Catabolism. A) lysis reactions (breaking down). B. Enzymes. 1. proteins that facilitate chemical reactions. Microbial Metabolism. Metabolism. (Gluconeogenesis). Objectives. The . importance of . gluconeogenesis. as an important pathway for glucose production. The . main reactions of . gluconeogenesis. The . rate-limiting enzymes of . Dr Anissa Atif Mirza. What is Metabolism?. Metabolism is a . network of metabolic /biochemical reactions.. Carried out in living cells.. In a. well organized, integrated and regulated manner.. Related to various biomolecules viz. Integration of Metabolism. Sugar metabolism. Lipid metabolism. Amino acid metabolism. Amino acid metabolism. Nucleotide metabolism. 0. 2. 4H. . 4e- . a . 2H. 2. 0. Oxygen is the ultimate destination for electrons in respiration. ENERGY What Is Metabolism? Metabolism is the sum of all chemical reactions taking place within the cells in the body. The chemical reactions follow a metabolic pathway in which the product of one reaction is the starting substance for the next reaction Integration Of Metabolism Metabolism Consist of Highly Interconnected Pathways The basic strategy of catabolic metabolism is to form ATP, NADPH , and building blocks for biosyntheses. 1. ATP is the universal currency of energy Mohammed Al-. Zubaidi. , . PhD. Laboratory Training. Introduction. The blood glucose level is the amount of glucose present in the blood. . The body naturally tightly regulates blood glucose levels as a part of metabolic homeostasis.. Intermediary Metabolism. OR. Interrelationship Between Various Metabolic . Pathways. OR. Interdependence Of Metabolic Pathways. To Better Understand Metabolism Of Various Biomolecules . Metabolism of each . Dr. . Maryam . Tohidi. Associate professor of anatomical & clinical pathology. Research Institute for Endocrine Sciences. Shaheed . Beheshti. University of Medical . Science. Organs . involving in maintaining blood glucose level. Found in liver and skeletal muscles.. Represents 10% of weight of liver and 1-2% of muscles.. Stored in large cytosolic granules.. Elementary particles, . β. -particles consist of 50,000 glucose residues.. ( Starch, Glycogen, Cellulose); for example of poly saccharides . . Simple types of carbohydrates such as ;Glyceraldehyde,. Dihydroxyacetone,(Triose;n=3) . . Sucrose (. T. able sugar): Hydrolyzed into glucose and fructose.. Dietary sucrose: Honey – Many fruits.. Importance of fructose. Energy production: 15% of daily energy arising from fructose.. Major source of energy for spermatozoa in seminal vesicle..