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3D Cell Culture Market Overview:The global 3D cell culture market size of attaining a 25.50% CAGR during the forecast period of 2017 to 2023. Market Research Future (MRFR) discussed in the report, several factors that can ensure a better prospect for the market.
The 3D cell culture market size can depend on factors like the rising prevalence of cancer, growing demand for better treatment support, pressure on the pharmaceutical companies, government initiatives to promote better research and development facilities, the inclusion of products in the mainframe to boost research works, and others. However, the high cost associated with it has the chance of restraining the normal growth rate of the market. Also, budget constraints due to COVID-19 can deter market growth.
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Treatment of chronic diseases and advances in microfluidics can culminate in heavy demand for the global market. Biocompatible nature of 3D scaffolds as well as the use of synthetic and natural materials of its manufacture can direct the formation of tissues. Development of digital tools for expediting the rate of cellular growth is likely to pave the way for new growth opportunities. Emergence of lab-on-a-chip (LoC) technology will bolster the demand for 3D cell environments in the coming years.
Advances in organ and tissue regeneration and drug toxicology screening can drive market demand exponentially. The benefits of 3D cell culture in comparison to 2D cell culture are likely to work in favor of the market. Adoption of in-vivo models and development of advanced assays can positively impact the global 3D cell culture market.
3D Cell Culture Market Segmentation:
The global 3D cell culture market, as studied by MRFR research experts, has been segmented by product, application, technique, and end-user. This is expected to reveal several insights regarding the market that can help in a proper assessment. In addition, this can provide scope to study various 3D cell culture market dynamics. The gained 3D cell culture market insights can help in finding opportunities that can boost the profit margin.
By basic technique, the global 3D cell culture market has been segmented into Scaffolds Based 3D Cell Culture and Scaffold-Free 3D Cell Culture.
By product, the global study on the 3D cell culture market has been studied on the basis of consumables and instruments.
By application, the 3D cell culture market reveals various segments like stem cell research, cancer research, regenerative medicine, tissue screening & engineering, drug discovery, and others.
By end users, the study on the 3D cell culture market reveals incorporation of segments like research & academic laboratories, contract research organizations, pharmaceutical & biotechnology companies, and others.
3D Cell Culture Market Regional Analysis:
The Americas is expected to take command of the global market. This market has been studied on the basis of North and South America. North America has the US and Canada with its superlative market structures and an influx of investment, which is boosting the regional market growth. In Europe, the trend will be triggered by the UK, France, Germany, Russia, and Italy among others.
3D Cell Culture Market Competitive Landscape:
The close study of the 3D Cell Culture Market trends reveals the involvement of companies like Lonza, Corning Incorporated, Thermo Fisher Scientific Inc, Becton, Dickinson and Company, Merck KGaA, Kuraray Co Ltd, and others. These companies are profiting from their strategic moves, which often include traditional one's like mergers, acquisitions, innovations, partnerships, structural facilities for research and development and others that digress more from the conventional ways like branding, marketing strategies, and product launch. These factors have been studied by MRFR and their recent contributions have been included to get a comprehensive picture of how the market is moving forward.
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3D Cell Culture Industry News:
CELLINK announced that it is collaborating with Lonza and they would offer their advanced 3D bioprinting solution that would assist the 3D cell culture workflow of Lonza. The solution has, at its core a blend of CELLINK’s 3D bioprinting instruments and bioinks with primary cells and culture media of Lonza.
faCellitate, a Life Science Venture Team known to be a part of BASF’s Chemovator GmbH, has been developing various interactive surface coatings to bolster the needs for advanced cell technologies and regenerative medicine. Recently, it made an announcement regarding the launch of its product BIOFLOAT™. This is a fast and easy-to-use surface coating for 3D cell culture. It creates the optimal conditions to help the study of the 3D culture of multicellular spheroids
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