Cell Culture Market Size, Share, Statistics & Trends Analysis

BENGALURU, India - April 30, 2023 - PRLog -- The global cell culture market accounted for USD 16,107.7 million in 2019 and is expected to reach USD 36,926.8 million by 2027, registering a CAGR of 10.9% from 2020 to 2027. The expanding use of cell cultures in research is one of the industry's main drivers, along with the rising incidence of cancer and chronic disorders.

The market's growth will be aided in the coming years by rising investments in drugs based on cell culture.

The increasing technological advancements in cell culture research will lead to an increase in the cell culture industry.

The severity of the cancer situation is a major hindrance to the pharmaceutical and healthcare sectors. In 2020, cancer will be the leading cause of mortality with an estimated 10 million deaths, or one in every six people. Therefore, government organizations are expanding financing for biomedical research in order to better understand cancer cells and create potent anti-cancer drugs. Research is increasingly concentrating on 3D cell constructions that either use an attached substrate or an anchoring method. Numerous anti-cancer therapies have been developed using tumor cells grown in a 3D environment as the basis. Sensitivity to drugs or natural substances can provide a good picture of the molecular activity inside intracellular structures.

The advent of omics technology and metagenomics encouraged the development of cell line architectures for discovering cellular mutations, alterations, and genetic variants. Extracellular vesicles in particular hold great potential for the development of stem cell-based therapeutics and the treatment of a wide range of disorders. This will hasten the expansion of the cell culture industry in the coming years. Numerous biological aspects, such as functionalization, aggregation, organoids, etc., are the subject of research. Then comes medium composition optimisation, which takes into account viscosity, osmolarity, and xeno-free compounds. The chemical and physical properties are also looked at, along with mechanical loading, cytokine preconditioning, oxygen content, and feeding strategies.

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