Kalorama's Proteomics 50: Competing Technologies and Alliances in an Emerging Industry

Chapter 1: Executive Summary

• Scope and Methodology
• Proteomics and Genomics
• Proteomics and Bioinformatics
• Challenges Facing Proteomics Research
• The Magnitude and Complexity of the Task
• Proteomics Data Are Increasing Exponentially
• Technological Challenges
• Increasing Need for Interdisciplinary Research Collaborations
• Proteomics Technologies
• Protein Separation
• Mass Spectrometry
• Protein Chip Technology
• Protein Function Studies
• Bioinformatics
• Proteomics Technology Applications and Potential Markets
• Proteomics In Perspective
• Proteomics Technology Applications
• Markets for Proteomics Technologies
• Pharmaceutical Industry Trends
• Healthcare Trends
• Competitors in Proteomics
• Funding Sources for Proteomics
• Proteomics Startups Attract Venture Capital
• Federal Funding for Proteomics Institutes and Research Centers

Chapter 2: Introduction

• Biological Research in the Post-Genomic Era
• Proteomics and Genomics
• Proteomics and Bioinformatics
• Challenges Facing Proteomics Research
• The Magnitude and Complexity of the Task
• Proteomics Data Are Increasing Exponentially
• Technological Challenges
• Increasing Need for Interdisciplinary Research Collaborations

Chapter 3: Proteomics Technologies

• Overview
• Principal Steps in Protein Analysis
• Protein Separation
• Protein Identification and Characterization
• Protein Chip Technology
• Protein Function Studies
• Protein-Protein Interactions
• Interaction Mapping and Analysis
• Bioinformatics
• Large Scale Databases

Chapter 4: Technology Applications And Potential Markets

• Proteomics in Perspective
• Proteomics Technology Applications
• Basic Biological Research
• Disease Markers For Diagnostics and Therapeutic Drug Discovery
• Proteins as Biomarkers
• Proteomics in Drug Discovery
• Markets for Proteomics Technologies
• Proteomics Technologies Market Value
• Pharmaceutical Industry Trends
• Healthcare Trends
• Competitive Landscape
• Funding Sources for Proteomics
• Proteomics Startups Attract Venture Capital
• Federal Funding for Proteomics Institutes and Research Centers

Chapter 5: Kalorama's Proteomics 50: Company Profiles

• Activx Biosciences Inc.
• AlphaGene Inc.
• Applied Biosystems Group
• Archemix Corporation
• Athersys Incorporated
• AxCell Biosciences Corporation
• Beyond Genomics Incorporated
• Biacore International AB
• Caliper Technologies
• Caprion Pharmaceuticals Inc.
• Ciphergen Biosystems, Inc.
• Compugen Ltd.
• CuraGen Corporation
• DoubleTwist Incorporated
• Exelixis Incorporated
• GPC Biotech AG
• Geneva Bioinformatics SA (GeneBio)
• GeneData Incorporated
• GeneProt Incorporated
• Genomic Solutions Incorporated
• Hybrigenics SA
• Incyte Genomics Incorporated
• Inpharmatica Ltd
• Integrative Proteomics, Inc.
• Large Scale Biology Corporation
• LigoCyte Pharmacuticals, Inc.
• LumiCyte Incorporated
• Lynx Therapeutics Incorporated
• MDS Proteomics Incorporated
• MediChem Life Sciences
• Molecular Staging Incorporated
• Myriad Genetics Incorporated
• NeoGenesis Incorporated
• Novalon Pharmaceutical Corporation
• Odyssey Pharmaceuticals Incorporated
• Oxford Glycosciences
• Pepscan Systems
• Phylos Incorporated
• Protein Pathways Incorporated
• Proteome Systems Limited
• ProteoMetrics, Inc
• Protiveris Incorporated
• Rigel Pharmaceuticals Incorporated
• Sense Proteomic Limited
• SYNX Pharma Incorporated
• Syrrx Incorporated
• WITA Proteomics AG
• Xencor Incorporated
• Xerion Pharmaceuticals GmbH
• Zyomyx Incorporated

List of Exhibits

Table 3-1: Top Protein Separation Technologies

Table 3-2: Top Protein Identification and Characterization Technologies

Table 3-3: Top Protein Chip Technology

Table 3-4: Top Technologies in Protein Function Studies

Table 3-5: Selected Databases Available for Proteomics Research

Table 4-1: Kalorama's Proteomics 50 in Collaborations with Pharmaceutical Companies

Figure 3-1: Proteomics Toolbox Technologies

Figure 4-1: Value of Proteomics Technologies, 2001-2006