Semantic Web - caBIG Abstract: 21st century biomedical research is driven by massive amounts of data: automated technologies generate hundreds of.

Slides:



Advertisements
Similar presentations
27 June 2005caBIG an initiative of the National Cancer Institute, NIH, DHHS caBIG the cancer Biomedical Informatics Grid Arumani Manisundaram caBIG - Project.
Advertisements

Translating Science into Improved Health Care: Cancer as a Model William S. Dalton, Ph.D., M.D. Center Director H. Lee Moffitt Cancer Center & Research.
CHOICE Pathology Informatics 2010 Boston, Massachusetts DataReady ® : A Deployable Data Management and Integration System for Large-scale Cancer Repositories.
Transformed (transforming) Health Care System Connie White Delaney, PhD, RN, FAAN, FACMI School of Nursing Professor & Dean Academic Health Center Director,
1 Knowledge Management for Disease Coding (KMDC): Background & Introduction Timothy Hays, Ph.D. Project Manager, Knowledge Management for Disease Coding.
Efficient & Rapid Translation of Dementia Discovery IDND-PBRN Malaz Boustani, MD, MPH Chief Director of Research Indianapolis Discovery Network for Dementia.
Overview of Biomedical Informatics Rakesh Nagarajan.
University of Pittsburgh Department of Biomedical Informatics Healthcare institutions have established local clinical data research repositories to enable.
Measurable Interoperability for Archival Data Lewis J. Frey, PhD
Why, in the future, all sciences will be computer sciences Barry Smith.
Dr. Philip Cannata 1 Semantic Web. Dr. Philip Cannata 2.
HUBZERO AT INDIANA UNIVERSITY: THE INDIANA CTSI HUB Bill Barnett EDUCAUSE October 14, 2010.
9/30/2004TCSS588A Isabelle Bichindaritz1 Introduction to Bioinformatics.
1 NATIONAL KNOWLEDGE NETWORK Enabling a Paradigm Shift in Research Infrastructure and Global Science Cooperation Prof S V Raghavan, Public Lecture Science.
The Cancer Biomedical Informatics Grid: An Information Infrastructure for Healthcare and Life Sciences Amy Walker CEO and Healthcare IT Strategist Center.
NCI Review of the Clinical Trials Process 6 th Annual National Forum on Biomedical Imaging in Oncology James H. Doroshow M.D. April 7, 2005 Bethesda, Maryland.
Department of Biomedical Informatics Service Oriented Bioscience Cluster at OSC Umit V. Catalyurek Associate Professor Dept. of Biomedical Informatics.
Bioinformatics and medicine: Are we meeting the challenge?
Cancer Clinical Trial Suite (CCTS): An Introduction for Users A Tool Demonstration from caBIG™ Bill Dyer (NCI/Pyramed Research) June 2008.
Using the Open Metadata Registry (openMDR) to create Data Sharing Interfaces October 14 th, 2010 David Ervin & Rakesh Dhaval, Center for IT Innovations.
A Systems Approach: BIG Health Consortium™ “The world we have created today has problems which cannot be solved by thinking the way we thought when we.
Integrated Biomedical Information for Better Health Workprogramme Call 4 IST Conference- Networking Session.
The National Biomedical Imaging Archive (NBIA) In Action: An Introduction for Users A Tool Demonstration from caBIG® Presented by: Eliot Siegel, MD Maryland.
INFSO-RI Enabling Grids for E-sciencE V. Breton, 30/08/05, seminar at SERONO Grid added value to fight malaria Vincent Breton EGEE.
The Status of Health IT in British Columbia Elaine McKnight.
Facilitate Scientific Data Sharing by Sharing Informatics Tools and Standards Belinda Seto and James Luo National Institute of Biomedical Imaging and Bioengineering.
Harbin Institute of Technology Computer Science and Bioinformatics Wang Yadong Second US-China Computer Science Leadership Summit.
National Center for Research Resources G. Iris Obrams, M.D., M.P.H., Ph.D. NCRR Update 5 August 2006.
ACGT: Open Grid Services for Improving Medical Knowledge Discovery Stelios G. Sfakianakis, FORTH.
Dr. Philip Cannata 1. Dr. Philip Cannata 2 Programming Languages Project Presentation –Flite by Nirav Savjani and Vladimir Chernis Possible Futures –Parallel.
Clinical Research Informatics at the University of Michigan Daniel Clauw M.D. Professor of Medicine, Division of Rheumatology Assistant Dean for Clinical.
Sept 13-15, 2004IHE Interoperability Workshop 1 Integrating the Healthcare Enterprise HIMSS 2005 Interoperability Showcases Joyce Sensmeier MS, RN, BC,
This material was developed by Duke University, funded by the Department of Health and Human Services, Office of the National Coordinator for Health Information.
Accountable Care Organizations: What is the role of the pathologist? What are the public policy implications?
Breast Cancer Surveillance Consortium (BCSC): sponsored by the National Cancer Institute Cancer Screening Surveillance in Clinical Practice Tracy Onega,
Robert H. Wiltrout Director, CCR Director’s Address.
Health Management Information Systems Unit 3 Electronic Health Records Component 6/Unit31 Health IT Workforce Curriculum Version 1.0/Fall 2010.
NIH and the Clinical Research Enterprise Third Annual Medical Research Summit March 6, 2003 Mary S. McCabe National Institute of Health.
HeC PMT Meeting Tallinn 10 July 2008 Brainstorming session: what interest can there be in thinking about a possible new HeC 2 project to follow-up the.
The National Cancer Imaging Archive (NCIA) In Action: An Introduction for Users A Tool Demonstration from caBIG™ Carl Jaffe, MD NCI-Cancer Imaging Program.
High throughput biology data management and data intensive computing drivers George Michaels.
May 2007 CTMS / Imaging Interoperability Scenarios March 2009.
Welcome to the caBIG Community! The cancer Biomedical Informatics Grid (caBIG ® ) offers more than 120 open source tools, technologies and infrastructure.
1 LS DAM Overview August 7, 2012 Current Core Team: Ian Fore, D.Phil., NCI CBIIT, Robert Freimuth, Ph.D., Mayo Clinic, Mervi Heiskanen, NCI-CBIIT, Joyce.
Biomedical Informatics and Health. What is “Biomedical Informatics”?
1 Population Science SIG: Vision and Goals Paul K. Courtney Pop Sci SIG Lead Dartmouth College/Norris Cotton Cancer Center.
C3PR: An Introduction for Users A Tool Demonstration from caBIG™ Vijaya Chadaram Duke Cancer Center April 29, 2008.
Benchmarking Informatics Health Informatics Professional Development Board Katherine Pigott (Course Administrator) Dr S de Lusignan, Ms A Rapley, Dr S.
Game Changers, Real Time and Predictive Analytics: New Opportunities for Health Analytics/Health System Use and their Potential for Changing Health Care.
Jim Bland Executive Director, CRIX International
Tools and Services Workshop
Joslynn Lee – Data Science Educator
NATIONAL outreach Network
of Pathology Specimens for the VA Precision Oncology Program
Unit 5 Systems Integration and Interoperability
Sponsored by the University of Southampton
Demonstrate and Measure the Impact of the Application of the Principles of Medical Informatics in Low-Resource Settings Gerry Douglas, PhD Assistant Professor.
Population Information Integration, Analysis and Modeling
Electronic Health Information Systems
Wisconsin Genomics Initiative
What is “Biomedical Informatics”?
100,000 Genomes Project & Mainstreaming Genomic Medicine
Medical Research Funding and Regulation Third Annual Medical Research Summit March 6, 2003 Mary S. McCabe National Institutes of Health.
LESSON 1 INTNRODUCTION HYE-JOO KWON, Ph.D /
Clinical and Translational Science Awards Program
Data and Interoperability:
Grid Application Model and Design and Implementation of Grid Services
High Value Care– What’s Needed?
What is “Biomedical Informatics”?
April 18th 2018 Moderator: Matthew Rioth
Presentation transcript:

