PPT-Genetic Engineering 6.3 – Manipulating genomes

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. ®. Pivot Tables to Turn Institutional Data into Institutional Knowledge . NCAIR Summer Drive-In . 2012. What is a Pivot Table?. An interactive worksheet table. Provides a powerful tool for summarizing large amounts of tabular data. Chapter 21. You must know. How prokaryotic genomes compare to eukaryotic genomes.. Applications of bioinformatics to medicine, evolution, and health.. The activity and role of transposable elements and retrotransposons in generating genetic diversity.. 2014 Workshop. G . × . E ANALYSIS. Diego . Jarquin. Chicago, IL. December 10. Variance components for common . inbreds. and hybrids. Genomes to Fields . Inbred – Pollen DAP. Inbred – Plant height. Everything you need to know!. Scientists used a bioluminescent gene from a jellyfish to create “glowing” green mice! .  . Know. Selective Breeding involves choosing . two. organisms of the . same. 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. . 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. . At the end of this lesson you should be able to . Define Genetic Engineering. Outline the process of genetic engineering involving some or all of the following: isolation, cutting, transformation, introduction of base sequence changes and expression. Hardison. . Genomics 2_2. 1/7/15. 1. Y Chromosome. 3 billion bp = 3 Gb. Chr1 247 Mb. Chr12 132 Mb. Chr22 50 Mb. A human . genome (. male). The . genome. is . all the DNA. in a cell.. All the DNA on all the chromosomes. Introduction and Application in Genetic Engineering. Genetic engineering. , . the artificial manipulation, modification, and recombination of DNA or other nucleic acid molecules in order to modify an organism or population of organisms. . 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. . BMI/CS 776 . www.biostat.wisc.edu/bmi776/. Spring 2022. Daifeng. Wang. daifeng.wang@wisc.edu. These slides, excluding third-party material, are licensed under . CC BY-NC 4.0. . by Mark Craven, Colin Dewey, Anthony . Skin SSG . May 2018. Catherine Carpenter-Clawson, Programme Manager, WE GMC. Courtesy of Genomics England. From . Genetics . to . Genomics. Genetic testing = single gene. (. s. ). or panels. . Exome sequencing = coding DNA . BMI/CS 776 . www.biostat.wisc.edu/bmi776/. Spring . 2018. Anthony Gitter. gitter@biostat.wisc.edu. These slides, excluding third-party material, are licensed under . CC BY-NC 4.0. . by Mark Craven, Colin Dewey, and Anthony Gitter. ?. 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 .