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- Is organized thematically to highlight the diversity of the different plant systems while focusing on the plant functions which ultimately determines their unique positions in the web of life. enhances the learning process by including beautiful imagery in the text; the accompanying website features interactive exercises, links to additional articles, self-review questions, and an online glossary.
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12:30PM - 1:30PM
102 Rightmire Hall, 1060 Carmack Road, Columbus OH, 43210
Add to Calendar2019-01-25 12:30:002019-01-25 13:30:00Seminar Speaker: Andrea Gschwend Presenter: Andrea Gschwend, Horticulture & Crop Science Assistant ProfessorTitle: Utilizing comparative genomics to identify genetic novelty underlying sex determination and fitnessAbstract: Comparative genomics can be an invaluable tool to identify the genetics that underlie important phenotypes. With the ever-improving technology and affordability of genome sequencing, comparative genomics is becoming a popular research approach for species across the tree of life. During this seminar, I will share the results from 2 projects in which we used comparative genomics techniques to identify genetic novelty in papaya and Drosophila. I will end by discussing our ongoing grapevine projects and how we will use comparative genomics to identify evolutionary events and genetic novelty in wild and cultivated grapevine species. 102 Rightmire Hall, 1060 Carmack Road, Columbus OH, 43210 OSU ASC Drupal 8ascwebservices@osu.eduAmerica/New_Yorkpublic
Add to Calendar2019-01-25 12:30:002019-01-25 13:30:00Seminar Speaker: Andrea GschwendPresenter: Andrea Gschwend, Horticulture & Crop Science Assistant ProfessorTitle: Utilizing comparative genomics to identify genetic novelty underlying sex determination and fitnessAbstract: Comparative genomics can be an invaluable tool to identify the genetics that underlie important phenotypes. With the ever-improving technology and affordability of genome sequencing, comparative genomics is becoming a popular research approach for species across the tree of life. During this seminar, I will share the results from 2 projects in which we used comparative genomics techniques to identify genetic novelty in papaya and Drosophila. I will end by discussing our ongoing grapevine projects and how we will use comparative genomics to identify evolutionary events and genetic novelty in wild and cultivated grapevine species. 102 Rightmire Hall, 1060 Carmack Road, Columbus OH, 43210Center for Applied Plant Sciencescaps@osu.eduAmerica/New_Yorkpublic
Presenter:Andrea Gschwend, Horticulture & Crop Science Assistant Professor
Title: Utilizing comparative genomics to identify genetic novelty underlying sex determination and fitness
Plant Life Cycle
Abstract: Comparative genomics can be an invaluable tool to identify the genetics that underlie important phenotypes. With the ever-improving technology and affordability of genome sequencing, comparative genomics is becoming a popular research approach for species across the tree of life. During this seminar, I will share the results from 2 projects in which we used comparative genomics techniques to identify genetic novelty in papaya and Drosophila. I will end by discussing our ongoing grapevine projects and how we will use comparative genomics to identify evolutionary events and genetic novelty in wild and cultivated grapevine species.