'Branch points' presentation slideshows

LIPID METABOLISM

LIPID METABOLISM. Why Fatty Acids?. (For energy storage?) Two reasons: The carbon in fatty acids (mostly CH 2 ) is almost completely reduced (so its oxidation yields the most energy possible).

772 views • 41 slides

Ruminant Carbohydrate Digestion

Ruminant Carbohydrate Digestion. References Church 145-171; 260-297 Van Soest 95-117; 118-128; 160-165, 171-177 Sejrsen 139-143 Journal of Dairy Science 84:1294-1309 Journal of Animal Science 80:1112- Carbohydrates in common feedstuffs Carbohydrate, %DM Alfalfa Grass Corn DDGS

543 views • 40 slides

Organic Macromolecules

Organic Macromolecules. Macromolecules. Smaller organic molecules join together to form larger molecules macromolecules 4 major classes of macromolecules: carbohydrates lipids proteins nucleic acids. Polymers. Long molecules covalently bonded by linking chains of repeating smaller units

620 views • 35 slides

How To Make Biological Molecules (Ch. 5)

How To Make Biological Molecules (Ch. 5). Macromolecules. Smaller organic molecules join together to form larger molecules macromolecules 4 major classes of macromolecules: carbohydrates lipids proteins nucleic acids. H 2 O. HO. H. HO. H. HO. H . Polymers.

470 views • 30 slides

TEXTAL: A System for Automated Model Building Based on Pattern Recognition

TEXTAL: A System for Automated Model Building Based on Pattern Recognition. Thomas R. Ioerger Department of Computer Science Texas A&M University. Main Stages of TEXTAL. electron density map. CAPRA. build-in side-chain and main-chain atoms locally around each CA. C-alpha chains.

409 views • 29 slides

Human liver rate-limiting enzymes influence metabolic flux via branch points and inhibitors

Human liver rate-limiting enzymes influence metabolic flux via branch points and inhibitors. Min Zhao Center for Bioinformatics Peking University. Outline. Construction of rate-limiting enzyme database Global analysis of rate-limiting enzyme in human liver. Outline.

461 views • 28 slides

Human liver rate-limiting enzymes influence metabolic flux via branch points and inhibitors

Human liver rate-limiting enzymes influence metabolic flux via branch points and inhibitors. Min Zhao Center for Bioinformatics Peking University. Outline. Construction of rate-limiting enzyme database Global analysis of rate-limiting enzyme in human liver. Outline.

288 views • 28 slides

478 views • 26 slides

CMPT 471 Networking II

CMPT 471 Networking II. Multicasting. Types of Multicasting (1). Multicasting is useful in several contexts (RFC 3569) SSM, source specific multicast: Information is sent to all members of the multicast group from a single source , members do not communicate directly with each other.

331 views • 23 slides

Polymers: 1. Introduction 2. The variety of Polymeric Materials

Polymers: 1. Introduction 2. The variety of Polymeric Materials. Dept. Phys., Tunghai Univ. C. T. Shih. Introduction. Polymers: a giant molecule, made up of many repeat units covalently joined together Common characteristics: long, string-like molecules

338 views • 16 slides

CARBOHYDRATES POLYSACCHARIDES

MS1005N General Biochemistry. CARBOHYDRATES POLYSACCHARIDES. Dr Sundus Tewfik s.tewfik@londonmet.ac.uk. 32. Divided into homopolysaccharides - only one type of monomer eg all glucose or heteropolysaccharides - with 2 or more different types of monomer

842 views • 12 slides

Muon Phase 2 Options A, B, and C

Muon Phase 2 Options A, B, and C. Jay Hauser, UCLA Updated from 11-Mar-2013 talk at Gmu meeting https://indico.cern.ch/conferenceDisplay.py?confId=236794 CMS Week presentations and recent discussions: Better understand linkage with endcap calorimetry upgrade Future meetings:

224 views • 11 slides

Sequence Diagrams

Sequence Diagrams. Richard Hopkins rph@nesc.ac.uk UML for Use Cases NeSC, Edinburgh, Jan 5/6 2006. Sequence Diag. . Sequence Diag. . The Role of Sequence Diagrams. Sequence diagram = sequence of interactions between actors = one path through Use-Case structure = one (derived) scenario.

226 views • 7 slides

Scalable RADAR for Co-evolutionary Adaptive Environments

Scalable RADAR for Co-evolutionary Adaptive Environments. Goal. Scalable RADAR. Biological Principles. Problem. Insight. Measuring Diversity T hrough Information Flow. Simulation and Modeling. Dy namic Information Flow Tracking.

100 views • 1 slides

http://www.probioticspotency.com/soma-biotix

This electrochemical H gradient is generated and maintained by the Na /H exchangers in the brush-border membranes coupled and the removal of Na from the cells across the basolateral membranes. http://www.probioticspotency.com/soma-biotix

25 views • 1 slides