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Issue No. 07 - July (2002 vol. 35)
ISSN: 0018-9162
pp: 73-79
Salvatore Paxia , Ondotek
Archisman Rudra , NYU Bioinformatics Group
Yi Zhou , NYU Bioinformatics Group
Bud Mishra , NYU?s Center for Comparative Functional Genomics
<p> A better understanding of biology will come through information-theoretic studies of genomes that pro-vide insights into DNA's role in governing metabolic and regulatory pathways.Understanding the evolutionary processes that act on these "codes of life" requiresthe ability to analyze vast amounts of continually generated genomic data.</p><p>Researchers in the emerging bioinformatics discipline require more complex mechanisms to investigate the full ensemble of available biological facts. To meet this challenge, New York University's Bioinformatics Group is creating a computational environment called Valis--the vast active living intelligent system. Valis is designed to solve the immediate genomic and proteomic problems that the biological community currently faces, while remaining flexible enough to adapt to the maturing bioinformatics field.</p>

S. Paxia, A. Rudra, Y. Zhou and B. Mishra, "A Random Walk Down the Genomes: DNA Evolution in Valis," in Computer, vol. 35, no. , pp. 73-79, 2002.
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