'Handed helix' presentation slideshows

DNA

491 views • 49 slides

Dienes

Dienes. Chapter 8. Adapted from Turro & Breslow, Columbia University and Irene Lee, Case Western Reserve University. Unsaturated hydrocarbons containing:. two double bonds: diene three double bonds: triene four double bonds: tetraene many double bonds: polyene. C.

675 views • 40 slides

Specialized tissue Proteins:Collagen and Elastin

Specialized tissue Proteins:Collagen and Elastin. Dr.S.Chakravarty MBBS, MD. Learning objectives:. Describe the structure and formation of collagen and elastin List the various steps in Post translational modification of collagen

1.59k views • 40 slides

Fig. 9-CO, p.215

Fig. 9-CO, p.215. Nucleic Acids: How Structure Conveys Information. What Is the Structure of DNA? What Are the Levels of Structure in Nucleic Acids? 3. What Is the Covalent Structure of Polynucleotides ? 4. Knowing the types & general features of B- DNA.

396 views • 39 slides

Detailed Study of Representative Proteins

Detailed Study of Representative Proteins. Specialized Function. Molecular Chaperones. Molecular Chaperones.

487 views • 36 slides

Detailed Study of Representative Proteins

Detailed Study of Representative Proteins. Specialized Function. Molecular Chaperones. Molecular Chaperones.

479 views • 36 slides

Chapter 19 Nucleic Acids

Chapter 19 Nucleic Acids. Nucleic acids represent the fourth major class of biomolecules (proteins, carbohydrates, fats). Like other Macromolecules- contain multiple similar monomeric units covalently joined to produce large polymers. Ch 19 Nucleic Acids Ch 20 DNA Replication

610 views • 32 slides

ASAM NUKLEAT

608 views • 21 slides

Nucleosome structure

Nucleosome structure. Histones. Most of the protein in eukaryotic chromatin consists of histones , of which there are five families, or classes: H2A, H2B, H3 and H4, known as the core histones ,

536 views • 19 slides

CH264/1 Organic Chemistry II Mechanism and Stereochemistry

200 views • 19 slides

The Discovery of DNA

The Discovery of DNA. Friedrich Miescher. Began working with white blood cells in 1869. White blood cells are a major component of pus in infections. As a result, Miescher collected a lot of pus from bandages at a local hospital. .

926 views • 15 slides