Flow Cytometry: Products, Technologies and Global Markets

This report measures and segments the flow cytometry market on the basis of instruments, reagents, software, services, technologies, applications, and end users. Includes forecasts through 2015.

REPORT HIGHLIGHTS

THIS REPORT CONTAINS

• An overview of the flow cytometry market on the basis of instruments, reagents, software, services, technologies, applications and end users
• Analyses of global market trends, with data from 2009 and 2010, and projections of compound annual growth rates (CAGRs) through 2015
• An examination of the key instruments used in the market, including analyzers, cell sorters, detectors, measuring systems, amplification systems, immunocytometry products, fluidics and optical systems; the reagent segment includes conjugated antibodies, dyes, beads, and other consumables
• A comparison of high-throughput flow cytometry versus high-content microscopy
  Discussions of top innovations, key players and competitive analysis, as well as market potential and an opportunity analysis
• Comprehensive company profiles.

REPORT SCOPE

INTRODUCTION

This report measures and segments the flow cytometry market on the basis of instruments, reagents, software, services, technologies, applications, and end users. The key instruments that are included in the report are analyzers, cell sorters, detectors, measuring systems, amplification systems, immunocytometry products, fluidics, and optical systems. The reagent market includes conjugated antibodies, dyes, beads, and other consumables. The other markets covered in the report are the related software market, chemistry kits, and the flow cytometry services market.

STUDY BACKGROUND

Increasing research and commercialization in the field of life sciences such as proteomics, genomics, pharmacogenomics, and stem cell research have resulted in a boosting of high-throughput technologies such as the flow cytometry market. However, several constraints, such as increased equipment cost, are hindering the market growth. This report aims to present such issues that are driving and constraining the market growth, as well as probable solutions that can address such concerns. The report also highlights key needs of the market such as the importance of reducing the size and cost of flow cytometry equipment. The market forecast of the key market segments will enable the audience to quantitatively assess the flow cytometry market

STUDY GOALS AND OBJECTIVES

The key objective of the report is to offer comprehensive analysis of changing dynamics for the flow cytometry market and the relevant business impact thereof. The report provides intensive analysis with respect to top innovations, key market players, and opportunities. Market forecasting forms a very key element of this report that aims to assist the industry participant to make key business decisions. Intensive market segmentation from different dimensions provided in the report provides comprehensive market intelligence. The report also aims to shed light on novel opportunities that can enhance market share for companies involved in flow cytometry.

INTENDED AUDIENCE

The key audience for this study includes:

• R&D directors, CEOs, and marketing managers of flow cytometry and allied technology manufacturers and service providers.
• Universities.
• Research centers.
• Consulting firms.

The study will enable the audience to understand the changing market scenario and acceptance levels of the technology. The life sciences industry will utilize the data to understand the benefits and restraints of flow cytometry technologies in working toward greater market penetration.

SCOPE AND FORMAT

The key content of the report highlights:

• Key market analysis
• Strategic recommendations
• Market dynamics
• Market estimation for a forecasted period of 2010 through 2015
• Competitive developments
• Profiles of key market players
• Patents

RESEARCH METHODOLOGY AND INFORMATION SOURCES

Both primary and secondary research methodologies were used in preparing this study. Because there is a chain of markets involved in the report, the markets have been assessed via the top-down method. The macro markets have been analyzed and qualitative information was taken into consideration for forecasting the market values of the segments. The historic and base numbers were derived from both primary and secondary sources. These numbers were further distributed to the micro segments that were effectively validated by the market players and the secondary sources. The other contents of the report were derived from the primary research that includes key market participants, key opinion leaders, and research institutes. Secondary data was gathered from paid sources such as Factiva and OneSource and other free sources such as SEC filings and company websites.

Table of Contents :

Chapter- 1: INTRODUCTION
STUDY BACKGROUND
STUDY GOALS AND OBJECTIVES
INTENDED AUDIENCE
SCOPE AND FORMAT
RESEARCH METHODOLOGY AND INFORMATION SOURCES
ABOUT THE ANALYST
RELATED BCC REPORTS
BCC ONLINE SERVICES
DISCLAIMER

Chapter- 2: SUMMARY 6
MARKET DRIVERS
RESTRAINTS
OPPORTUNITIES

Chapter- 3: MARKET OVERVIEW 15
EVOLUTION OF FLOW CYTOMETRY
FLOW CYTOMETRY CAPABILITY ANALYSIS
ANALYSES: KEY PLAYER, COMPETITOR, AND MARKET
EMERGING ECONOMIES AND TECHNOLOGY ADOPTION
STRATEGIC RECOMMENDATIONS
PATENT ANALYSIS
Figure 5 : PATENT ANALYSIS BY TYPE OF PRODUCT, 2008-2010
Table L 5 :
Figure 6 : PATENTS BY GEOGRAPHY, 2008-2010
Table L 6 :

