PPT-Genetic Engineering Genetic Variation

You can compare dogs of every breed imaginable There is an enormous range of characteristics that are the result of genetic variation The differences among breeds of dogs are so great that someone might think that many of these breeds are different species . HapMap. Peter Castaldi. January 29, 2013. Objectives. Introduce the concept of linkage disequilibrium (LD). Describe how the . HapMap. project provides publically available information on genetic variation and LD structure. Ling Fung . Tang. 1,5. , . Michael L . Heuer. *2. , Nathan Salomonis. 3. , Alexander Pico. 4. , . Pui. Yan Kwok. 1,5,6. University . of California, San Francisco, Institute of Human Genetics, San Francisco, CA, . MUTATION. The genetic substrate for natural selection. AND the . Raw Material. for Evolution. Dr. Carol E. Lee, University of Wisconsin. (1). . Reduction of Variation: . Genetic . Drift . . . Inbreeding . By: Elise Merrill. Sarah Titus. Aislyn. Vaughan. Which one is Genetically Engineered?. Questions. How can scientists genetically alter a plant or animal?. Is it harmful or beneficial to humans?. Which countries use genetic engineering technology the most?. Your Subtitle Goes Here. Introduction. Two objectives:. Major concepts related to human genetic variation.. Relationship between basic biomedical research and the improvement of personal and public health.. ANGGOTA KELOMPOK. SRI YUNIARTININGSIH (P2BA10009). YAYUK SUGIYARTI (P2BA10025). IHDA SYFAI (P2BA10010). Origins of Genetic Variation Among Offspring. The behavior of chromosomes during meiosis and fertilization is responsible for most of the variation that arises in each generation. Jode Edwards, USDA ARS. Dustin Mclean, University of . Guleph. Yunfei. Jiang, University of Guelph. Elizabeth, Lee, University of Guelph. Mark Mikel, University of Illinois. Martin Bohn, University of Illinois. Genetic Engineering. The description and manipulation of genetic material. Genetic code = Blueprint. Genetic Engineering. Christians need to be aware . of modern issues. I Timothy 3:15. John 17:17. What is the difference between . the mice in these two groups?. What is genetic engineering?. Genetic engineering is the . direct modification of an organism’s genome. , which is the list of specific traits (genes) stored in the DNA. . Associate Professor. Variation. . Importance of variation. . Types of variation. . Phenotypic variation. Partitioning of phenotypic variation. Causes of phenotypic variation. G. enetic variation. Identify. three examples of inherited characteristics, and three environmental characteristics. Explain. why sound cannot be heard in space. Suggest. some advantages and disadvantages of recycling. ?. G. enetic . engineering. , the artificial manipulation, modification, and recombination of DNA or other nucleic acid molecules in order to modify an organism or population of organisms. . This . may mean changing one base . Specification Reference. Learning Objective. Understand the principles of genetic engineering. . Understand the techniques used in genetic engineering.. Success Criteria. Describes the steps involved in isolating and then transferring a gene into a vector.. Write . a passage to describe the following points using the terms below. :. 1) Basic . genetic engineering . techniques. and 2) . Pros . and cons of genetic engineering.  . Biotechnology. Genetic engineering.