PPT-Conservation Genomics:

An Introduction By Jack Francis May 2 nd 2016 What does this mean Conservation The act of preserving protecting or restoring natural systems Is at the forefront of biological sciences How does genomics play a part. You can join their conservation tradition right in your own backyard There are nearly 2 billion acres of land in the United States About 70 percent of that land is privately owned and care of that land is in the hands of those who live and work on it Lida. . Miraj. 2011. . The Interface between Historic Buildings and their Contents. Development and practice of conservation, both of historic buildings and their contents. Taken together, the value that comes from the shared knowledge and experience of the authors is immeasurable.. Bioinformatics and Genomics. Applications:. Personalized cancer medicines. Disease determination . Pathway Analysis. Biomarker Discovery . An Interesting Point. “One . article estimated that the output from genomics may soon dwarf data heavyweights such as . selection, . regulation, epigenomics, . disease. Manolis Kellis. MIT Computer Science & Artificial Intelligence Laboratory. Broad Institute of MIT and Harvard. Recombination breakpoints. Family Inheritance. NGS analysis. Ravi Madduri. madduri@anl.gov. Joint work with Paul . Davé. , Lukasz . Lacinski. , Alex Rodriguez, . Dinanath. . Sulakhe. , Ryan Chard and Ian Foster. Globus Genomics is developed, operated, and supported by researchers, developers, and . (B) . Amplification and detection . of DNA . sequences. . (A) Sequencing DNA. DNA. Human Genomics . (A). State what the Human Genome Project involved. State what is meant by ‘bioinformatics’. State 2 benefits of using computer technology. 2012-2017. A Public Health Stakeholder Consultation. Co-Authors. Toby . Citrin. , JD. tcitrin@umich.edu. Center for Public Health and Community Genomics. Stephen M. . Modell. , MD, MS. mod@umich.edu. selection, . regulation, epigenomics, . disease. Manolis Kellis. MIT Computer Science & Artificial Intelligence Laboratory. Broad Institute of MIT and Harvard. Goal: A systems-level understanding of genomes and gene regulation:. Overview and Capabilities: . . High Throughput Sequencing Facility (HTSG). Functional Genomics M. ammalian Genotyping Core (MGC). Corbin Jones. Faculty Director. Piotr . Meiczkowski . Technologies . “. User facility. providing high-throughput DNA sequencing & analysis in support of DOE missions in alternative . energy. , . carbon cycling . & . bioremediation. .”. Opened in 1999. ~240 UC Employees. Genomics and Society Nature (2014) “ …disorders not readily explained by standard tests can sometimes be diagnosed through genome sequencing and analysis.” The Origin of “Genomics& . . Shawneequa L. Callier, JD, MA . Associate Professor. Clinical Research and Leadership. School of Medicine and Health Sciences. George Washington University. Special Volunteer. Center for Research on Genomics . Bella Starling. Director of Public . Programmes. , CMFT. Wellcome. Trust Engagement Fellow. About me. Career. Scientist (neuroscience, genetics, stem cells). Science writer. Biomedical ethics. Public engagement, . Ravi Madduri. madduri@anl.gov. Joint work with Paul . Davé. , Lukasz . Lacinski. , Alex Rodriguez, . Dinanath. . Sulakhe. , Ryan Chard and Ian Foster. Globus Genomics is developed, operated, and supported by researchers, developers, and .