Flow Cytometry is a technology in biotechnology based on impedance or laser and is employed in cell sorting, cell counting, protein engineering and biomarker detection. This is done by suspending the cells in a fluid stream and then allowing them to pass through an electronic apparatus for detection purposes. It is used in the diagnosis of several health disorders, especially blood cancer and is also applied in basic research, clinical trials and various clinical practices. Microbiology domain has benefited with the introduction of flow cytometry. It is used in the analysis and measurement of several physical characteristics of chromosomes, cells etc., surrounded by suspensions heterogenic in nature. The device used to carry out flow cytometry is called flow cytometer. This device performs multi parameter analysis of the chemical as well as physical characteristics of about thousand particles every second simultaneously. Flow cytometer includes main four elements, such as lasers, fluidic systems, external computer systems and optics. Additionally, in order to collect cells, a sorting device is also used, typically referred to as cell sorter.
Flow cytometry is used to monitor microscopic particles with the help of electronic devices called flow cytometers. Flow cytometry is used in stem cell research, in the development of immunology products and vaccines and also in CD4 testing. The global flow cytometry market is influenced by various factors such as medical and technological developments in flow cytometry products, rising use of flow cytometry in clinical trials, in detection of blood cancer, in research, in launching of new reagents for critical applications such as drug discovery and diagnostics and also in development of intuitive and user-friendly software are fuelling the growth of the flow cytometry market in the forthcoming timeline. Moreover, rising prevalence of AIDS and cancer has triggered the adoption of flow cytometry technology in scientific research. This is supporting the growth of the global flow cytometry market.
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The global flow cytometry market research study includes a separate section on competitive landscape in which it focuses on the key players and their in-depth analysis including company overview, SWOT analysis, developments, innovations, key financials and product portfolios. This extensive research report covers key companies such as Miltenyi Biotec GmbH, General Electric Company, Luminex Corporation, Thermo Fisher Scientific, Inc., Bio-Rad Laboratories, Inc., Merck & Co Inc., Agilent Technologies, Inc., Sysmex Corporation, Becton Dickinson and Company and Danaher Corporation.