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World Proteomics Sample Preparation Market

Published by: Frost & Sullivan

Published: Feb. 12, 2003


Table of Contents


1. Executive Summary
1. Executive Summary
A. Executive Summary



2. Market Overview
A. Total Market Overview
1. Market Introduction and Report Scope
2. The Proteomics Discovery Paradigm
a. Expression Proteomics
b. Functional Proteomics
c. Structural Proteomics
B. Drivers Restraints Challenges and Strategies
1. Driving Forces in the Proteomics Sample Preparation Market
a. Shift From Genomics to Proteomics Propels Number of Assays Requiring Protein Sample Preparation
b. Industrialization of Biological Proteomics Research Drives Growth of Sample Preparation Technologies
c. Technology Advances Will Propel Increased Sample Throughput
d. Adoption of Proteomics In Academic Laboratories Will Ultimately Propel Sample Numbers In Industry
e. Combining Multiple Steps Into Single Preparation Technology Limits Sample Loss and Propels Adoption of Novel Technologies
f. The Desire to Reduce Complexity of Extract Sample Cultivate Demand for Increased Product Development
2. Restraining Forces in the Proteomics Sample Preparation Market
a. Barring Significant Proof of Concept Proteomics Could Yield Gains to the Next 'Omics Wave
b. Current Economic Climate Dissuades Investment In Proteomics Practitioners Ultimately Impacting Tool Providers
3. Market Challenges and Strategies
a. Divergent Nature of Protein Chemistry Hinders Development of Standard Sample Preparation Solution
b. Shifting Nature of Technology Hinders the Development of a Strong Brand and Customer Loyalty
c. Diversity of Scientific Strategies Threatens Widescale Investment In Technology Platforms
C. Competitive Landscape
1. Competitive Structure
a. Number of Companies in the Market
b. Types of Competitors
c. Distribution Structure
d. Tiers of Competitors
e. Notable Acquisitions, Mergers
f. Key End User Groups
g. Competitive Factors for Manufacturers
2. Mergers Acquisitions and Alliances
3. Competitive Factor Analysis
a. Reliability and Reproducibility
b. Reducing Complexity for New Users
c. Customer Support
d. Innovative and Novelty Technologies
e. Brand Equity
f. Marketing Strength
g. Value Added Enables Premium Pricing
h. Allowing researchers to increase throughput by changing the workflow dynamic people can use their time more efficiently
i. Fully Validated Integrated Solution
4. Funding Trends
D. Total Market Analysis
1. Total Market Demand Analysis
2. Top Competitors
a. Description of selected competitors
3. Research Methodology
4. Total Market Revenue Forecast
a. The Proteomics Sample Preparation Market



3. Sample Preparation Pre 2DGE
A. Market Overview
1. Introduction and Segment Scope
2. Market Engineering Measurement Analysis
a. Market Age
b. Current Market Size
c. Forecast Market Size
d. Base Year Market Growth Rate
e. Forecast Period Market Growth Rate
f. Compound Annual Growth Rate (CAGR)
g. Average Selling Price
h. Price Range
i. Price Sensitivity
j. Number of Products
k. Market Concentration
B. Demand Product and Pricing Analysis
1. Demand Analysis
2. Product and Pricing Analysis
a. Product Analysis
b. Pricing Trends
C. Revenue Forecasts and Competive Structure
1. Competitive Structure
a. Number of Companies in the Market
b. Types of Competitors
c. Distribution Structure
d. Tiers of Competitors
e. Key End User Groups
2. Revenue Forecast



4. Sample Preparation Pre MS
A. Market Overview
1. Introduction and Segment Scope
2. Market Engineering Measurement Analysis
a. Market Age
b. Current Market Size
c. Forecast Market Size
d. Base Year Market Growth Rate
e. Forecast Period Market Growth Rate
f. Compound Annual Growth Rate (CAGR)
g. Average Selling Price
h. Price Range
i. Price Sensitivity
j. Number of Products
k. Market Concentration
B. Demand Product and Pricing Analysis
1. Demand Analysis
2. Product and Pricing Analysis
a. Selected product analysis
b. Pricing Analysis
C. Revenue Forecasts and Competive Structure
1. Competitive Structure
a. Number of Companies in the Market
b. Types of Competitors
c. Distribution Structure
d. Key End User Groups
2. Revenue Forecast



5. Market Engineering Awards
A. Market Engineering Awards
1. Technology Innovation
a. Award Winner
2. Entrepreneurial Company Award
a. Award Winner
3. Product Line Strategy
a. Award Winner
4. Product Innovation
a. Award Winner



