The presence of cryopreserving agents such as dimethylsulfoxide (DMSO) allows slower cooler rate and reduce the rate of ice crystal formation.
New York, NY -- (SBWIRE) -- 07/06/2017 -- Cell culture are prone to genetic drift, which are susceptible to microbial contamination. The microbial contamination can lead to experiment failure in laboratories. Beside the cell line are very valuable resource and replacing the cell line will be too costly and time consuming during the experimentation. The best method to store cell line with minimum cost is freezing. The freezing method will enable the long term storage of cell which can be utilized when required in the laboratories. When the small surplus are available for sub culturing, it should be frozen as seed stock therefore duplicates can be obtain when require during experimentation. Cryopreserving is the most widely used method for the preservation of cell culture. In cryopreserving method the cell lines are stored in liquid nitrogen to avoid the microbial contamination. The presence of cryopreserving agents such as dimethylsulfoxide (DMSO) allows slower cooler rate and reduce the rate of ice crystal formation.
The rise in research and development by biotech and pharmaceutical companies throughout the globe is the primary factor driving the growth of cell culture freezing market. The increasing studies in academic and research organization in the field such as cell biology and microbiology will upsurge the growth of the market. Technological advancements leading to demand for higher quality product and increasing need of customized product offering will propel the growth of cell culture freezing market. The high cost associated with installation and maintenance of cryopreserver will hinder the growth of cell culture freezing market to some extent. Besides that, lack of skilled professional in less developed countries will also hamper the growth of cell culture freezing market.
The global Cell Culture Freezing market is classified on the basis of product type, application and region
Based on product type, cell culture freezing market is segmented into following,
Based on application, cell culture freezing market is segmented into following
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The cell culture freezing market is expected to show robust growth over the forecast period due increasing reach and development by manufacturing companies. The rise in scientific study on tissue engineering and toxicity testing will propel the growth of cell culture freezing market. The cell culture freezing market are classified on the basis of product type and application. On the basis on product type cell culture freezing market is classified as incubators, pipetting instruments, cryo storage equipment on others. Cryo storage equipment is expected to be most valued segment for cell culture freezing market over the forecast period. On the basis of application cell culture freezing market is classified as drug development, tissue culture, toxicity testing and others.
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On the basis on regional presence cell culture freezing market is classified as North America, Latin America, Europe, Asia-Pacific, and Middle East & Africa. North America is expected to be most lucrative region for cell culture freezing market. After North America cell culture freezing market is followed by Europe and Asia-Pacific. In Asia-Pacific region India and China are the major market due to rising research and development in these countries.
Some of the key players across the value chin of cell culture freezing market are Merck KGaA, Thermo Fisher Scientific, Inc., Nippon Genetics, Miltenyi Biotec, Mediatech, Inc., General Electric Company, BioLifeSolutions, Inc., HiMedia Laboratories, and PromoCell GmbH.
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