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Anadys Announces Publication of Key Technology for Microbial Genomics.


Business Editors/Health & Medical Writers

BIOWIRE2K

SAN DIEGO--(BW HealthWire)--June 18, 2001

Anadys Pharmaceuticals Inc. announced today the publication of a description of Anadys' proprietary GATE(TM) (Genetically Assisted Target Evaluation) technology in the journal Pharmacogenomics (2001 2(2) pp. 95-106).

GATE(TM) is a versatile microbial microbial

pertaining to or emanating from a microbe.


microbial digestion
the breakdown of organic material, especially feedstuffs, by microbial organisms.
 target validation approach that identifies essential genes in bacteria and fungi. Knowledge of gene essentiality is an important step in translating genomic information into small molecules.

The published article describes how GATE(TM) was implemented in the yeast Saccharomyces Saccharomyces: see yeast.  cerevisiae to identify important targets for screening efforts. "GATE(TM) is a powerful technique for prioritizing fungal or bacterial targets for drug screening because it can model effects such as the rate of and degree to which a target is removed from cellular metabolism," said Anadys' senior vice president, Devron Averett, Ph.D. "Drugs vary in the magnitude of their effect on a molecular target, and thus GATE(TM) mimics the actions of drugs to a much greater degree than other methods such as gene knockout which are all-or-none in their effect."

GATE(TM) is part of the family of proprietary technologies that Anadys uses in the pursuit of treatments for infectious disease Infectious disease

A pathological condition spread among biological species. Infectious diseases, although varied in their effects, are always associated with viruses, bacteria, fungi, protozoa, multicellular parasites and aberrant proteins known as prions.
. GATE(TM)-validated targets can then be formatted for screening to identify compounds that inhibit the function of the target. Screening can be done using ATLAS(TM), a proprietary affinity-based technology that requires no a priori a priori

In epistemology, knowledge that is independent of all particular experiences, as opposed to a posteriori (or empirical) knowledge, which derives from experience.
 knowledge of the target's function. Hits from screening are evaluated using Anadys' cheminformatics software PROTOS(TM) and elaborated into drug candidates using Anadys' substantial capabilities in high-output medicinal chemistry.

Steve Worland, Ph.D., Anadys' chief scientific officer, commented, "GATE(TM) is unbiased as to the microbial targets it can explore. Furthermore, Anadys is in a particularly favorable position to exploit the entire spectrum of GATE(TM)-validated targets because ATLAS(TM) enables us to pursue the most attractive biological targets without restricting ourselves to targets of known function."

About Anadys Pharmaceuticals

Anadys Pharmaceuticals Inc. is a new generation drug discovery company committed to the translation of genomic information into small molecules. The company employs proprietary technologies in microbial genomics (GATE(TM)), affinity-based compound screening against targets of both known and unknown function (ATLAS(TM)), world-class high-output medicinal chemistry, and cheminformatics including proprietary software (PROTOS(TM)) to develop a portfolio of novel anti-infective products. The company also intends to become a sector leader in the emerging field of Riboproteomics(TM), the study of RNA-protein interactions and the development of novel therapeutic compounds that target these interactions. RNA RNA: see nucleic acid.
RNA
 in full ribonucleic acid

One of the two main types of nucleic acid (the other being DNA), which functions in cellular protein synthesis in all living cells and replaces DNA as the carrier of genetic
 has been validated as a target for the treatment of infectious diseases with approved drugs such as neomycin neomycin (nē'ōmī`sĭn), broad spectrum antibiotic effective against both gram positive and gram negative bacteria (see Gram's stain).  and tobramycin tobramycin /to·bra·my·cin/ (to?brah-mi´sin) an aminoglycoside antibiotic derived from a complex produced by Streptomyces tenebrarius, . In addition, Anadys has a comprehensive pipeline including RNA-specific targets and compounds that bind to RNA, a number of advanced antibacterial antibacterial /an·ti·bac·te·ri·al/ (-bak-ter´e-al) destroying or suppressing growth or reproduction of bacteria; also, an agent that does this.

an·ti·bac·te·ri·al
adj.
 and antiviral antiviral /an·ti·vi·ral/ (-vi´ral) destroying viruses or suppressing their replication, or an agent that so acts.

an·ti·vi·ral
adj.
 discovery programs, as well as anti-infective preclinical development candidates.

For more information, please visit www.anadyspharma.com.
COPYRIGHT 2001 Business Wire
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2001, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

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Publication:Business Wire
Geographic Code:1USA
Date:Jun 18, 2001
Words:482
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