Semantic Web - caBIG Abstract: 21st century biomedical research is driven by massive amounts of data: automated technologies generate hundreds of gigabytes of DNA sequence information, terabytes of high resolution medical images, and massive arrays of gene expression information on thousands of genes tested in hundreds of independent experiments. Clinical research data is no different: each clinical trial may potentially generate hundreds of data points of thousands of patients over the course of the trial. This influx of data has enabled a new understanding of disease on its fundamental, molecular basis. Many diseases are now understood as complex interactions between an individual's genes, environment and lifestyle. To harness this new understanding, research and clinical care capabilities (traditionally undertaken as isolated functions) must be bridged to seamlessly integrate laboratory data, biospecimens, medical images and other clinical data. This collaboration between researchers and clinicians will create a continuum between the bench and the bedside-speeding the delivery of new diagnostics and therapies, tailored to specific patients, ultimately improving clinical outcomes. To realize the promises of this new paradigm of personalized medicine, healthcare and drug discovery organizations must evolve their core processes and IT capabilities to enable broader interoperability among data resources, tools, and infrastructure-both within and across institutions. Answers to these challenges are enabled by the cancer Biomedical Informatics GridT (caBIGT) initiative, overseen by the National Cancer Institute Center for Biomedical Informatics and Information Technology (NCI-CBIIT). caBIGT is a collection of interoperable software tools, standards, databases, and grid-enabled computing infrastructure founded on four central principles: . Open access; anyone-with appropriate permission-may access caBIGT the tools and data . Open development; the entire research community participates in the development, testing, and validation of the tools . Open source; all the tools are available for use and modification . Federation; resources can be controlled locally, or integrated across multiple sites caBIGT is designed to connect researchers, clinicians, and patients across the continuum of biomedical research-allowing seamless data flow between electronic health records and data sources including genomic, proteomic, imaging, biospecimen, pathology and clinical information, facilitating collaboration across the entire biomedical enterprise. caBIGT technologies are widely applicable beyond cancer and may be freely adopted, adapted or integrated with other standards-based tools and systems. Guidelines, tools and support infrastructure are in place to facilitate broad integration of caBIGT tools, which are currently being deployed at more than 60 academic medical centers around the United States and are being integrated in the Nationwide Health Information Network as well. For more information on caBIGT, visit http://cabig.cancer.gov/

Semantic Web - caBIG

Semantic Web See data “14 Semantic Representation and Query of caBig Data.pdf” on the class website calendar