Chapter- 4: FLOW CYTOMETRY PRODUCTS MARKET 21
INSTRUMENTS MARKET
DRIVERS AND RESTRAINTS

Chapter- 5: FLOW CYTOMETRY APPLICATION MARKET 17
DRIVERS AND RESTRAINTS
RESEARCH APPLICATIONS
CLINICAL APPLICATIONS
Table 35 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATIONS MARKET, THROUGH 2015
Table 36 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATION MARKET BY GEOGRAPHY, THROUGH 2015

Chapter- 6: CYTOMETRY TECHNOLOGY MARKET
CELL-BASED FLOW CYTOMETRY
BEAD-BASED FLOW CYTOMETRY
Table 45 : GLOBAL FLOW CYTOMETRY BEAD-BASED TECHNOLOGY MARKET BY GEOGRAPHY, THROUGH 2015

Chapter- 7: FLOW CYTOMETRY END-USER MARKET FLOW CYTOMETRY 8
COMMERCIAL ORGANIZATIONS
HOSPITALS
MEDICAL SCHOOLS AND CLINICAL TESTING LABS
OTHERS
Table 52 : GLOBAL OTHERS END-USER MARKET, BY GEOGRAPHY THROUGH 2015

Chapter- 8: COMPETITIVE LANDSCAPE 5
INSIGHTS ON RECENT FLOW CYTOMETRY INDUSTRY DEVELOPMENTS

Chapter- 9: GEOGRAPHICAL ANALYSIS 5
UNITED STATES
EUROPE
ASIA AND ROW
Table 55 : ASIA AND ROW FLOW CYTOMETRY MARKET, THROUGH 2015

Chapter- 10: COMPANY PROFILES 39
ADVANCED ANALYTICAL TECHNOLOGIES, INC.
ALPCO DIAGNOSTICS
AMNIS CORPORATION
APOGEE FLOW SYSTEMS
APPLIED CYTOMETRY
BANGS LABORATORY, INC. (BLI)
BECKMAN COULTER, INC.
BECTON, DICKINSON AND COMPANY
BIOCYTEX
BIOLEGEND
BIO-RAD
BIOVISION, INC.
CELL SIGNALING TECHNOLOGY (CST)
CYTEK DEVELOPMENT, INC.
DAKO DENMARK A/S
EBIOSCIENCE INC.
INTELLICYT CORPORATION
LIFE TECHNOLOGIES CORPORATION/INVITROGEN LIFE SCIENCE
LUMINEX CORP
MILLIPORE
MILTENYI BIOTEC
MORPHOSYS AG/ABD SEROTEC
PARTEC GMBH
POINTCARE TECHNOLOGIES, INC.
PROMEGA CORPORATION
R&D SYSTEMS, INC.
SANTA CRUZ BIOTECHNOLOGY, INC.
SIGMA-ALDRICH CORPORATION
SOUTHERN BIOTECH
UNION BIOMETRICA INC.

Chapter- 11: APPENDIX: LIST OF PATENTS 9
Table 78 : U.S. PATENTS
Table 79 : EUROPE PATENTS
Table 80 : JAPAN PATENTS

