'Adp' diaporamas de présentation

第五章 生物氧化. Biological Oxidation. 学习目标 掌握线粒体内两条呼吸链的组成及功能 掌握生物氧化、氧化磷酸化、呼吸链的概念 熟悉 ATP 生成方式及影响氧化磷酸化的因素 了解生物氧化的特点及酶类. 第一节 概 述. 一、 生物氧化 1 、概念： 物质在生物体内进行氧化称生物氧化， 主要是糖、脂肪、蛋白质等 在生物体内的氧化分解 生成 CO 2 和 H 2 O 并释放能量的过程 。 2 、部位： （ 1 ） 线粒体 （ 2 ）内质网、微粒体、过氧化物酶体等。 3 、意义： 供给机体能量 ；转化有害废物。. 糖原.

Year 10 AADP. Advanced Athlete Development Programme. What is AADP or ADP. ADP is a programme where you have been identified as the Elite junior athletes at CHS. It is intended that you will carry on with this subject into your senior years at CHS

Metabolic networks. Guest lecture by Dr. Carlotta Martelli 26_10_2007. ( ... ) coa + nad + pyr --> accoa + co2 + nadh g1p + h2o --> glc-D + pi 2pg <==> h2o + pep g3p + nad +pi <==> 13dpg + h + nadh fdp <==> dhap + g3p fdp + h2o --> f6p + pi f6p <==> dha + g3p

Metalloenzymes. Kinases Catalyze the transfer of a phosphoryl group from ATP to various substrates Substrate + MgATP ―> phospho-substrate + MgADP All kinases require Mg(II) to form a complex with ATP Some kinases require additional metal ions for substrate binding. Dehydrogenases

第七章 生物氧化 Biological Oxidation. 概念. ATP. ATP 的生成. 其他氧化方式. 一、生物氧化的概念 1. 生物氧化 : 营养物质 ( 糖、脂、蛋白质等 ) 在体内氧化成二氧化碳和水并释放能量的过程。. 营养物质 + O 2  H 2 O + CO 2 + 能量. ATP + 热量. 2. 生物氧化特点. 氧化反应 还原反应. 失电子 脱氢 加氧 得电子 加氢 脱氧. 3 、生物氧化中物质氧化的方式. 葡萄糖. 脂肪酸 + 甘油. 氨基酸. 4 、生物氧化的一般过程. 糖原. 三酰甘油.

Photosynthesis: The Calvin Cycle Life from Air. The Calvin Cycle. Whoops! Wrong Calvin…. Remember what it means to be a plant…. Need to produce all organic molecules necessary for growth carbohydrates, lipids, proteins, nucleic acids

Photosynthesis: The Calvin Cycle Life from CO 2. 1950s | 1961. Whoops! Wrong Calvin…. The Calvin Cycle. + water + energy  glucose + oxygen. carbon dioxide. light energy. . 6CO 2. +. 6H 2 O. +. +. 6O 2. C 6 H 12 O 6. Remember what it means to be a plant….

Hinton Scholars Program. Photosynthesis. Fig. 10-5-1. H 2 O. Light. NADP +. ADP. +. P. i. Light Reactions. Chloroplast. Fig. 10-5-2. H 2 O. Light. NADP +. ADP. +. P. i. Light Reactions. ATP. NADPH. Chloroplast. O 2. Fig. 10-5-3. CO 2. H 2 O. Light. NADP +. ADP. +.

General Metabolism II. Andy Howard Introductory Biochemistry, fall 2010 18 November 2010. Metabolism: the core of biochem. All of biology 402 will concern itself with the specific pathways of metabolism Our purpose here is to arm you with the necessary weaponry

How Many Plants Would it Take to Keep You Alive?. CO 2 Diffusion in a Leaf. Photosynthetic Electron Transport The “Light” Reactions. ATP. 6NADPH. ADP. H +. Stroma. 6NADP +. 12H +. Cyt b 6 f. 12e -. PSII. ATPase. 12e -. PSI. H +. 12H +. 3 O 2. Lumen. 6H 2 O. 12H +. 6 ATP.

AREA DEVELOPMENT PROGRAMME (ADP) MODEL THE CASE OF WORLD VISION SWAZILAND. FANRPAN ANNUAL DIALOGUE 18 TO 23 September 2011@ Royal Swazi Sun Convention. PRESENTATION OUTLINE. ADP model defined Programme Sectors Food Security Programmes Best practices. ADP DEFINED.

The Management of ED TIA Patients: What is the optimal outpatient work-up, treatment and disposition?. Michael A. Ross MD FACEP Associate Professor of Emergency Medicine Department of Emergency Medicine William Beaumont Hospital Wayne State University School of Medicine.

The Management of TIA Patients: The Science and the Practice. Brian J. O’Neil MD FACEP Professor Department of Emergency Medicine Wayne State University Research Director, William Beaumont Hospital. Case presentation.

Synthesis of ATP from ADP. Phosphoric acid and ADP undergo a condensation reaction Water is eliminated and ATP is formed. Replay Close window.

Photosynthesis. Cellular Energy Unit Part I. Autotrophs. Producers Photosynthesizing plants, bacteria, and some eukaryotic single celled organisms. The base of every food chain/web possible. Overview. Overall Reaction: 6CO 2 + 6H 2 O + sunlight → C 6 H 12 O 6 + 6O 2

An Emergency Department Diagnostic Protocol For Patients With Transient Ischemic Attack: A Randomized Controlled Trial. Michael A. Ross MD Scott Compton PhD Patrick Medado Philip Kilanowski MD Brian O’Neil MD Department of Emergency Medicine William Beaumont Hospital

ADP Portal for Employee Self Service April – June 2009 Faculty Dalton State College. Before We Get Started. This a one hour class– no planned breaks Other Housekeeping Issues: Restrooms and vending machines Cell Phone, PDAs, Pagers: Please have courtesy to turn off or adjust to vibrate

Quantitative Modeling of Metabolic Networks. Sai Jagan Mohan, Ph.D. Sonali Das, Ph.D. Anupama Bhat. Problem definition and approach Modules The glutathione module The bioenergetics module Complementary modeling approaches Constraint based modeling Metabolic control analysis (MCA)

Photosynthesis:. Photoautotrophs in action. Photosynthesis. Light energy Chemical energy Autotrophs are important to our biosphere. WHY?. Mesophyll. chloroplast. vein. stomata. Leaf cross-section. So where are we?. Chloroplasts. Photosynthesis occurs in the chloroplast.

Photosynthesis: The Calvin Cycle Life from Air. The Calvin Cycle. Whoops! Wrong Calvin…. Remember what it means to be a plant…. Need to produce all organic molecules necessary for growth carbohydrates, lipids, proteins, nucleic acids