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World Life Sciences Mass Spectrometry MarketsPublished by: Frost & Sullivan Published: Mar. 30, 2004 Table of Contents1 | WORLD LIFE SCIENCE MASS SPECTROMETRY MARKETS Overview 1. Introduction 2. Disclaimer 3. Certification Summary and Strategic Analysis 1. Outline Slide 2. Summary of Findings 3. Market Maturation Process 4. Strategic Anticipation 5. " I see it coming" 6. Customer Priorities 7. Competitive Framework 8. Potential Threats 9. Market Potential Total Market Analysis 1. Outline Slide 2. Research Scope and Methodology 3. Market Segmentation 4. Market Drivers 5. Market Drivers II 6. Market Restraints 7. Industry Challenges 8. Strategies I 9. Strategies II 10. Strategies III 11. Strategies IV 12. Strategies V 13. Market Trends 14. Technology Trends 15. Key Market Engineering Measurements 16. Forecast Assumptions 17. Total Market Revenue Forecasts 18. Revenue Analysis 19. Total Market Unit Forecast 20. Understanding Growth Opportunities 21. Market Share 22. Company Analysis I 23. Company Analysis II 24. Company Analysis III 25. Company Analysis IV 26. Company Analysis V 27. Company Analysis VI 28. Company Analysis VII 29. Company Analysis VIII 30. Company Analysis IX 31. Company Analysis X 32. Company Analysis XI MALDI-TOF Market Analysis 1. Outline Slide 2. MALDI-TOF Key Market Engineering Measurements 3. MALDI-TOF Market Revenue Forecast 4. MALDI-TOF Market Unit Forecast 5. MALDI-TOF Market Share FTMS Market Analysis 1. Outline Slide 2. FTMS- Key Market Engineering Measurements 3. FTMS Market Revenue Forecast 4. FTMS Market Unit Forecast 5. FTMS Market Share ESI-TOF Market Analysis 1. Outline Slide 2. ESI-TOF- Key Market Engineering Measurements 3. ESI-TOF Market Revenue Forecast 4. ESI-TOF Market Unit Forecast 5. ESI-TOF Market Share Q-TOF Market Analysis 1. Outline Slide 2. Q-TOF Key Market Engineering Measurements 3. Q-TOF Market Revenue Forecast 4. Q-TOF Market Unit Forecast 5. Q-TOF Market Share Ion Trap Market Analysis 1. Outline Slide 2. Ion Trap Key Market Engineering Measurements 3. Ion Trap Market Revenue Forecast 4. Ion Trap Market Unit Forecast 5. Ion Trap Market Share Triple Quad Market Analysis 1. Outline Slide 2. Triple Quad- Key Market Engineering Measurements 3. Triple Quad Market Revenue Forecast 4. Triple Quad Market Unit Forecast 5. Triple Quad Market Share End User Survey Analysis 1. Outline Slide 2. Core Laboratory Access 3. Expenditure Changes 4. Mass Spectrometry Focus 5. Sample Volume 6. Pre MS 2D Gel Usage 7. Pre MS 1D Gel Usage 8. Mass Spectrometry Application Focus 9. Sample Types 10. Post-Translational Modifications 11. Future Purchases 12. Future Purchases II 13. Changes in MS Sample Throughput 14. Most Important Features Frost and Sullivan Awards 1. Outline Slide 2. Product Line Quality Award 3. Technology Innovation Award 4. Product Line Innovation Award Decision Support Database 1. Outline Slide 2. Biochemists and Biophysicists 3. Biological and Medical Scientists 4. Biotechnology Companies 5. Biotechnology Companies II 6. Mass Spectrometrists 7. Proteomic Centers- US 8. Proteomics Centers- ROW 9. Already Known to 2010 and Beyond Frost and Sullivan Capabilities 1. Outline Slide 2. Health Care Team 3. Our Capabilities 4. Key Advantages 5. Our Consulting Clients 6. Frost & Sullivan Growth Consulting 7. Growth Consulting Process 8. Growth Consulting Deliverables 9. Growth Partnership Services 10. Growth Partnership Service Platform AbstractLimited Data Analysis Capabilities Restrict Research ProgressInterpretation of research done on the various fields of life sciences is currently hampered by inadequate data analysis tools. As throughput increases and applications expand, so will the need for automated data analysis. Researchers continue to conduct complex studies to unearth high volumes of information and attain their research goals. Therefore, participants in the mass spectrometry (MS) market must work closely with the researchers and develop highly accurate MS instruments and enhance current offerings to cater to ever-growing research needs. This Frost & Sullivan study examines the world market for different types of MS-based life science tools. Some of the tools analyzed in this research include: matrix-assisted laser desorption/ionization-time-of-flight (MALDI-TOF) MS, Fourier-transform MS (FTMS), triple quad MS, electro spray ionization TOF (ESI-TOF) MS, quadrupole-TOF(Q-TOF) MS, and ion trap MS. New Application Areas Increase Demand for Mass Spectrometers Proteomics and relatively new metabolomics are two of the application areas making giant strides and this is driving the MS market. Innovative findings/results continue to emerge as researchers seek answers to many unanswered questions in the proteomics arena. "Many researchers are in fact shifting their focus from genomics to proteomics. This post-genomic era signified by the growing importance of metabolomics research is spurring the placement of new MS instruments," says the analyst. "Pharmacokinetics has also become a key driving force, as the compelling need to fill dry pipelines encourages continuous research and, in turn, the demand for mass spectrometers." Prolific Spending by Research Facilities Drives Growth The price range of MS systems - especially the new, advanced equipment - hovers around the $1 million mark. However, academic institutions and smaller research facilities are undeterred by such huge prices. Indeed, they are channeling more funds to procure these superior systems in an effort to generate the most informative data and be on par with large research centers.
"The fact that even academic and smaller research institutions are willing to pay premium price for procuring sophisticated equipment is a major driving factor for the MS and consumables market," says the analyst. "The inclination of researchers toward innovation and the drive to create highly efficacious solutions continues to provide fresh opportunities for new entrants, though many giants are present in this well-established market," she concludes.
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