'R groups' presentation slideshows

PROTEIN

PROTEIN. Elements: C, H, O, N , ( S, P). Kuliah ke-4 BIOKIMIA FAKULTAS PETERNAKAN UNIVERSITAS BRAWIJAYA Prof. Dr.sc.agr. Ir. Suyadi, MS. INTRODUCTION: PROTEIN. Elements: C, H, O, N, and sometimes S.

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Blood - Biochemical Aspects Functions

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BIOCHEMISTRY

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Human Biochemistry Option B

Human Biochemistry Option B. B.1 energy. Calculate the energy value of a food from enthalpy of combustion data Energy is made available by cellular respiration Glucose + oxygen ? CO 2 + H 2 O. Other sources of energy Glycogen in the cells Starch Fats and oils proteins.

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Protein Structure, Classification and Prediction BMI 730

Protein Structure, Classification and Prediction BMI 730 . Victor Jin Department of Biomedical Informatics Ohio State University. Protein Structure Protein Structure Determination Protein Structure Classification SCOP CATH Secondary Structure Predication Tertiary Prediction

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The Esters

The Esters. Fischer Esterification. This is not necessarily the best method of preparing esters, but it does serve to illustrate that esters are essentially the products of a reaction between a carboxylic acid and an alcohol. Lactones.

1.74k views • 57 slides

Outline

Outline. One enzyme ??. One gene Structure and function of proteins Genetic Code Process of translation Iniation Elongation Termination Release modification. Prototrophs. mutation. Auxotrophs. The Structure and Function of Proteins. Amino Acids-R groups. Nonpolar, aliphatic

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Computational Molecular Biology Protein Structure and Homology Modeling Dr. Francesco Musiani

Computational Molecular Biology Protein Structure and Homology Modeling Dr. Francesco Musiani. Sequence, function and structure relationships. Life is the ability to metabolize nutrients, respond to external stimuli, grow, reproduce and evolve

665 views • 42 slides

DIRECTIVITY AND RING ACTIVATION / DEACTIVATION

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Chapt. 3-Proteins pgs. 36-42

Chapt. 3-Proteins pgs. 36-42. Make up ~50 dry weight of any organism. Roles: Enzymes. Assist in chemical reactions Defense. Immune system Structural roles: Keratin Muscles Cytoskeleton - Chemical messengers. Hormones . Proteins: Made up of Amino Acids.

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Polymerization of Olefins: An Outlook After 50 Years of Discovery

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Amino Acids and the Primary Structures of Proteins

Amino Acids and the Primary Structures of Proteins. Firefly Luciferase and Luciferin. Hemoglobin in erythrocytes. Keratin. Chemical structure of an amino acid R = side chain. Carboxyl terminus. C = alpha carbon. Amino terminus. R = side chain.

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Chapter 5 The Structure and Function of Macromolecules

Chapter 5 The Structure and Function of Macromolecules. 3 themes are emphasized Hierarchy of structural levels Emergent properties Form fits function. Polymers. Large molecules of many repeating subunits called monomers

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Protein Synthesis (to make proteins)

Protein Synthesis (to make proteins). What is Protein Synthesis?. Flow of Genetic Information: DNA RNA Protein DNA holds the code for protein synthesis but cannot leave the nucleus. Protein Synthesis is performed at the ribosomes in the cytoplasm

473 views • 27 slides

Enzymes

Enzymes. Characteristics of Enzymes. Proteins Catalysts Speed up chemical reactions without being used up. Remember that proteins have a very specific structure. Primary through quaternary structure must be maintained for the protein to function properly What happens if it is not?

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Principles of Medicinal Chemistry Review of Organic Functional Groups II

Principles of Medicinal Chemistry Review of Organic Functional Groups II. September 16/2002. Zbigniew J. Witczak, Ph.D. Principles of Medicinal Chemistry PHA 421: Dr. Zbigniew J. Witczak. Learning Objectives After completion of theses lectures students should be able to:

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Condensation and Hydrolysis

Condensation and Hydrolysis. Condensation Two molecules combine Hydrolysis A molecule splits into two smaller ones. Carbohydrates. Monosaccharides 6 Carbon sugars Glucose Fructose Galactose 5 Carbon sugars Deoxyribose Ribose. Carbohydrates. Oligosaccharides Disaccharides

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Antibacterials

Antibacterials. Stephanie Amatuzzo Katelynn Granger Kelly Beasley Marley Roberts. D.6.1 Outline the historical development of penicillins . D.6.2 Explain how penicillins work and discuss the effects of modifying the side- chain.

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ITU preparations for WRC-12

ITU preparations for WRC-12. Colin Langtry, Counsellor, ITU-R SG 5. Global Standards Collaboration (GSC) GSC-15. Timetable. ~ 2.5 years of studies. Situation as of today. Deadline for contributions 31 Jan. 2011. Topics being considered. Chapters of CPM Report. WRC-12 Agenda items.

257 views • 11 slides