Cell Lysis Market continues to expand with robust research and development activities

Cells contain biomolecules such as proteins or nucleic acids present in the cytoplasm and enclosed within a membrane. Cell lysis is a process in which a cell membrane is ruptured due to some external forces or conditions such as viral infection or osmosis, resulting in the release of cell contents, thus in subsequent death of the cell. In industries and research laboratories, cell lysis is often used to break open the cell to study its internal components. The two methods through which cell lysis can be achieved include mechanical and chemical methods. Mechanical cell lysis method includes high shear mixing, sonication, freeze or thaw cycles, traditional homogenization, grinding, and high pressure homogenization whereas, chemical lysis method comprises osmotic lysis, and the use of detergents, chelating agents.

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High prevalence of infectious disease and cancer is the major factors driving growth of the global cell lysis market over the forecast period. Cell lysis is vital step for study or research in proteomics, as protein can only be extracted if the cell lysis process is conducted. Furthermore, cell lysis is crucial step required to perform for nuclear extraction, after which the DNA is modified using the recombinant DNA technology. Thus, increasing research activities on recombinant DNA technology to examine the functioning of living system by manipulating their genome for production of useful metabolite will fuel growth of the cell lysis market. For instance, recombinant DNA technology has introduced new classes of organism namely Genetically Modified Organism (GMO) or Living Modified Organism (LMO).

It can develop genetically modified crops (BT cotton), cloned animals, bio pesticides, biofuel, bioremediation, and gene therapy successfully. Various countries are also engaged in investing on research and development in healthcare. For instance, in Israel, 40% of funding is used for national, binational, government, and university research, which supports the growth of research laboratories in Middle East, in turn fueling growth of the cell lysis market. Moreover, High prevalence of various infectious diseases leads to increasing demand for cell lysis to develop new treatment options rapidly. In March 2018, Seqirus announced the plan to commercialize the novel cell-based quadrivalent influenza vaccine (QIVc) across Europe.

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Major Market Competitors: Thermo Fisher Scientific Inc., Merck & Co. Inc., Qiagen N.V., F. Hoffmann-La Roche Ltd, Becton, Dickinson and Company, Bio-Rad Laboratories, Inc., Cell Signaling Technology, Inc., and Qsonica.

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