The global cell separation technologies market is expanding at a high CAGR of 9.7% within a forecast period of 2013 to 2019. This market was valued at US$1.7 bn in 2012, and owing to the multiple factors that are responsible for its proliferation, is expected to reach US$3.3 bn by the end of 2019

Albany, NY -- (SBWire) -- 01/04/2017 --Right from the start of modern biology, the procedure of cell separation from biological samples has every time been a vital task. The progress made in cell separation technologies and immunology is incredible. Today, thanks to the advancements in the technology, researchers use innovative equipment for cell separation procedures. The recent progress in cell separation technologies is supported by developments in sorting devices.

Recent advancements in single cell separation technologies are offering the opportunity to distinguish biological insights in individual cells. Key companies are focusing on adopting new trends in cell separation technologies, which will boost its use in cancer research and stem cell research. Transparency Market Research (TMR) in its new report states that the global cell separation technologies market stood at US$1.7 bn in 2012 and is predicted to reach US$3.3 bn by 2019, progressing at a 9.70% CAGR from 2013 to 2019.

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Cell separation techniques are a core set of utilities within biology and are used across diverse fields in medicine. The uses of cell separation techniques can vary from regenerative medicine to tissue engineering. The global cell separation technologies market provides a primarily research-based insight into the cellular structures, allowing researchers to perform cell sorting and advance their studies in regenerative medicine, finding a solution for HIV, fighting cancer cells, and many other medical issues that are highly prevalent in today's society.

According to the report, the key reason for the growth of the global cell separation technologies market is the growing prevalence of chronic diseases, which have led to a high mortality rate across the world. Cell separation is therefore used on a larger scale today in order to resolve these key medical issues. Therefore, the global cell separation technologies market is being boosted immensely as research and development efforts continue to expand.

Other factors promoting the growth of the global cell separation technologies market are the advancements in technology that have created an increased scope of use for these techniques, and a growing patient pool which largely consists of an increasing number of geriatric patients.

The report divides the global cell separation technologies market on the basis of technology, application, and geography.

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In terms of technology, the global cell separation technologies market is divided into gradient centrifugation and surface marker-based separation. The latter was named as the dominant technology in the market for 2012, when it held a share of 42.5%. One of the sub-segments of marker-based separation is fluorescence activated cell sorting technology, or FACS. This sub-segment is expected to grab a bigger market share over the report's forecast period, owing to an increase in the use of this technology for the purpose of research fields that are sensitive to cell purity.

In terms of application areas, the global cell separation technologies market was dominated by stem cell research in 2012.

The report's geographical perspective on the global cell separation technologies market reveals North America to be the leading region for 2012, owing to a high rate of advancement in using cell separation techniques to fight the rising prevalence of chronic diseases. The greater potential, however, is held by Asia Pacific. The Asia Pacific cell separation technologies market is growing at an accelerated pace, thanks to increasing healthcare expenditure, improved government incentives, and a rapidly evolving healthcare infrastructure.

The key players in the global cell separation technologies market, as discussed in the report, include Terumo BCT, Inc., STEMCELL Technologies, Inc., pluriSelect GmbH, Miltenyi Biotec GmbH, Merck Millipore, Life Technologies Corporation, and BD Biosciences.