'Metabolic pathways' diaporamas de présentation

Introduction to metabolism Biochemistry, 4 th edition, RH Garrett & CM Grisham, Brooks/Cole ( Cengage ); Boston, M

Introduction to metabolism Biochemistry, 4 th edition, RH Garrett & CM Grisham, Brooks/Cole ( Cengage ); Boston, MA: 2010 pp 511-534 Instructor: Kirill Popov. Metabolism and metabolic pathways Biochemistry of phosphate compounds Oxidation-reduction reactions Vitamins and co-enzymes.

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NASH and nonalcoholic liver disease

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MICR 201 Microbiology for Health Related Sciences

MICR 201 Microbiology for Health Related Sciences . Microbiology- a clinical approach by Anthony Strelkauskas et al. 2010 Chapter 19: Antibiotics. Why is this chapter important?. Antibiotics have changed the face of health care.

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Composition and Movement within the membrane

Membrane Dynamics. Composition and Movement within the membrane. Components of the Membrane. Extracellular environment. Carbohydrate. Glycolipid. Phospholipid bilayer. Glycoprotein. Transmembrane (or Integral) protein. Extracellular leaflet. Cytosolic

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Biochemistry of the liver

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Metabolism

Metabolism. Enzymes Metabolism and Metabolic Pathways. Enzymes. Proteins which function as biological catalysts Each biochemical transformation in a cell has a specific enzyme associated with it. Enzymes and Activation Energy. Lock and Key Model.

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Lecture 3

Lecture 3. August 5, 2005 Lehninger (4 th Edition), Chapter 13 . METABOLIC PATHWAYS. Types of Organic Reactions 1) Group transfer Glucose + ATP Glu-6-P + ADP H 2 O + ATP P i + ADP

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Introduction T o Metabolism

Introduction T o Metabolism. Objectives. Understand the concept of metabolism and metabolic pathway Identify types & characters of metabolic pathways- anabolic and catabolic Identify ATP as the energy currency of cells.

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METABOLISM

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Introduction to Metabolism

Introduction to Metabolism. How the Universe Really Works. What is Energy?. Capacity to do work Forms of energy Electrical Mechanical Chemical Light Heat. What is Energy?. Capacity to do work Forms of energy Potential energy Kinetic energy. Kinetic and potential energy: dam.

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Hearing the student voice: involving students in curriculum design and development

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Metabolic Energy for Dummies:

Metabolic Energy for Dummies:. A quick look at Cellular Metabolism (Energetics) By Richard Belicek. Introduction : This presentation will cover the general steps that nutrient sources take to be utilized by the body and how energy is created through metabolism. What is Metabolism?.

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Metabolic Pathways and Energy Production

Metabolic Pathways and Energy Production. Metabolism and ATP Energy Important Coenzymes Glycolysis. Metabolism. All the chemical reactions that occur in the cells of our bodies. Catabolic reactions Break down large molecules Provide energy for ATP Anabolic reactions

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Lecture # 15: The Endocrine System 2

The Endocrine System (Chapter 17). Lecture # 15: The Endocrine System 2 . Objectives. 1- To identify the chemical classes to which various hormones belong. 2- To describe how hormones stimulates their target cells. Hormone Chemistry. Most hormones fall into three chemical classes: .

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Chapter 25 Metabolic Pathways for Lipids and Amino Acids

Chapter 25 Metabolic Pathways for Lipids and Amino Acids. 25.6 Digestion of Proteins 25.7 Degradation of Amino Acids 25.8 Urea Cycle. Proteins in the Body. Proteins provide: Amino acids for protein synthesis. Nitrogen atoms for nitrogen-containing compounds.

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Streptavidin

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By: Colleen Carter Biochemistry Spring 2012

Alcohol Addiction. By: Colleen Carter Biochemistry Spring 2012. ALOCHOL. DEPRESSANT MOST ABUSED DRUG PSYCHOACTIVE SUPPRESSES CENTRAL NERVOUS SYSTEM. GENERAL METABOLISM. CONSUMPTION ABSORPTION stomach and small intestine: gastrointestinal tract

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Some HF Facts

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BIO201 SPRING 2018 MSH3 Introduction to Biochemistry & Biotechnology

BIO201 SPRING 2018 MSH3 Introduction to Biochemistry & Biotechnology. Lecture #16. Lehninger Principles of Biochemistry Chapter 14-23 Overview of Metabolic Pathways-IV. Chapter 18 Amino Acid Oxidation & the Production of Urea. Next Lecture: Overview of Metabolic Pathways-V.

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Overview

1. 10. 12. 2. 4. 6. 5. 18. 52. 58. 59. 21. 28. 33. 22. 23. 36. 54. 53. 55. 56. 57. 34. 48. 49. 50. 51. 39. 35. 43. 44. 47. 37. 45. 46. 3. 24. 25. 26. 27. 29. 30. 31. 38. 32. 40. 41. 42. 7. 13. 17. 20. 19. 9. 14. 8. 16. 11. 15.

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