LOS ANGELES, July 17, 2019 (GLOBE NEWSWIRE) -- The global cell lysis & disruption market value is accounted to reach US$ 5.8 billion by 2026 and growing at CAGR above 8.5% over the forecast period 2019 to 2026.
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The removal of biologic materials and its use in several downstream apps for the purposes of studies is one of the main steps in biological studies. A number of sectors, from pharmaceuticals to food, cosmetics and biotechnology use cell lysis. It breaks open cells to bypass shear forces that may denature or degrade proteins and cell DNA. There have been many methods to accomplish effective cell disturbance such as the use of separate cell lysis reagents for mechanical homogenisation, ultrasound or chemical disturbance. The increasing demand for effective machinery to dissociate tumor tissues resulted in the growth of new microfluid products. In effective dissociation of tumor tissues in single cells, microfluidic systems are helpful to increase the cell recovery in terms of amount and purity.
One of the recent gene-related researches to provide individual-customized treatments based on patients' particular requirements, which has significant importance in disease prevention, diagnosis, forecasting and therapy is Personalized Medicine or Precision Medicine. Protein or nuclear acid assessment is of the utmost significance for developing creative alternatives for clinical procedures, for example, cell lysis.
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Personalized medicine market is anticipated to get propelled through the incorporation of genetics, molecular profiles and clinical characteristics via human genome research that further helps to determine best treatment option which in turn is expected to fuel the cell lysis market in future periods. Other factors contributing to the cell lysis market are growing expenditure in the research and development sector and increasing application of pharmaceuticals and biopharmaceutical industries.
Technological advances in cellular organel release processes paved the way for the increased implementation of cell disturbance techniques. With biopharmaceuticals recovery and purification resulting in cell disturbance, an increase in demand would result in subsequent market growth. Moreover, progress in the areas of proteomics, metabolomics, and personalized medicine should fuel gradual improvements in the industry. The elevated price of equipment combined with the lack of qualified experts is nevertheless anticipated to some extent to restrict income generation.
Extending biopharmaceutical products would also offer new market growth pathways, since biopharmaceuticals are recovered and purified by cell lysis and disorder. In addition, biotech procedures are anticipated to drive business advancement in pharmaceutical, agricultural and bio-services sectors as cell lysis is of major significance in the bioprocess process.
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Key Players & Strategies
Some of the key players are Thermo Fisher Scientific, Inc.; Danaher Corporation; F. Hoffmann-La Roche Ltd; Bio-Rad Laboratories, Inc.; Miltenyi Biotec GmbH; Qiagen NV; Merck KGaA; Becton Dickinson & Company (BD); Microfluidics International Corporation; Claremont BioSolutions, LLC; BioVision, Inc.; Parr Instrument Company; Covaris, Inc.; and Qsonica LLC. Competitive market dynamics arise through strategic initiatives, which include fusion and acquisitions, partnerships and joint ventures. They focus on implementing development policies such as product portfolio development, mergers and purchases, and advertising activities in order to enhance their presence in unexploited markets worldwide. These companies offer a broad variety of products and have a large worldwide distribution system. Small players, particularly in Asian emerging markets, also enter the market. However, the market penetration of fresh entrants will be reduced by strict legislative structure and high quality standards set by market leaders.
In September 2017, Maximator GmbH and the University of Zurich developed HPL6 high pressure homogenizer and the operating director is based on the French press principle. Among several available microfluidic technologies, one study by Jae-Chern Yoo et al. proposed the design, as one of the most outstanding platforms for automated chemical cell lysis, of a centrifugal micro-fluidic chip known as Lab-on - a-Disk (LOD).
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