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Public Relations Contact:
Alicia Althoff
Marketing Communications Coordinator
alicia@strubix.com
Structural Bioinformatics, Inc.
10929 Technology Place
San Diego CA 92127
Telephone: (858) 675-2400 ext. 119
Facsimile: (858) 618-1041
http://www.strubix.com/
INFORMAX AND SBI ANNOUNCE DISTRIBUTION AGREEMENT
SBI's High Quality Protein Models to be Offered with InforMax's GenoMaxTM Enterprise System
ROCKVILLE, MD - (September 12, 2000) - InforMax, a leading global provider
of bioinformatics software solutions for accelerated drug discovery, and
Structural Bioinformatics, Inc., a world leader in computational proteomics,
today announced that SBI's proprietary database content of atomic resolution
3-D protein models will be offered to
GenoMaxTM customers under the
SBDTM brand name.
The SBDTM is comprised of thousands of
structural models of proteins from more than 200 distinct families.
"3-D protein structure provides great insight to any biological researcher
but particularly to molecular biologists who are trying to identify
sites critical to function," said Alex Titomirov, InforMax President and
Chief Executive Officer. "SBI's database of modeled proteins provides
immediate access to high-quality models that have been vetted by SBI's
protein modeling experts to help guide scientists' work in the laboratory.
We think this is an excellent resource that we can provide to our customers."
"We are pleased to be working with InforMax," said Dr. Edward T. Maggio,
Chairman, President and Chief Executive Officer of SBI.
"The GenoMaxTM-SBDTM
product combination is uniquely positioned to provide overwhelming
access to the protein structural information demanded by the industry."
About GenoMaxTM
GenoMaxTM is an enterprise bioinformatics
system that facilitates high-speed analysis of both public and proprietary
genetic data sets within the security of the corporate firewall.
GenoMaxTM offers speed, security, and
scalability through the employment of client-server architecture,
Oracle® relational databases,
and a sophisticated Java-based graphical user interface.
To complete the delivery of a High Throughput Research
(HTRTM) environment,
InforMax expects to introduce a series of
GenoMaxTM modules in the next 12 months.
These new modules will include Gene Expression, EST Clustering,
Genome Viewing, 3D-Structure Prediction, SNP Analysis and
Protein-Protein Interaction Analysis.
About InforMax, Inc.
Headquartered in Rockville, Md., InforMax, Inc. is a global leader in
bioinformatics, providing solutions for the analysis and interpretation of
genomic, proteomic and other biomolecular data. InforMax, founded in 1990
by Dr. Alex Titomirov, enables over 20,000 researchers worldwide to
achieve greater insights into genetic function through biological data mining
and integrated genomics analysis. Presently, InforMax offers Vector NTI
Suite desktop sequence analysis software and
GenoMaxTM enterprise bioinformatics system.
Additional information about InforMax can be found at the company's site
on the World Wide Web at www.informaxinc.com.
About Structural Bioinformatics, Inc.
Structural Bioinformatics is a world leader in computational
proteomics--the large-scale generation and use of protein structure and
protein structural information. The Company has developed advanced and
proprietary computational technologies to generate highly refined
three-dimensional structural models of proteins from primary gene sequence
data that compare well with crystal structures. SBI uses this and other
protein structural data to perform primary drug-discovery screening
in silico on millions of compounds in a matter of hours, increasing the
"hit rate," and reducing the cost of chemical synthesis, by a factor
of a thousandfold. SBI also offers two subscription protein structural
database products to accelerate lead discovery and optimization and
to permit the incorporation of structural pharmacogenomics information
early-on in the drug development process:
SBdBaseTM, composed of thousands of
structural models of proteins from more than 200 distinct families;
and SVdBaseTM, a growing series of
structural variant database modules each containing thousands of
patient-derived structural polymorphism models for medically important
genes, such as HIV reverse transcriptase and HIV protease.
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