PPT-Conservation Genetics Image of DNA double helix from Wikipedia

Image from wwwtolweborg Conservation of Genetic Diversity Image from wwwtolweborg Conservation of Genetic Diversity Some Mechanisms of Evolution Mutation Genetic accommodation adaptive evolution. Section 8.2: The Structure of DNA. 1. Objectives. SWBAT describe the interaction o the four nucleotides that make up DNA.. SWBAT describe the three-dimensional structure of DNA.. 2. Vocabulary – Section 8.2. Next Generation Sequencing:. A technical perspective. Bristol Genetics Laboratory. Joanne Davies. Genetic Technologist. Objectives. Summarise the NGS assays currently available at BGL. Look at the general challenges with NGS assays. A. Structure of DNA. 1. discovered by James Watson and Francis Crick in 1953. 2. stores genetic information for the production of proteins. 3. composed of nucleotides. A) a nucleotide is composed of a nitrogenous base, sugar, and phosphate. DNA or Protein?. Walter Sutton discovered . chromosomes . were made of . DNA and Protein. However, scientists were . NOT . sure which one (protein or DNA) was . the actual genetic material of the cell. shapes and patterns. 조연우. Contents. DNA. DNA origami. The application of DNA origami. DNA origami structure. “Normal DNA”. 이중나선 형태로 존재. Double Stranded, Double Helix. Adenine, Thymine, Guanine, Cytosine . Objectives. State the history of genetics;. Describe major century events;. Define terms used in genetics . History of Genetics. People have known about inheritance for a long time.. --children resemble their parents. How are genes, chromosomes, and heredity “related” to one another?. Standards:. S7L3a. Explain the role of genes and chromosomes in the process of inheriting a specific trait.. http://www.yourgenome.org/landing_dgg.shtml. Learning . Goal . Describe the double helix of DNA and the process of DNA replication.. DNA Base Pairs. During the 1940s, biologists determined that the bases in DNA had a specific relationship:. the amount of adenine (A) was equal to the amount of . This is a DNA strand. It is called a double helix.. Here is a second double helix.. DNA is made up of four ‘bases’:. Adenine (A). Thymine (T). Cytosine (C). Guanine (G). They form together to make strands of DNA,. College . of Education . Salahaddin. . University. Kirkuk . Road . Erbil-Iraq . Tel. .: . 07504095454. Research . Fellow. . Manchester Fungal Infection Group . The . University of Manchester . Institute . construction. material – engineers go beyond biology. Other technologies for making things at this scale : e-beam . lithograpy. , scanning-tunneling microscopy, chemical self-assembly. Constructions we’ll talk about:. .. That is because DNA contains the instructions for making proteins.. And proteins determine the traits of an organism (you, for example). . 2. . The Structure of DNA . Where is the DNA in these pictures?. α. helix. The planes of the rigid peptide bonds are parallel to the long axis of the helix, depicted here as a vertical rod. (b) Ball-and-stick model of a right handed . α. helix, showing the . intrachain. Presented . by. Pallavi. . Mohite. Assistant . Professor. Department . of . Biotechnology. Deogiri . College, Aurangabad. Different forms of DNA. A form. ,. . B . form, . Z . form.