'Ribose sugar' diaporamas de présentation

Module B Review

Module B Review. Part One. 15. 1. 2. 13. 7. 12. 11. 10. 8. 9. 3. 5. 4. 14. 6. Cells divide at different rates. The rate of cell division varies with the need for that type of cell. Some cells are unlikely to divide (in Gap 0/G0 of the cell cycle) Example: neurons.

716 views • 58 slides

DNA Jeopardy

630 views • 54 slides

G ENETICS

824 views • 46 slides

Microbial Genetics

Microbial Genetics. Microbial Genetics. Genetics is the study of heredity which is concerned with how: information in nucleic acids is expressed nucleic acids are duplicated and transmitted to progeny these processes account for the characteristics of progeny . Nucleic Acids.

625 views • 42 slides

DNA STRUCTURE

583 views • 34 slides

Chapter 13 Section 2

385 views • 27 slides

Active and Bulk Transport

Active and Bulk Transport. Active Transport. passive transport is useful for many metabolic functions, but often materials need to be concentrated ? this requires moving them against a concentration gradient

859 views • 21 slides

RNA

385 views • 20 slides

RNA

365 views • 20 slides

From DNA to Protein

283 views • 19 slides

Energy in a Cell

Energy in a Cell. I. Cell Energy. A. Energy is required for: -active transport -cell division -movement of flagella or cilia -production, transport, & storage of proteins -muscle contractions -heart pumping -brain controlling the body. B. How do consumers obtain energy?.

364 views • 15 slides

Organic Compounds

Organic Compounds. Organic molecules are a class of molecules which contain CARBON. Organic molecules are composed of C, H, O, N, P, and S. They are large molecules known as MACROMOLECULES. The macromolecules are composed of submits called MONOMERS.

798 views • 14 slides

Organic Compounds

Organic Compounds. Organic molecules are a class of molecules which contain CARBON. Organic molecules are composed of C, H, O, N, P, and S. They are large molecules known as MACROMOLECULES. The macromolecules are composed of submits called MONOMERS.

145 views • 14 slides

Structure of Nucleic Acids

Structure of Nucleic Acids. Lesson 1. Learning Objectives. By the end of the lesson you will:- be able to describe the structure of a nucleotide. understand how nucleotides join together to form polynucleotide chains. be able to describe, with the aid of diagrams, the structure of DNA.

260 views • 13 slides

KEY CONCEPT Transcription converts a gene into a single-stranded RNA molecule.

217 views • 12 slides

How are DNA and RNA models similar and different?

How are DNA and RNA models similar and different?. DNA. RNA. Double stranded Deoxyribose Sugar ATCG Only in nucleus. Single stranded Ribose Sugar AUCG Made in nucleus and moves to ribosome. 2. Why was it easy to create your mRNA from the DNA model?.

281 views • 12 slides

Structure of DNA & RNA

Structure of DNA & RNA. DNA. D eoxyribose N ucleic A cid Double Helix Twisted Ladder. Sides of the Ladder. Deoxyribose Sugar Phosphate. 4 Nitrogen Bases. Pyrimidines Cytosine Thymine Purines Adenine Guanine. DNA Structure. Cytosine and Guanine always pair up.

203 views • 11 slides

DNA Replication & Structure

DNA Replication & Structure. Sara Safiullah. What is DNA?. Controls your traits. Structure?. DNA is made up of nucleotides/bases. A nucleotide is one ribose sugar and a phosphate. Adenine, Thymine, Cytosine, Guanine 2 strands winded together forming the double helix.

205 views • 8 slides

Clicker quiz!

165 views • 7 slides

The components of DNA

The components of DNA. The individual nucleobases are: The nucleoside is formed by a bond with the ribose sugar at the N9 position of A and G and the N6 position of C and T. The stability of double-helical DNA. The double helical form of DNA is formed by phosphodiester

405 views • 6 slides