| Virginia Bioinformatics
Institute Installs World's Largest Academic Accelerated Bioinformatics
System From Timelogic
May 14, 2003 – According to Dr.
Allan Dickerman, Research Assistant Professor at Virginia Bioinformatics
Institute, "VBI researchers are now able to do DNA sequence
comparisons against databases and whole genome comparisons at a
much faster rate." The Institute's newly installed TimeLogic™
DeCypher® system, which speeds sequence analysis for a better
understanding of the biological meaning behind genomic data, is
the largest academic installation in the world and speeds over 30
types of bioinformatics searches. "The DeCypher system recently
completed a BLASTN analysis of bacterial genomes [333,269 nucleic
query sequences vs. 191 complete bacterial genomes] at approximately
the speed of a 100 CPU server farm," Dickerman added.
"Disentangling the genetic workings of complicated
diseases—such as malaria, Alzheimer's, tuberculosis (TB),
and acquired immune deficiency syndrome (AIDS)—requires the
examination of extremely large data sets," explained Dr. Bruno
Sobral, Director of Virginia Bioinformatics Institute. "TimeLogic's
DeCypher solution, implemented within the institute’s Sun
Microsystems Sun Fire 15K server, delivers powerful bioinformatics
analysis capabilities that allow broad comparisons between numerous
host responses to different pathogens," he added.
Dustin Machi, Manager of the Core Computational
Facility at VBI, commented "These speed gains make DeCypher
a compelling resource, especially since the system requires no additional
server room space, and doesn’t impact our power or cooling
systems," Machi continued, "We’re excited to explore
the additional capabilities of the system and expect dramatic speed
gains for dynamic programming methods such as Smith-Waterman and
Hidden Markov Model analyses."
"Genomics researchers utilize a tremendous range of data sources,
all which are growing at a dramatic rate. For core computing centers,
DeCypher provides an ideal solution for the analysis of huge data
sets due to its exceptional speed and operational efficiency,"
remarked Rick MacDonald, President and CEO for TimeLogic. MacDonald
added, "Considering the large scale analyses being conducted
at VBI, DeCypher’s time savings will translate into significant
cost savings for their research."
About VBI
VBI research platform centers on understanding the "disease
triangle" of host-pathogen-environment interactions. With bioinformatics,
an interdisciplinary merger of information technology and biology,
faculty researchers at VBI have been able to interpret and apply
vast amounts of biological data generated from basic research. With
over $27 million in research funding, VBI researchers are working
to find cures for many diseases of humans, crops, and animals; create
high-yield, insect- and disease-resistant crops; and provide bioinformatics
information and tools to support further discoveries. For more information,
visit https://www.vbi.vt.edu.
About TimeLogic
TimeLogic produces DeCypher, the leading-edge solution for high
throughput computation within life science research. Computationally
intensive bioinformatics algorithms—including BLAST, Smith-Waterman,
Framesearch and Hidden Markov Model analysis—are critical
for genomic research and drug target identification. DeCypher utilizes
Field Programmable Gate Array technology to reduce huge computations
from hours to minutes, or multiple months to days. Reconfiguring
on-the-fly to process different algorithms for over 30 types of
bioinformatics analysis, DeCypher brings near real-time performance
to informatics research and enables researchers to employ compound
techniques for comprehensive scientific results. DeCypher has been
accelerating the pace of bioinformatics discovery at top biotechnology,
pharmaceutical, and agribusiness and academic institutes since 1996.
###
Media Contact
For company information, please
contact:
Christopher Hoover
Marketing Manager
Phone: 760-431-1263
Email: hoover@activemotif.com
Dell is
a trademark or registered trademark of Dell Computer Corporation.
|