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BioGrid Texas (BiGTX) Virtual Research Park for Life Sciences & Health Care.
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Transcript of BioGrid Texas (BiGTX) Virtual Research Park for Life Sciences & Health Care.
What is BioGrid Texas (BiGTX)?
• Collaborative research, development and information- sharing system for Life Sciences and Health Care
– Virtual Research Park (VRP)
– Healthcare Collaborative Network (HCN)
• Universal Web interface & open development platform created by IBM Healthcare and Life Sciences
• Very large scale computing network
– Utilizes high-performance grid computing technology infrastructure at The University of Texas at Arlington
• Allows geographically dispersed R&D teams and health care organizations to collaborate like never before
What is BioGrid Texas (BiGTX)?
• BioGrid horsepower provided by IBM hardware connected to UTA Distributed & Parallel Computing Cluster (DPCC)
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Campus Campus
Healthcare Collaborative Network
• HCN National Demonstration Project – Feasibility and value of interconnected, electronic
health information infrastructure• Initial HCN pilot project included:
– New York Presbyterian Hospital– Vanderbilt University Medical Center – Wishard Memorial Hospital – Three Federal agencies
• CDC• CMS • FDA
BiGTX Pilot User Groups
• Cancerous Lesion Change Detection– UT-Southwestern Medical Center Department of Dermatology and
UT-Arlington Department of Computer Science and Engineering.– Use - establish a framework for change detection in cancerous
lesions through medical image sharing.• UTA Smart Hospital and Health System
– UTA Institute of Research and Technology in Health, School of Nursing, College of Science and Department of Computer Science and Engineering.
– Use - connect Smart Hospital/Emergency Room administrators, users and students with, a state of the science health facility for simulated patients (SMART manikins).
• Rapid Response Bioterrorism Database– UT-Southwestern Medical Center Garner Laboratory in applied
computational biology and M.D. Anderson Cancer Center. – Use - develop a collaborative environment for data sharing of
Bioterrorism agents to allow for rapid response
BiGTX Pilot User Groups
• UTA Pseudogene Identification– UTA Evolutionary Genomics Group in the Department of Biology
and the Bioinformatics Group in the Department of Computer Science and Engineering.
– Use - create a distributed working group of researchers working on identification of pseudogenes (inactive sequences of genomic DNA which have a similar sequence to known functional genes).
• Wireless Network for Disabled Persons– UTA Department of Computer Science and Engineering Program as
part of Project Connect. – Use - improve the network capabilities of the disabled persons group
that receive electronic devices (PDAs) designed to assist in daily tasks.
• Pain Management– M.D. Anderson Cancer Center Department of Symptom
Management and the UT-Arlington Department of Psychology. – Use - help facilitate a Phase III Clinical Study for Cancer Patient
Pain Management.
What Can BioGrid Texas Do?
• Advance bioscience in Texas making this region attractive to biotechnology entrepreneurs, venture capital investors, and superlative research scientists
• Eliminate redundancies and gaps in research efforts among different organizations
• Achieve synergy of efforts while facilitating serendipitous discovery
What Can BioGrid Texas Do?
• Maximize research ROI for the community by pooling resources and leveraging economies of varying scope and scale
• Reduce development costs across the biotechnology Value Chain
• Accelerate time to market of new biotechnologies
BiGTX Features/Capabilities
• Rapid (instant), economical, cross-organizational, object-level collaboration on multiple R&D projects facilitated through the universal VRP program Web interface.
• On-demand access to collaboration tools, R&D tools, project-specific or common applications and program code, databases, knowledge bases, expert systems, user forums and general resources.
BiGTX Features/Capabilities
• Expertise Locator – Using Lotus Discovery Server allows for registration of participants area of expertise. Can infer expertise and can be partially passive
• Learning Center - Conduct theme-driven multi-media trade shows, distance education courses, "Virtual Symposia" or "Webinars" featuring expert speakers, panel discussions, moderated sessions, etc.
• Higher grant throughput, fast-track technology transfer and IP management
• Up-to-date information related to patents, grants, public policy, ethics, legal issues, legislative matters and standards.
BiGTX Features/Capabilities
• Publish, market, and sell copyrighted materials such as articles, presentations, electronic books, compendia, and other intellectual property.
• Application hosting of key "Best Practice" industry applications and commonly-used R&D and Tech Transfer tools.
BiGTX Features/Capabilities
• Buying and selling of commercial products and services
• Health care institutions can be linked through BioGrid Texas and IBM’s Healthcare Collaboration Network (HCN)
• Access to unprecedented high performance and grid computing capabilities as well as grid application development potential
The Virtual Collaboratory
• IBM Life Sciences Virtual Research Park incorporates a sweeping new concept called the “Collaboratory” – Allows users to solve problems using community
resources and knowledge distributed across a grid computing infrastructure
The Virtual Collaboratory
• Collaboratory interface: – Customizable and user platform independent
• Only needs Web browser
– Multiple tabs and windows• Instant messaging, Calendaring, Scheduling • User forums, News, Contact lists• Experiment Desk• Recipes and Agents• Embedded Tech Support • Embedded Project Management Solutions• Application Sharing• Databases and Data Sharing• Learning Centers• Funding Resources• Vendors
Experiment Details
Experiment Details•Protocol•Context•Team•Resources•Quality of Service (QOS)•Status
VRP - Not Limited to Life Sciences
• Any computationally-based “e-Science” is fair game
– Atmospheric modeling
– Biocomplexity in the environment (Ecoinformatics)
– Cryptography
– Geophysical and astrophysical turbulence modeling
– High energy and nuclear physics
– Molecular diversity analysis
– Nanobiology
– Quantum chemistry
– Supernova science
– Geospatial and topographical modeling