BIOCHEMISTRY REVIEW. HOW MANY COVALENT BONDS MAY CARBON FORM WITH OTHER ATOMS?
Introduction to Genetic Dr Rosline Hassan Department of Haematology School of Medical Sciences University Sains Malaysia.
From DNA to Proteins Lesson 1. Lesson Objectives State the central dogma of molecular biology. Describe the structure of RNA, and identify the three main.
1 Protein Synthesis (From Nucleus to Cytoplasm). 2 The Central Dogma .
Cancer and Genetics: What’s the Connection? Supported by a grant from Supported by a grant from the National Cancer Institute 1R25CA93426 1R25CA93426 Administered.
DNA & Cell Reproduction MODERN BIOLOGY Chapters 10-1 & 8.
The Genetic Material Mrs. Wolfe. Griffith and Avery (1950’s) Experimented to identify DNA as the genetic material. Griffith’s experiments: S. pneumoniae.
Chapter 12 The Structure of DNA. DNA the Genetic Carrier! Now, thanks to Griffith, Avery, Hershey and Chase’s experiment Biologists are equipped with.
Mrs. Degl Molecular Genetics DNA, or deoxyribonucleic acid, is the hereditary material in humans and almost all other organisms. Nearly every cell in a.
Instructions for DNA Model Model must include two complementary strands of DNA shaped into a double helix Each strand must be at least 10 nucleotides/base.
TAKS Review DNA, Cell Growth and Genetics. Structure of DNA The structure of DNA is called a double helix, it looks like a twisted ladder DNA is made.
Do Now What is DNA? Why is it important? Who helped to discover DNA and it’s structure? Draw a picture of what you think DNA looks like.