List of Figures



Chapter 2



Total Proteomics Sample Preparation Technologies Market: Market Drivers Ranked in Order of Impact (World), 2003-2009
Total Proteomics Sample Preparation Technologies Market: Market Restraints Ranked in Order of Impact (World), 2003-2009
Total Proteomics Sample Preparation Technologies Market: Impact of Top Industry Challenges (World), 2003-2009
Total Proteomics Sample Preparation Technologies Market: Competitive Structure (World), 2002
Total Proteomics Sample Preparation Technologies Market: Selected Mergers, Acquisitions, and Alliances (World), 2002
Distribution of Biotechnology VC Funding (U.S.), 2001-2002
Proteomics Sample Preparation Technologies Market: Selected Financing of End Users (World), 2001-2002
Total Proteomics Sample Preparation Technologies Market: Research Funding Analysis (World), 2000-2004
R&D Spending for Top 20 Biotech Companies (World), 1998-2001
Pharmaceutical R&D Spending (World), 1985-2001
Total Proteomics Sample Preparation Technologies Market: Revenue Forecasts (World), 2000-2009
Total Proteomics Sample Preparation Technologies Market: Growth Rates by Segment (World), 2001-2009
Total Proteomics Sample Preparation Technologies Market: Percent of Revenues by Segment (World), 2000-2009



Chapter 3



Proteomics Sample Preparation Technologies Market: Pre-2D Competitive Structure (World), 2001
Proteomics Sample Preparation Technologies Market: Pre-2D Selected Product and Price Analysis (World), 2001
Proteomics Sample Preparation Technologies Market: 2D Gel Throughput (World), 2000-2009
Proteomics Sample Preparation Technologies Market: 2D Sample Throughput and Revenue Forecasts (World), 2000-2009



Chapter 4



Proteomics Sample Preparation Technologies Market: Pre-MS Competitive Structure (World), 2001
Proteomics Sample Preparation Technologies Market: Pre-MS Selected Product and Price Analysis (World), 2001
Proteomics Sample Preparation Technologies Market: MS Sample Throughput (World), 2000-2009
Proteomics Sample Preparation Technologies Market: MS Sample Throughput and Revenue Forecasts (World), 2000-2009

Abstract

Focus on Proteomics Spur Sample Preparation Techniques

Emphasis on protein drug targets and biomarkers is stimulating interest in proteomics and triggering significant technological advances in the field. The number of assays being performed and samples analyzed are increasing, and the demand for sample preparation products is expected to grow notably. Applications designed to provide proteomics and drug-discovery researchers with higher throughput, added sensitivity, and improved resolutions are urgently required. Manufacturers offering solutions that simplify sample preparation procedures can gain a considerable share of the rapidly growing proteomics market.

This Frost & Sullivan research analyzes the global market for proteomics sample preparation, segmented into two categories: prior to running a 2D gel electrophoresis, and prior to analysis on a mass spectrophotometer. It provides detailed insights into recent developments and trends. The study also includes market forecasts along with competitive and opportunity analysis.

Technology Advances Will Fuel Increased Sample Throughput

Automation and improved techniques boost efficiency of sample preparation. The growing number of high throughput facilities is aiding researchers and feeding their interest in sample preparation solutions. "Advances in microfluidic and microarray technologies have amplified the need for higher throughput, miniaturized, and automated sample preparation processes," says the analyst of this study.

The constantly evolving and dynamic nature of proteomics tool sets means a consistent need for focus on quality, service, and conviction to build the brand with life science researchers as they entrust manufacturers with funding dollars. "Researchers engaged in drug discovery are sluggish adopters in terms of novel technologies, and a strong trusted brand can aid the adoption of fresh research solutions," says the analyst.

Development of Standard Sample Preparation Solution Challenged by Divergent Nature of Protein Chemistry

Proteins have complex characteristics that pose challenges to manufacturers and hamper development of standard solutions for protein sample preparation. The highly fragmented and diverse end-user base of scientific research tools give rise to specific research interests in terms of questions, strategies, and types of tools sets implemented. "Firms that identify and cultivate high-throughput end users that place a value on time and reducing opportunity costs associated, are likely to surge ahead," says the analyst.

The divergent nature of proteins and lack of standard methods or technologies pose a challenge to proteomic researchers. However, great prospects abound for manufacturers and suppliers. Future success will depend on the development of unique and advanced applications that cater to varied separation techniques.

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