During the forecast period, the worldwide cell fractionation market is expected to grow at a CAGR of 10.50 percent. By 2027, the market is expected to have grown to USD 5.83 billion from USD 3.54 billion in 2022.
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COVID-19 has a significant impact on the cell fractionation business, particularly in terms of economics. COVID-19 has a financial influence on the cell fractionation market. Furthermore, the COVID-19 pandemic has an impact on the manufacturing supply chain. The market for cell fractionation will recoup the losses caused by the epidemic. In the future years, the cell fractionation market will be on pace.
The global cell fractionation market is being driven by factors such as government support for research, the rise of the biotechnology and biopharmaceutical sectors, rising sickness prevalence, and a growing focus on tailored medicine.
Increased government funding for research, increasing biotechnology and biopharmaceutical markets, a high prevalence of illnesses, and a growing emphasis on personalised therapy are driving this business. Because of increased government investment and an ageing population, North America accounted for the greatest share of the global market in 2020. Researchers utilise disruptive cells to examine the architecture and organisation of organelles, as well as to develop new cell therapies and other cell-based treatments. Various government organisations have expanded funding for cell-based science research due to its importance. As a result, several government entities have stepped up to provide financial aid in the form of investments and funds. Furthermore, in today’s climate, there is a considerable growth in infectious diseases, which is hastening market expansion.
The cell fractionation/cell fractionation business is predicted to grow substantially in emerging countries. Chronic disease prevalence has risen, scientific technology has advanced, and supportive regulations for cell-based research in developing nations have all played a role. Because of increased investments in cell-based science by businesses and governments, as well as the expanding frequency of diseases like HIV/AIDS and cancer, mammalian cells are the most commonly fractionated cell types. As a result, major industry companies are increasing their presence in growing markets like China by building new facilities and R&D and innovation centres there. To improve their position in the future, some of the major players, such as Thermo Fisher Scientific Inc. (US) and Merck KGaA (Germany), have implemented a variety of growth strategies, including mergers and acquisitions, new product releases, extensions, alliances, joint ventures, collaborations, and others.
According to the GLOBOCAN, there were around 19,292,789 new cases of cancer reported worldwide in 2020, with approximately 9,958,133 fatalities.
In addition, the World Cancer Research Fund estimates that there were 18 million cancer cases worldwide in 2018. The most frequent cancers worldwide were discovered to be lung and breast cancers. Furthermore, as the prevalence of infectious diseases and malignancies rises, cell samples are increasingly being used in medication research and development, resulting in favourable growth for the cell fractionation industry.
Personalized medicine is one of the most recent discoveries in gene-related research that provides patients with custom-tailored treatments based on their particular needs, which has enormous implications in illness prevention, diagnosis, prognosis, and therapy. Protein or nucleic acid analysis has been discovered to be the most important factor in developing creative solutions for clinical practises such as personalised medicine, where cell fractionation plays a key part.
Some of the challenges in the cell fractionation sector are the high cost or expense of cell-based research. Those that provide cell-based research or public services should invest heavily. A scarcity of skilled labour also limits the market’s growth rate. A lack of competent specialists is a major stumbling problem in the Cell Fractionation industry. Furthermore, in the Cell Fractionation industry, new entrant survival is operating as a restraint.
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KEY MARKET INSIGHTS:
- The consumables sector accounts for the biggest share of the global market by product. Chemical cell disruption is the most common application for enzymes, which account for a large share of the reagents and kits market. Sonicator has the highest share of the Cell Fractionation market because to reasons such as the increase in cell fractionation utilisation due to instrument division. Furthermore, the high cost of Sonicators is a major limitation on the cell fractionation market.
- In terms of geography, the cell fractionation market in North America has witnessed a lot of activity. The regional market has seen a significant growth in research into developing innovative lysis procedures, as well as the introduction of new equipment and reagents. Factors such as an ageing population and growing government investment in the region’s governments are driving growth in the North American region. Furthermore, in the North American region, rising disease prevalence and rates, as well as rising research and development expenditures, are boosting demand for an advanced R&D scenario across all life sciences industries. As a result, the ongoing expansion of the healthcare infrastructure in the United States, as well as an increase in the patient population, present more opportunity for clinical laboratories to expand, assisting market growth. Furthermore, the increasing need for cell-based therapy in cancer treatment is expected to propel the cell fractionation market forward. Lung and breast cancers were discovered to be the most common cancers worldwide. Furthermore, as the prevalence of infectious diseases and cancers rises, cell samples are increasingly being used in drug research and development, resulting in positive growth for the North American cell fractionation market.
- With the rise in COVID-19, lab testing procedures increased, which was expected to accelerate the growth of the cell fractionation market. Furthermore, scientists studying the COVID-19 cellular response and developing vaccines are creating a tremendous need for cell fractionation devices and reagents. As a result, the market has benefited from the increased research.
- The growing need for cell-based therapy for cancer treatment is likely to boost the cell fractionation market’s growth. In addition, the rising prevalence and incidence of numerous diseases, as well as rising research and development investment in the North American region, are driving the demand for a more advanced R&D scenario in all areas of life sciences. According to the Pharmaceutical Research and Manufacturers Association (PhRMA), US companies execute more than half of global pharmaceutical R&D in 2018. In 2018, the United States invested around USD 79.6 billion in biopharmaceutical R&D.
- In 2020, Europe had the second-largest proportion of the worldwide market. The need for cell fractionation in the region is influenced by an increasing number of cultured cell treatments for commercially diagnostic and research reasons. The demand to isolate subcellular proteins from cultured cells is a critical breakthrough in this domain. Furthermore, the demand for pure cellular fractions has encouraged the development of novel technologies, expanding the alternatives available to cell fractionation market participants.
- Furthermore, the increased prevalence of chronic diseases, improved research infrastructure in Germany and the United Kingdom, and favourable rules for cell-based research to develop novel products can all help move the business forward. Furthermore, government and corporate investments have increased significantly in order to encourage the manufacturing and supply of medical supplies required to treat chronic diseases, accelerating the industry.
- The cell fractionation market is dominated by European companies. However, Europe can be related to the rising stem cell and cancer research efforts, as well as the expanding biotechnology and pharmaceutical sectors.
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SEGMENTS INCLUDED IN THIS REPORT:
- Detergent Solutions
By Cell Type:
By End User:
- Research Laboratories
- Biotechnology Companies
- North America
- Latin America
- Middle East & Africa
Browse Regional Reports:
- North America Cell Fractionation Market
- Europe Cell Fractionation Market
- APAC Cell Fractionation Market
- Latin America Cell Fractionation Market
- MEA Cell Fractionation Market
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