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Life Science Informatics: From Data to Drugs

Published by: CHI Insight Pharma Reports

Published: Apr. 1, 2003 - 188 Pages


Table of Contents


Executive Summary


Chapter 1: Business and Technology
Overview: A Rapidly Evolving Industry


    1.1 Unmet Needs: Essential Tools for
    Expanding Demands

    1.2 Emerging Opportunities: Profiting
    During a Boom/Bust Cycle

    1.3 Evolving Technologies



Chapter 2: Current and Emerging Technologies

  • 2.1 High-Throughput Approaches
  • Sequence Analysis
  • Comparative Genomics
  • Gene Expression Analysis
  • Protein Expression Analysis
  • Protein-Protein
  • Interactions/Complexes
  • Protein Structure
  • Single Nucleotide Polymorphisms
  • Gene/Protein Function
  • Metabolomics/Metabonomics
    2.2 Data Collection

    2.3 Data Integration

    2.4 Data Mining and Visualization

    2.5 In Silico Modeling of Networks and
    Pathways

    2.6 Knowledge Management

    2.7 Key Information Technology
    Advances



Chapter 3: The Life Sciences Information Technology Market

    3.1 Deals

    3.2 Breakthroughs Needed

    3.3 Fundamental Issues and Challenges

    3.4 Building Up for Systems Biology

    3.5 What Next?



Chapter 4: Expert Commentaries

  • Howard Asher, Sun Microsystems,
    Inc.
  • Jeffrey Augen, TurboWorx
  • Dejan Bojanic, Millennium
    Pharmaceuticals
  • Geoffrey Duyk, Exelixis
  • Jack Elands, IDBS Ltd.
  • David Finkelstein, Affymetrix
  • Nat Goodman, Institute for Systems
    Biology
  • Andrew Grimshaw, Avaki
  • John Helfrich, NuGenesis
  • Roberta Katz, EMC Corporation
  • Carol Kovak, IBM
  • Eric Meyers and Jack Pollard,
    3rd Millennium
  • Alan Roter, Iconix Pharmaceuticals
  • Yury Rozenman, formerly of Platform
    Computing
  • Mick Savage, Consultant
  • Shiv Tasker, formerly of Blackstone
    Computing
  • Bernard P. Wess, Jr., PERSEID
    Software Ltd.



Chapter 5: Vital Business Statistics of Key Players

  • Accelrys
  • AnVil Inc. (formerly AnVil
    Informatics)
  • Apple Computer
  • Argentys
  • Avaki Corporation
  • BioDiscovery
  • BioSift
  • CambridgeSoft Corporation
  • EMC Corporation
  • Entelos
  • eResearch Technology
  • GeneCodes
  • GeneData
  • Gene-IT
  • Gene Logic
  • Hewlett Packard (Compaq)
  • Hitachi Data Systems
  • IBM
  • InforMax (acquired by Invitrogen)
  • LabBook, Inc.
  • LION Bioscience
  • MolecularWare
  • Network Appliance
  • Nonlinear Dynamics
  • Physiome Sciences
  • Platform Computing
  • Scimagix
  • SciQuest, Inc.
  • SciTegic
  • Silicon Genetics
  • Spotfire
  • Sun Microsystems
  • Textco Molecular Biology (merged
    with SciQuest, Inc.)
  • TimeLogic
  • Tripos
  • TurboWorx (formerly Turbogenomics)



Appendix A: Selected “Public/Free”
Analytical Tools for Microarray Studies


Appendix B: Bioinformatics
Dealmaking Activity


Glossary


Index



Abstract

Informatics are essential at every step of genomics-based drug discovery and development. However, over the last couple of years, the commercial landscape of life sciences information technology has changed dramatically. The field of bioinformatics, in particular, has gone through a dramatic boom/bust. At the same time, a large number of IT companies are looking to the drug discovery and development arena as a new market opportunity. Pharmaceutical companies, meanwhile, are faced with rising pressure to reduce or at least control costs, and have a growing need for new informatics tools to help manage the influx of data from genomics, and turn that data into tomorrow’s drugs.

Life Sciences Informatics: From Data to Drugs examines the overall landscape of bioinformatics and highlights those approaches, and companies pursuing them, that will likely address the industry's evolving needs. Key IT tools, such as high-performance computing, Web services, and grids, that are being used to improve the speed and efficiency of drug discovery and development are also discussed.

It’s now clear that selling bioinformatics data and/or software is a tricky business model. Furthermore, true breakthroughs are still lacking, particularly in key areas such as gene prediction, data mining, protein structure modeling and prediction, and modeling of complex biological systems. However, most experts agree that IT and bioinformatics are essential to reaching the improved productivity the pharmaceutical industry craves. The problem is not the quality of the software and hardwarerather, the difficulty lies in bringing the new laboratory tools to full maturity, teaching biologists how to manage high-throughput experiments and the data they generate, and sharing and integrating all this data in a meaningful way. The ultimate goal is to take the data from all these types of studies and to generate detailed models of complex systems, particularly biological pathways. Life Sciences Informatics: From Data to Drugs is crucial reading for companies seeking to reach that goal.

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