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World Proteome Informatics MarketsPublished by: Frost & Sullivan Published: Dec. 24, 2003 Table of Contents1. Executive Summary 1. Executive Summary 2. Total Market Analysis 1. Overview 1. Introduction 2. Background and Definitions 3. Objective and Purpose 4. Structure and Segmentation 2. Drivers and Restraints 1. Market Drivers a. Expression Proteomics - Ongoing Evolution and Branching of Expression Proteomics Processes Boost Sales - Advances in Mass Spectrometry and MS Data Analysis Promote Growth - Life Science Data Integration Issues Contribute to Acceptance of Interconnected Information in Proteomics Labs b. Structural Proteomics - Automation, Technological Advances Create Momentum - Slow Throughput of Instrumental Techniques Drives Computation - Evolving Appreciation of Structure's Relative Value Boosts Growth c. Interaction Proteomics - Increasing Emphasis on Systems Biology, Complexity, and Networks - Growth in Functional Annotation Multiplies Value of Protein Networks 2. Market Restraints a. Expression Proteomics - Insufficient Data Analysis and Evaluation Algorithms - Proprietary and Incompatible Data Formats Limit Value - Saturation of Instruments May Limit Growth b. Structural Proteomics - Technologies are Still Relatively Undeveloped, Not Robust Enough - High Costs and Technical Challenges Associated with Structural Labs - Immense Computational Requirements Restrain Modeling and Tools c. Interaction Proteomics - Unproven Value of Interaction Databases Slows Acceptance - Abundant, Free, or Cheap Data and Software Hinders Sales - Secondary, Indirect Nature of Pathway Data Confines Market 3. Revenue Forecasts and Market Share 1. Methodology and Assumptions 2. Revenue Forecast 3. Market Share by Technology 4. Industry Trends 1. Introduction 2. Expression 3. Structure 4. Interaction 5. Technology Trends 1. Introduction 2. Expression 3. Structure 4. Interaction 6. Competitive Landscape 1. Company Analysis 2. Products and Deals 3. Deals and Partnerships 3. Market Measurements Challenges and Strategies 1. Market Engineering Measurements 1. Market Engineering Measurements 2. Challenges and Strategies 1. Challenges a. Expression Proteomics - Data Analysis and Quality Control Have Not Kept Pace with Automation - Compatibility and Integration Issues Create Technical Challenges - Complex Data Management Needs Haven't Been Met By Standalone, Instrument, Or LIMS Software b. Structural Proteomics - Competing Technologies Provide More Directly Useful Results - Lack of Clear Validation or Conclusiveness Slows Growth - Computing Power and Other Technical Hurdles Limit Application c. Interaction Proteomics - Error Prone Databases and Other Pitfalls Repel Customers - Protein Networks Provide Clues but Most Lack Quantitative or Comprehensive View - Complex, Multidimensional Data Requires Novel Technical Approaches 2. Strategies 4. Frost & Sullivan Awards 1. Frost & Sullivan Awards 1. Frost & Sullivan Awards 2. Product Innovation Leadership 3. Product Line Quality 4. Customer Service Leadership 5. Technology Leadership 5. Related Information 1. Key Industry Participants 1. Key Industry Participants 2. Related Websites 2. Definitions and Acronyms 1. List of Definitions 2. List of Acronyms 6. Decision Support Databases 1. Tables 1. Proteomics Centers 2. Mass Spectrometrists 3. Biotechnology Companies 4. Biological and Medical Scientists 5. Biochemists and Biophysicists List Of Figures Proteome Informatics Market: Market Drivers Ranked in Order of Impact (World), 2002-2008 Proteome Informatics Market: Market Restraints Ranked in Order of Impact (World), 2002-2008 Proteome Informatics Market: Revenues by Product Type (World), 2002-2008 Proteome Informatics Market: Revenue Share by Product Type (World), 2002-2008 Proteome Informatics Market: Revenue Growth by Product Type (World), 2002-2008 Proteome Informatics Market: Market Share Trends by Technology (World), 2002-2003 Proteome Informatics Market: Selected 2DGE Products (World), 2003 Proteome Informatics Market: Selected MS Products (World), 2003 Proteome Informatics Market: Selected Structural Products (World), 2003 Proteome Informatics Market: Selected Protein Interaction Products (World), 2003 Proteome Informatics Market: Selected Data/Knowledge/LIMS Products (World), 2003 Proteome Informatics Market: Selected Other Products (World), 2003 Proteome Informatics Market: Selected Deals - Expression (World), 2003 Proteome Informatics Market: Selected Deals - Structural (World), 2003 Proteome Informatics Market: Selected Deals - Protein Interactions (World), 2003 Proteome Informatics Market: Selected Deals - Data / Knowledge / LIMS (World), 2003 Proteome Informatics Market: Selected Deals - Other (World), 2003 Proteome Informatics Market: Market Challenges Ranked in Order of Impact (World), 2002-2008 Proteome Informatics Market: Market Engineering Strategy (World), 2002-2008 Proteome Informatics Market: Impact of Top Industry Strategies on Business Functions (World), 2002-2008 Proteome Informatics Market: DKIP by Product Segment(World), 2003 Proteome Informatics Market: DKIP (World), 2003 Proteome Informatics Market: Related Websites (World), 2003 AbstractCompatibility and Integration Issues Create Technical Challenges for Proteome Informatics Market Technical challenges relating to the integration of equipment and data weaken the appeal of proteomics informatics. As the market develops and new technologies are launched, vendors attempt to address these challenges. The issue, however, creates an ongoing struggle in the broader life science research setting and has to be resolved in order to provide maximum possible value and eliminate incompatibilities. Given the growing number of techniques developed in proteomics, the need to corroborate information is vital. However, the complexity of enabling the many possible combinations creates its own set of limits. Vendors must address the changing environments of alliances, public initiatives and standards, as well as the technological trends, and then decide appropriate strategies. This research examines the world proteomics informatics markets. It offers revenue forecasts by broad application area segments - expression, structural, and interaction proteomics - and covers key drivers and restraints influencing market growth. It also provides strategic recommendations to overcome market challenges. This research service includes segments focusing on standardization and the innovative integration of interfaces. Continuous Evolution and Increasing Complexity of Proteomics Drives Growth in Software "The traditional proteomics approaches are constantly being complemented by new technologies or variations," says the analyst of this study. "While these changes are gradual in some areas, they are dramatic in other segments of the market, creating an urgent need for software to integrate information and processes in a manageable, efficient, and flexible manner." Improvements in software include visualization and data mining, automation of data acquisition and analysis, as well as knowledge-based approaches to crystallization. Hi-tech advances in recent years have been so rapid that the software, at times, has been unable to keep pace, resulting in bottlenecks - especially in the field of data analysis. This issue needs to be addressed to enable significant growth. Technological Advances Boost Value of Proteomics and Emphasize Standardization With laboratories becoming less compartmentalized and isolated, the value of centralized information and its accessibility increases. Progressive improvements in the field of instrumentation, enhanced throughput, and the continuing expansion of biological databases heighten the significance of proteomics in augmenting biological knowledge. The high funding and skill needed for many of these technologies underline the need for core labs and centralized initiatives specifically for expression and structural proteomics. With the refinement of 2-D gel electrophoresis (2DGE) and mass spectrometry (MS) methods, bioinformatics software, and laboratory information management systems (LIMS), new possibilities are opening up in life science research. "This market is ripe for innovation and growth, with significant demand growth and technical advances expected in the near future. The complexity and ongoing evolution of the proteome informatics market is poised to create many opportunities and niches for the vendor," concludes the analyst.
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