PPT-Genomics and Personalized Care

Leming Zhou PhD Assistant Professor Department of Health Information Management School of Health and Rehabilitation Sciences University of Pittsburgh Human Genome Project 1990 2003 Goals. Lecture 5 Genome Browser. Leming Zhou, PhD. School of Health and Rehabilitation Sciences. Department of Health Information Management. Genome Browser. Genome Browser is a computer program which helps to display gene maps, browse the chromosomes, align genes or gene models with ESTs or . Goal . Input. Genomic sequence (WGS) from family. Pedigree & affectedness. Disease (standard ontology needed). Output. Genes/mutations relevant to the disease.. Read Mapping. BAM prep. GRCh37. k. Tim Johnson, MD and Dave Henriksen, MHA . October 2014. Objectives. As a result of the presentation, participants will:. Understand the new model of care being implemented at Intermountain Healthcare to manage our most complex patients. selection, . regulation, epigenomics, . disease. Manolis Kellis. MIT Computer Science & Artificial Intelligence Laboratory. Broad Institute of MIT and Harvard. Recombination breakpoints. Family Inheritance. Xian . Jin. , Qin Zheng and Lily Sun. . ICISO 2015, Toulouse . 2015-03-20. 1. Authors. PhD. Candidate of Shanghai University of Finance and . Ecnomics. Major in Management Science and Engineering. MBA and Software Engineering . From Promise to Practice. PRECISION ONCOLOGY IS THE FUTURE OF CANCER CARE.. Tumor genome data informs cancer treatment and clinical pathways, resulting in better health outcomes.. New cancer therapies target the molecular pathways that lead to tumor genesis and progression.. High IOT Impact Low IOT Impact . High . Personalized Medicine . Low. Better Disease. Management. Slogging for . Improved Healthcare. Perfect . Outcomes. Conduent. , Inc.”. Who we are. Xerox’s BPO business will become an independent business process services . company with a new name, . Conduent. , Inc.. We deliver seamless. , . personalized and secure transactions at a massive scale. . Medicine . National survey of U.S. . adults. May 2018. Survey conducted by. Survey conducted . for. Table of Contents. Background. 3. Objectives and Methodology. 4. Executive Summary. 5. Key. Findings. 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 . What is Structural Genomics ?. Is the process of high-. throughtput. determination of 3-D structures of Biological macromolecules. What is the Goal of Structural Genomics ?. Provision of enough structural templates to facilitate homology modeling of most proteins.. Developed By Cancer . Information & Support Network. WWW.CISNcancer.org. CISN’s Mission:. To assist in the building of bridges between all of the organizations involved with cancer research.. 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 .