PPT-History of Genetics

By Keith King 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. 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 . http://www.dnapolicy.org/. “A . treatable . disease . like . severe asthma”. “Having a bad . reaction to . certain types of medicine”. No. Yes. “An . untreatable . disease . like . Alzheimer’s”. Traits. - Characteristic, quality, or feature that distinguishes an organism. Genetics. /Heredity. - . The passing on of traits from parent to offspring. Acquired Trait. - Trait that is learned or obtained through experience or practice.. 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. 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 . Two organisms. One characteristic. Complete dominance . Solving Genetics Problems : Monohybrid Crosses. Complete dominance . the . dominant allele. completely masks the effect of the . recessive allele. Genetics and Behavior. Behavior Geneticists. study our differences and weigh the relative effects of heredity and environment.. Chromosomes, Genes, and DNA. Chromosomes. . (46 in each sell) containing . 6-1: . WHAT ARE . CHROMOSOMES, DNA, GENES. , AND THE HUMAN . GENOME. ? HOW DO BEHAVIOR GENETICISTS EXPLAIN OUR INDIVIDUAL DIFFERENCES?. Environment: . Every nongenetic influence, from prenatal nutrition to the people and things around us . Objectives. Identify. traits that vary in populations and that may be studied.. Explain. the importance of the bell curve to population genetics.. Compare . three causes of genetic variation in a population.. Increasing Access to Care Through the Lens of . Diversity and Inclusion. September 29, 2021 ~ 1:00 -5:00 pm EST. This project is supported by the Health Resources and Services Administration (HRSA) of the U.S. Department of Health and Human Services (HHS) under grant number UH7MC30775, Midwest Genetics Network for $764,748.00 (0% financed with nongovernmental sources). Information, content and conclusions are those of the presenters and participants and should not be construed as the official position or policy of, nor should any endorsements by inferred by HRSA, HHS, or the U.S. Government. 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, . Lectures. . – . 17x2 (Med); . 17x1. (. Stom. ). ;. Seminars. – . 17x3 (Med); . 17x2. (. Stom. ). ;. 3 . concluding . tests. (. tests. + . practical part. ). Final . examination . (. tests. + . 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.   . UNIT - I. Classical genetics. :. . Mendels. law - Gene interaction: Co dominance, Supplementary, Complementary, Dominant . Epistasis. , . Pleiotrophism. , . Penetrance.