The time for discovery of a new chemical molecular structure, biological agent or drug can take a decade or more and involve billions of dollars. Reducing the time by even a few weeks in these research and development processes by running applications on our platforms can result in significant savings in developmental costs. Our resources provide a unique capability to combine high-performance supercomputing and advanced techniques in molecular visualization to drug discovery processes such as drug lead optimization, molecular modeling, protein folding and virtual screening.
Delta HPC can add value to your research and development efforts in running applications such as those described on this page in the following ways:
Delta HPC was deliberate in selecting an SGI High-Throughput Computing (HTC) Environment because of its demonstrated advantages for running applications in biochemistry, bioinformatics, chemistry and physics.
The SGI HTC Environment for Bioinformatics provides a highly efficient data processing resource enabling users to work with industry-standard applications including BLAST, FASTA, Clustal W, HMMER and Wise2 in high-throughput mode. The HTC framework also allows us to drop in custom standalone program or scripts, quickly enabling application to be run in parallel throughput mode. Because the HTC environment works with the native application and without source code changes, applications obtain the same results as the original but far more efficiently.
Delta HPC's facilities offer applications that include the following: