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CCS: Institutes: CBI: Highlights

MutL/MutS bacterial repair system -- 
ICM simulation run on X-TORC cluster protein cyclophilin A simulated on Cheetah supercomputer
MutL/MutS bacterial repair system
ICM simulation run on X-TORC cluster
Multi-scale modeling of protein vibrations in HIV infection related protein cyclophilin A. This work is being performed by Pratul K. Agarwal on Cheetah supercomputer.

Early Accomplishments of CBI (2003)

  • Community Workshop for the Genomes to Life Facility on Characterizing and Imaging Molecular Machines - experimental and computing roadmap (3/03)
  • Biology Workshop on Introduction to the Cray X1 (5/9/03)
  • Organized GTL Workshops on Data and Tools, Modeling and Simulation, and Protein Structure Prediction (7/22-24/03)
  • AMBER ported to Cray X1

Accomplishments in the the biological sciences enabled by CCS prior to formation of CBI

  • Assembling chromosomes 5,16,19 of the human genome
  • Annotating all human microbials and over 50 microbials all together
  • PROSPECT software recognized the most protein folds in Fourth Community Wide Experiment on the Critical Assessment of Techniques for Protein Structure Prediction

Enabling Technologies

  • Our computational biology tools have been referenced in both Nature and Science genome issues
  • The Genomic Integrated Supercomputing Toolkit (GIST) provides an interface to terascale systems
  • We provide transparent access to these technologies to the biological community. Usage is predicted to double every six months.




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