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Cell Culture Market to Rise thanks to Increasing Utilization of Cell Cultures in Cancer Research and Production of Vaccines

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Cell culture is amongst the key tools utilized in molecular and cellular biology and presents effective models in order to study the normal biochemistry and physiology of cells and the impact of toxic compounds and drugs on the cells. Cell culture is also utilized in drug screening and large-scale manufacturing and development of biological compounds such as therapeutic proteins and vaccines.

The cell culture market has risen exponentially in the past decade and this is primarily owing to the increasing demand for biopharmaceuticals and artificial organs. Additionally, the growing utilization of cell culture models within drug discovery is also predicted to bring in new opportunities for players operating in the cell culture market.

Browse the full Report of Global Cell Culture Markethttp://www.mrrse.com/cell-culture-market

The cell culture market is segmented into cell culture instruments and cell culture consumables. Amongst these, media, sera, and reagents are the prime products within the cell culture consumables market, while incubators, pipetting instruments, culture systems, biosafety cabinets, cryostorage equipment, and roller bottle equipment are the chief products within the cell culture instruments market.

The prime application areas of cell culture and the function of cell culture in these areas have been presented as follows. The prime advantage of utilizing cell culture in any of these application areas is the reproducibility and consistency of results obtained from utilizing a batch of clonal cells:

  • Model Systems and Virology: Cell cultures are utilized as model systems for studying basic biochemistry and cell biology. In addition, cell cultures also help in studying the interaction amongst cells and pathogens such as viruses and bacteria. Furthermore, they help in studying the impact of drugs, along with studying the various triggers that cause aging. They can also be utilized for the detection and isolation of viruses and also for studying the development and growth cycles of viruses. Additionally, animal cell cultures are also utilized for producing genetically engineered proteins including insulin, hormones, and monoclonal antibodies, among others.
  • Cancer Research: The prime difference between cancer cells and normal cells can be studied utilizing animal cell culture techniques owing to the fact that both normal cells and cancer cells can be cultured in a laboratory. Normal cells are converted into cancer cells utilizing chemicals, viruses, and radiation. This way, the cause and mechanism of a particular type of cancer can be studied.
  • Production of Vaccines and Toxicity Testing: Cultured animal cells are utilized for the production of viruses. These viruses are further utilized to produce a number of vaccines. For instance, numerous vaccines for preventing deadly diseases such as rabies, polio, measles, chicken pox, and hepatitis B have been produced by utilizing animal cell cultures. Furthermore, animal cell cultures are also utilized for studying the impact of new cosmetics, chemicals, and drugs on the basis of growth and survival of numerous types of cells, termed as toxicity testing.

Browse the full Press Release of Global Cell Culture Markethttp://www.mrrse.com/cell-culture-industry

The prominent players dominant in the global cell culture market are VWR International LLC, Thermo Fisher Scientific Inc., Lonza Group Ltd., Becton, Dickinson & Co., GE Healthcare, EMD Millipore, PromoCell GmbH, Corning Life Sciences B.V., Wheaton Industries Inc., and Sigma-Aldrich Co. LLC., among others.