PPT-Analyzing Genetic Diversity and Applying Genomic Selection Methods for Plant Breeding

Luciano Silva PhD Lucianosilvajmpcom SAS Institute Inc Introduction A case study in Rice Exploring genetic diversity G enomic s election Live demonstration Oultine Marker Assisted Selection MAS. Vs. . Natural Selection. . the process by which . traits. become more or less common in a population due to consistent effects upon the . survival. or . reproduction. of the organism. This . happens . How to conserve and manage specific species populations. Jenny J. Warnken. Global Biodiversity. *The variety of living . organisms. and the variety of . processes. t. hat . support. these organisms* . Module 11: Multiple Traits. Genetic Correlations. . Index Selection. Genetic correlations. Correlations in phenotype may be due to genetic or environmental causes. May be positive or negative. Genetic causes may be due to. -----. Module . 5 – Introduction to Tree Breeding and Provenance Trials. Nicholas Wheeler & David Harry – Oregon State University. Basic principles of forest tree breeding. Three primary goals. Thank you for communicating modern agriculture.. Customize this presentation for your audience. Insert your brand logo, contact information, re-arrange slides, and so forth.. Please contact Milton Stokes, RD at . Jack K. . Okamuro. National Program Leader for Plant Biology, . Crop . Productoin. & Protection, USDA-ARS. ARS Administrator’s Council Meeting. December 5, 2012. Beltsville, MD. Challenge. Food Security & Sustainability. Selective Breeding o r Artificial Selection What is Selective Breeding? Selective breeding is the process of breeding plants and animals for particular traits. The term selective breeding is synonymous with artificial selection DNA Technology. the . field of science that deals with making changes in an organism’s DNA. Genetic engineering . Image Source: earthtimes.org. the process of separating DNA from the rest of the cell. livestock. Dr Indrasen Chauhan. Scientist, CSWRI, Avikanagar. Tonk-304501. – . B. ased . on individual records, pedigree or progeny performance or family performance. . SI=WT9 +1DMY90. Conventional selection . Allele Frequencies. The total number of copies of an allele divided by (for mammals) 2N. . Aa. AA. aa. Aa. AA. aa. Aa. Aa. Aa. Aa. AA. aa. AA. p. = 14/26 = 0.53; . q. = 12/26 = 0.47 . Aa. BB. cc. Dd. Chuanyu Sun. 1. , Paul M. VanRaden. 2. , Jeff R. O'Connell. 3. 1 . National Association of Animal Breeders, USA, Columbia, MO;. 2 . Animal Improvement Programs Laboratory, Agricultural Research Service, USDA, Beltsville, MD, USA. . 1). , . J.R. . Thomasen. 3). 1) Aarhus . University, Center for Quantitative Genetics and . Genomics,. 2) . SEGES, . Cattle, 3. ) . VikingGenetics. . Possibilities and requirements for organic dairy breeding lines. Dan W. Moser, Ph.D.. President, Angus Genetics Inc.. Saint Joseph, Missouri USA. Achievements and . Opportunities. Genomic Testing Has Revolutionized Cattle Breeding. Genomic testing has become a standard operating . of Nile Tilapia for African Aquaculture . Agustin . Barria. , Carolina . Penaloza. , Diego Robledo, . Pam Wiener, Andrea . Doeschl. -Wilson, Trong . Quoc. Trinh, . Mahirah. . Mahmuddin. , . Mohan .