TAGATOSE NON-CONFIDENTIAL OVERVIEW October 18, 2010.
Prentice-Hall © 2002 General Chemistry: Chapter 3 Slide 1 of 37 Philip Dutton University of Windsor, Canada Prentice-Hall © 2002 Chapter 3: Chemical Compounds.
Metabolism. Chapter 5 Why Study Metabolism? Classification of bacteria –Oxygen Tolerance –Biochemical reactions Acids, Ammonia, Gases Fermentation Products.
Chapter 12: Gluconeogenesis, Pentose Phosphate Pathway, & Glycogen Metabolism Glucose catabolism for the production of energy requires a source of Glc.
1 GLUCONEOGENESIS Summary of handout: Comparison with glycolysis, unique and shared enzymes Role of biotin in gluconeogenesis (and comparison with vitamin.
1. _____________________ and ________________ are catabolic, energy-yielding pathways Complex molecule (High energy) Simpler molecule (Low energy) Enzyme.
Molecules of Cells. Life is Based on Carbon Outer shell half full (4 e - ) Organic Compounds = Contain C (and H)
Http://academic.evergreen.edu/ curricular/ecoag2001/ecoagprgm. htm.
Factors affecting growth yields in methylotrophs For growth on a simple defined medium with a single source of carbon: Growth yield is Grams dry weight.
1 Department of Biochemistry 2013 (E.T.) The pentose phosphate pathway. Metabolism of fructose and galactose. The uronic acid pathway. The synthesis.
Kate Fullerton & Deborah Bakshiyev B9 - Respiration.
Metabolism. I. Energy A. Metabolism- Sum of all biochemical pathways B. Anabolic Pathways 1. Consume energy 2. Build complex molecules 3. CO 2 + H 2 O.
