SI2008 Cyberinfrastructure for Biomedicine

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Biomedical, translational and clinical research can and should take advantage of the continued exponential increases in the capacities of computing speed, data storage, networking bandwidth, and more broadly the advances in cyberinfrastructure (CI). Through a series of talks in CI and applications that aim to improve the treatment planning for heart disease through individual patient modeling, to build better tools for mesoscale modeling using advanced tomographic images of the cell, and to build complex computational pipelines for drug design and discovery, we hope to highlight state of the art tools from NBCR and those from the community we serve, towards the goal of personalized medicine through collaborative advances in cyberinfrastructure.

Location:

  • Aug 4th, Atkinson Hall, SDSC/Calit2 Synthesis Center
  • Aug 11th, PFBH Hall, Fung Auditorium

August 4, 2008

  • 8:00 am - 12:30 pm Multiscale Visualization and Modelling, Chair: Michel Sanner, TSRI
  • 12:30 pm - 2 pm Poster Session
  • 2 pm - 6 pm Computer Aided Drug Design for Infectious Diseases, Chair: J. Andrew McCammon, Ph.D.
    • 2:00 pm Structure-based drug design targeting HIV-1 reverse transcriptase: overcoming resistance by inhibitor strategic flexibility Eddy Arnold, Ph.D., Rutgers U.
    • 2:45 pm Docking and Design with AutoDock David Goodsell, Ph.D., TSRI
    • 3:30 pm Tackling Receptor Flexibility in Computer-Aided Drug Design Rommie Amaro, Ph.D., UCSD
    • 4:15 pm coffee break
    • 4:30 pm Identification of a novel chromophore to restore vision in macular degeneration Anne Hanneken, M.D., Scripps Memorial Hospital
    • 5:15 pm The Fluctuating Biological Target of Multiple Conformations: Using Freeze-frame, Click Chemistry in Ligand Design Palmer Taylor, Ph.D., UCSD

Aug 11, 2008

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