3D cell culture allows interaction between
biological cells and their surroundings on a three-dimensional scale. This
ensures an influx of more physiologically-relevant information than before and
its accuracy is even better than the previous methods. Toxicological screening
of drugs, increasing research investments for chronic diseases like cancer,
improvement in the maintenance of organ transplantation, and others.
The global market report on the 3D Cell Culture Market
Trends as published by Market Research Future (MRFR),
suggests a growth possibility by 25.50% CAGR between 2017
and 2023, which can be taken in for the review as the forecast period.
3D cell cultures are cell cultures where the
organism is allowed to grow in all three directions, replicating the natural
growth patterns of the organism. In contrast, 2D cell culture media such as
petri dishes do not allow for 360-degree growth of the organism’s cell clusters,
leading to a more limited understanding of the organism, its propagation, and
its mechanism. 3D cell cultures allow for a more comprehensive study of the
respective organism by replicating in vivo conditions and are thus growing in
demand in the medical research sector due to their benefits in terms of
acquiring more detailed profiles of the subjects in question.
The growing medical research sector is likely
to be a major driver for the global 3D cell culture market over the forecast
period. Major medical research market players have focused on adopting 3D cell
culture technologies in recent years to gain more detailed information. The
growing scope for cancer research is likely to remain a major driver for the 3D
cell culture market over the forecast period, as cancer studies are most
effective when performed in a 3D environment. The growing economic and
healthcare burden of cancer is likely to drive the demand from the 3D cell
culture market over the forecast period.
Major Players:
·
Thermo Fisher
Scientific Inc
·
Kuraray Co Ltd
·
Corning
Incorporated
·
Merck KGaA
·
Becton
·
Dickinson and
Company
Segmentation:
·
The global market
report on the 3D cell culture has been segmented by MRFR to facilitate studies
that can provide better insights and inputs regarding the market. This
segmentation has a foundation built by analyses of technique, application,
product, and end-user.
·
By technique, the
global market report on 3D cell culture includes Scaffold-Free 3D Cell Culture
and Scaffolds-Based 3D Cell Culture.
·
By product, the
report on the market for 3D cell culture includes Consumables and Instruments.
Hike in investment to make sure both these segments get ample traction.
·
By application, the
market report on the 3D cell culture encompasses stem cell research, cancer
research, Tissue Screening & Engineering, Regenerative Medicine, drug
discovery, and others.
·
By end users, the
market report covering 3D cell culture can be segmented into Research &
Academic Laboratories, Contract Research Organizations, Pharmaceutical &
Biotechnology Companies, and others.
Regional
Analysis:
In
Europe, the market can find better opportunities in terms of the growing rate
of cancer detection, increasing demand for organ donation, and better fund
availability. Various research institutes are taking this as an opportunity to
play big and inspire trends that can shape the healthcare industry. The
regional market is the second-biggest one with contributions pouring in from
countries like France, Germany, and others. The Asia Pacific market could make
use of the revamping research and development setup. The growth would be the
fastest and it could touch 26.17% CAGR over the review period. Growth
opportunity in the region is quite massive as countries like Japan, China, and
South Korea are spending huge amounts to meet the global standard.
The
Middle East & Africa and Latin America may display moderate growth
possibilities with Brazil, Argentina, Dubai, Qatar, Saudi Arabia, the UAE,
taking the onus to influence the market.
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