List of Tables

Summary Table : GLOBAL FLOW CYTOMETRY MARKET BY PRODUCT, THROUGH 2015
Table 1 : GLOBAL FLOW CYTOMETRY PRODUCTS MARKET BY GEOGRAPHY, THROUGH 2015
Table 2 : GLOBAL FLOW CYTOMETRY INSTRUMENTS MARKET, THROUGH 2015
Table 3 : GLOBAL FLOW CYTOMETRY INSTRUMENTS MARKET BY GEOGRAPHY, THROUGH 2015
Table 4 : GLOBAL FLOW CYTOMETRY PLATFORMS MARKET, THROUGH 2015
Table 5 : GLOBAL FLOW CYTOMETRY PLATFORMS MARKET BY GEOGRAPHY, THROUGH 2015
Table 6 : GLOBAL FLOW CYTOMETRY PLATFORMS – SORTERS MARKET BY GEOGRAPHY, THROUGH 2015
Table 7 : GLOBAL FLOW CYTOMETRY PLATFORMS – ANALYZERS MARKET BY GEOGRAPHY, THROUGH 2015
Table 8 : GLOBAL FLOW CYTOMETRY REPLACEABLE COMPONENTS MARKET, 2008 THROUGH 2015
Table 9 : GLOBAL FLOW CYTOMETRY REPLACEABLE COMPONENTS MARKET BY GEOGRAPHY, THROUGH 2015
Table 10 : GLOBAL FLOW CYTOMETRY REPLACEABLE COMPONENTS FILTERS MARKET BY GEOGRAPHY, THROUGH 2015
Table 11 : GLOBAL FLOW CYTOMETRY REPLACEABLE COMPONENTS − LASER MARKET BY GEOGRAPHY, THROUGH 2015
Table 12 : GLOBAL FLOW CYTOMETRY REPLACEABLE COMPONENTS − DETECTORS MARKET BY GEOGRAPHY, THROUGH 2015
Table 13 : GLOBAL FLOW CYTOMETRY REPLACEABLE COMPONENTS − OTHER MARKETS BY GEOGRAPHY, THROUGH 2015
Table 14 : GLOBAL FLOW CYTOMETRY − INSTRUMENTS AND ACCESSORIES BY GEOGRAPHY, THROUGH 2015
Table 15 : GLOBAL FLOW CYTOMETRY − REAGENTS MARKET, THROUGH 2015
Table 16 : GLOBAL FLOW CYTOMETRY REAGENTS BY GEOGRAPHY, THROUGH 2015
Table 17 : GLOBAL FLOW CYTOMETRY REAGENTS − ANTIBODIES BY GEOGRAPHY, THROUGH 2015
Table 18 : GLOBAL FLOW CYTOMETRY REAGENTS – DYES MARKET BY GEOGRAPHY, THROUGH 2015
Table 19 : GLOBAL FLOW CYTOMETRY REAGENTS – BEADS MARKET BY GEOGRAPHY, THROUGH 2015
Table 20 : GLOBAL FLOW CYTOMETRY REAGENTS – OTHERS MARKET BY GEOGRAPHY, THROUGH 2015
Table 21 : GLOBAL FLOW CYTOMETRY SOFTWARE MARKET BY PRODUCT, THROUGH 2015
Table 22 : GLOBAL FLOW CYTOMETRY SOFTWARE MARKET BY GEOGRAPHY, 2008 THROUGH 2015
Table 23 : GLOBAL FLOW CYTOMETRY SOFTWARE MARKET – WITH SYSTEM BY GEOGRAPHY, THROUGH 2015
Table 24 : GLOBAL FLOW CYTOMETRY SOFTWARE MARKET – THIRD-PARTY BY GEOGRAPHY, THROUGH 2015
Table 25 : GLOBAL FLOW CYTOMETRY SERVICE MARKET BY GEOGRAPHY, THROUGH 2015
Table 26 : GLOBAL FLOW CYTOMETRY MARKET BY APPLICATIONS, THROUGH 2015
Table 27 : GLOBAL FLOW CYTOMETRY APPLICATIONS MARKET BY GEOGRAPHY, THROUGH 2015
Table 28 : GLOBAL FLOW CYTOMETRY RESEARCH APPLICATIONS MARKET, THROUGH 2015
Table 29 : GLOBAL FLOW CYTOMETRY RESEARCH APPLICATIONS MARKET, BY GEOGRAPHY, THROUGH 2015
Table 30 : GLOBAL CELL ANALYSIS AND CELL PROLIFERATION MARKET BY GEOGRAPHY, THROUGH 2015
Table 31 : GLOBAL APOPTOSIS MARKET BY GEOGRAPHY, THROUGH 2015
Table 32 : GLOBAL CELL SORTING MARKET BY GEOGRAPHY, THROUGH 2015
Table 33 : GLOBAL CELL VIABILITY AND TRANSFECTION MARKET BY GEOGRAPHY, THROUGH 2015
Table 34 : GLOBAL FLOW CYTOMETRY MARKET − OTHER, BY GEOGRAPHY, THROUGH 2015
Table 35 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATIONS MARKET, THROUGH 2015
Table 36 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATION MARKET BY GEOGRAPHY, THROUGH 2015
Table 37 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATION – ORGAN TRANSPLANT MARKET BY GEOGRAPHY, THROUGH 2015
Table 38 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATION – HEMATOLOGY MARKET BY GEOGRAPHY, THROUGH 2015
