PPT-Topic 10 Genetics and Evolution

103 Gene Pools and Speciation Nature of Science Looking for patterns trends and discrepanciespatterns of chromosome number in some genera can be explained by speciation due to polyploidy Gene Pool. 2013-2014 Report. Jeff . Bennetzen. , Chair. Origins of MGEC. Role of MGEC. …to . identify both the needs and the opportunities for maize genetics, and to communicate this information to the broadest possible life science community. in the Animal Industry. Describe 2 types of selection. Compare Phenotype and Genotype. Define Common Terms used in genetics. Describe the interrelationship between genetics and the environment.. Demonstrate the use of a . Stephen Montgomery. smontgom@stanford.edu. montgomerylab.stanford.edu. @. sbmontgom. Identifying the genes and variants responsible for disease.. Monogenic to polygenic diseases. Rare to common variants. 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. Next Generation Technology . Developments and Applications:. Now and Potential across Healthcare. Eileen Roberts. Thalia Antoniadi. http://www.nbt.nhs.uk/genetics. The changing landscape . Advances in technology are altering the landscape of medical care . What do we use in order to determine evolutionary relationships?. Fossil Record. Anatomical Evidence. Molecular Evidence. Embryological Evidence. Evidence for Evolution. Fossil Record. Evidence for Evolution. Two organisms. One characteristic. Complete dominance . Solving Genetics Problems : Monohybrid Crosses. Complete dominance . the . dominant allele. completely masks the effect of the . recessive allele. VP of Genetics and Anatomic Pathology. . GIS/LIS. Web enabled 5.0 . BETA RELEASE. DYNAMIC CLOUD APPROACH. DOCKER/CHEF/PRIVATE CLOUD SUPPORT. PRECISION MEDICINE. UX (USER EXPERIENCE) OPTIMIZATION. DEVELOPMENT ROADMAP 2018-2020. 65. Gregor . Mendel crossed a true-breeding tall plant (TT) with a true-breeding . short plant . (. tt. ). What are the possible phenotypes for the offspring. ?. A. . All tall. B. . All short. C. . Ratio of 1 tall : 1 short. Mechanisms of concerted evolution. Unequal cross-over. Gene conversion: non-reciprocal transfer of information between homologous sequences; the main mechanism invoked to explain concerted evolution. Main Title Here. Topic 1. Topic 1 title goes here. Your text here. Your text here. Your text here. Your text here. Your text here. Your text here. Your text . here. Your text here. Your text here. Your text here. 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, . 2017. ggibson.gt@gmail.com. http://www.cig.gatech.edu. Outline. General . overview of association . studies. Sample Results. Three steps to GWAS:. Primary scan. Replication. Fine mapping. Individual Site Score. and the Genetics and Genomics Academy: A timeline. 1990. 1995. 2000. 2005. 2010. 2015. 2020. NIH sponsored. Genetics Graduate Training . Program in the . Genetic Architecture of . Quantitative Traits.