The
surface coating of cell culture protein can improve cell adhesion, growth and
differentiation. By improving cell adhesion, they promote consistent
performance in various cell-based assays and in vitro cultures. Adhesion
proteins and other biological materials from a variety of sources are being
used to improve cell culture performance, especially in cell lines that are
difficult to attach, such as transfected cells. The main types of cell culture
are animal protein, human protein, synthetic protein and plant protein. In
recent years, good cell adhesion has become more and more important to improve
the cell recovery and the stability of the attachment surface. With the
development of stem cell therapy, some advanced protein surface coatings have
emerged to study stem cells and further tap the potential of regenerative
medicine. These developments have had a positive impact on the development of
the global cell culture protein surface coating market.
According
to the type, the market is divided into pre coating and Self-coating. According
to the type, the market is divided into pre coating and Self-coating. In 2019,
Self-coatings accounted for a major share of 63.56% of the global Cell Culture
Protein Surface Coatings market, this product segment is poised to reach US$
281.53 Million by 2025 from US$ 177.20 Million in 2020. On the basis of source,
the market is segmented into animal-derived, human-derived, plant-derived, and
synthetic . The animal-derived materials segment was reported to account for
the major revenue share of the cell culture protein surface coating market in
2015.
In
Cell Culture Protein Surface Coatings market, the Animal derived holds an
important share, and it is expected to reach a revenue of US$ 180.19 Million by
2025.
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Global Cell Culture Protein Surface Coating Market
Analysis and Forecast
The
increasing focus on stem cell research by numerous biotechnology companies and
research laboratories to develop treatments for a range of chronic diseases is
a key factor driving the cell culture protein market. Governments have invested
heavily in several R&D activities related to regenerative medicine, which
has stimulated the market. In addition, the growing demand for
biopharmaceutical products such as antibodies, vaccines and drugs is
stimulating the demand for cell culture protein surface coatings. Increasing
research on stem cells to find treatments for various cardiovascular and
neurological diseases is expected to drive the market in the coming years. the
growing prominence of 3D cell cultures among 2D cell cultures is expected to
unlock exciting opportunities for the cell culture protein surface coatings
market.
North
America is the prominent market for cell culture protein surface coatings and
is expected to show significant growth over the forecast period. The tremendous
growth of the regional market is attributed to strong healthcare infrastructure
and significant advancements in stem cell research. In addition, surge in
demand for regenerative drugs for a range of autoimmune therapies is expected
to fuel the demand for surface coatings to enhance the performance of in vivo
cultures.
The
Asia-Pacific cell culture protein surface coating market is expected to offer
lucrative avenues for players in the market. Favourable regulations for
biologics development and a booming biotechnology industry are the factors
expected to lead to a significant demand for cell culture protein surface
coatings.
Global Cell Culture Protein Surface Coating SWOT Market
Analysis
The
growth of the global cell culture protein surface coating market includes the
following aspects.
Firstly
due to the prevalence of chronic diseases, interest in cancer and stem cell
research by scientists and various biotechnology companies is on the rise
worldwide. This has strengthened the growth of the global cell culture protein
surface coating market.
Secondly,
there are many clinical research institutions and biopharmaceutical companies
targeting Asian countries such as China for drug discovery and development. The
region\'s rich pool of available genomes, the relatively liberal regime for
biologics development and the development of healthcare infrastructure are some
of the key factors supporting the growth of the industry in the region. The
market in the region is therefore set to flourish.
Third,
North America has the largest revenue share in global cell culture protein
surface coatings. This is mainly due to factors such as pharmaceutical giants
focusing on drug discovery and development, rising demand for personalized
medication and growing public awareness regarding health leading to an increase
in disease diagnosis employing cell culture techniques. A highly developed
healthcare and research infrastructure and a high degree of attention to North
American drug research and development have promoted the development of the
market in this region.
Fourth,The
continuous increase of government-funded research and development activities
around the world is also a major factor driving the growth of the cell culture
protein surface coating market. Governments and market players are investing in
stem cell research and this is resulting in the rise in use of protein surface
coatings. The increase in funding for stem cell research is expected to become
a driving force in the global cell culture protein surface coating market.
In
the end ,In recent years, the adoption of 3D cell culture has increased, which
has also promoted the growth of the market. 3D cell culture is the
process
of growing biological cells under controlled conditions, in
which
cells can interact with their surroundings in all three dimensions. Cell
culture equipment coated with protein can provide a 3D microenvironment to
achieve optimal cell adhesion and proliferation.
In
addition to this the cell culture protein surface coating market is also
restrained by numerous factors such as: animal-derived materials hold a
significant revenue share in China therefore, ethical and religious
restrictions on the use of animal-derived proteins may be detrimental to the
growth of the market. Lack of skilled professionals and yearly budget
constraints on research activities are limiting the growth of the market.
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