Table 39 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATION – CANCER AND TUMOR IMMUNOLOGY MARKET BY GEOGRAPHY, THROUGH 2015
Table 40 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATION – HIV MARKET BY GEOGRAPHY, THROUGH 2015
Table 41 : GLOBAL FLOW CYTOMETRY CLINICAL APPLICATIONS – OTHERS MARKET BY GEOGRAPHY, THROUGH 2015`
Table 42 : GLOBAL FLOW CYTOMETRY MARKET BY TECHNOLOGY, THROUGH 2015
Table 43 : GLOBAL FLOW CYTOMETRY TECHNOLOGY MARKET BY GEOGRAPHY, THROUGH 2015
Table 44 : GLOBAL FLOW CYTOMETRY CELL-BASED TECHNOLOGY MARKET BY GEOGRAPHY, THROUGH 2015
Table 45 : GLOBAL FLOW CYTOMETRY BEAD-BASED TECHNOLOGY MARKET BY GEOGRAPHY, THROUGH 2015
Table 46 : GLOBAL FLOW CYTOMETRY MARKET BY END USERS, THROUGH 2015
Table 47 : GLOBAL FLOW CYTOMETRY END-USERS MARKET BY GEOGRAPHY, THROUGH 2015
Table 48 : GLOBAL FLOW CYTOMETRY – COMMERCIAL END-USER MARKET BY GEOGRAPHY, THROUGH 2015
Table 49 : GLOBAL FLOW CYTOMETRY − ACADEMIC END-USER MARKET BY GEOGRAPHY, THROUGH 2015
Table 50 : GLOBAL FLOW CYTOMETRY − HOSPITAL END-USER MARKET BY GEOGRAPHY, THROUGH 2015
Table 51 : GLOBAL END-USER MARKET – MED SCHOOLS/CLINICAL LABS MARKET BY GEOGRAPHY, THROUGH 2015
Table 52 : GLOBAL OTHERS END-USER MARKET, BY GEOGRAPHY THROUGH 2015
Table 53 : U.S. FLOW CYTOMETRY MARKET, THROUGH 2015
Table 54 : EUROPE FLOW CYTOMETRY MARKET, THROUGH 2015
Table 55 : ASIA AND ROW FLOW CYTOMETRY MARKET, THROUGH 2015
Table 56 : RECENT DEVELOPMENTS − ADVANCED ANALYTICAL TECHNOLOGIES
Table 57 : RECENT DEVELOPMENTS - ALPCO DIAGNOSTICS
Table 58 : RECENT DEVELOPMENTS − AMNIS CORPORATION
Table 59 : RECENT DEVELOPMENTS − APPLIED CYTOMETRY
Table 60 : RECENT DEVELOPMENTS − BANGS LABORATORY INC. (BLI)
Table 61 : RECENT DEVELOPMENTS − BECKMAN COULTER, INC.
Table 62 : RECENT DEVELOPMENTS − BECTON, DICKINSON AND COMPANY
Table 63 : RECENT DEVELOPMENTS - BIOLEGEND
Table 64 : RECENT DEVELOPMENTS − BIO-RAD
Table 65 : RECENT DEVELOPMENTS − CELL SIGNALING TECHNOLOGY (CST)
Table 66 : RECENT DEVELOPMENTS − DAKO
Table 67 : RECENT DEVELOPMENTS – EBIOSCIENCE
Table 68 : RECENT DEVELOPMENTS − INTELLICYT CORPORATION
Table 69 : RECENT DEVELOPMENTS − LIFE TECHNOLOGIES CORPORATION/INVITROGEN LIFE SCIENCE
Table 70 : RECENT DEVELOPMENTS − LUMINEX CORP.
Table 71 : RECENT DEVELOPMENTS − MILLIPORE
Table 72 : RECENT DEVELOPMENTS − MILTENYI BIOTEC
Table 73 : NEW PRODUCTS − MILTENYI BIOTECH
Table 74 : RECENT DEVELOPMENTS − MORPHOSYS/ABD SEROTEC
Table 75 : RECENT DEVELOPMENTS − POINTCARE TECHNOLOGIES, INC.
Table 76 : RECENT DEVELOPMENTS - PROMEGA CORPORATION
Table 77 : RECENT DEVELOPMENTS − SIGMA-ALDRICH CORPORATION
Table 78 : U.S. PATENTS
Table 79 : EUROPE PATENTS
Table 80 : JAPAN PATENTS

List of Figures

Summary Figure : GLOBAL FLOW CYTOMETRY MARKET BY PRODUCT, 2008-2015
Figure 1 : FLOW CYTOMETRY IMMUNOPHENOTYPING VERSUS CONVENTIONAL MICROSCOPY-BASED IMMUNOPHENOTYPING TECHNIQUES
Figure 2 : DISEASE, DIAGNOSIS, AND MANAGEMENT POTENTIAL OF FCT IMMUNOPHENOTYPING
Figure 3 : GLOBAL FLOW CYTOMETRY MARKET, BY PRODUCT
Figure 4 : MARKET PLAYER ANALYSIS − STRATEGIES AND DEVELOPMENTS
Figure 5 : PATENT ANALYSIS BY TYPE OF PRODUCT, 2008-2010
Figure 6 : PATENTS BY GEOGRAPHY, 2008-2010
Figure 7 : GLOBAL FLOW CYTOMETRY – END-USER MARKET 2010 AND 2015
Figure 8 : DEVELOPMENTS IN GLOBAL FLOW CYTOMETRY MARKET, 2008-MARCH 2011
Figure 9 : TOTAL FLOW CYTOMETRY MARKET BY GEOGRAPHY, 2010 VERSUS 2015