In the past years, the world has witnessed an increased number of cancer patients. For their treatment, different invasive surgeries are growing, which propels growth in the scaffold technology market. Regenerative technology and organ transplant treatments for people who are susceptible to organ dysfunction are also helping in the growth in the scaffold technology market. Various R&D initiatives have been taken for 3D cell technology. The application of the same will contribute to the expansion in the scaffold technology market. Some end-use industries in the scaffold technology market include hospitals and diagnostic centers, biotechnology, and pharmaceutical organizations, and research laboratories and institutes, etc. The cancer application section occupies the largest share in the scaffold technology market in the past years.
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The scaffold technology is primarily used to surmount the associated challenges in drug development process. The 3D cell culture techniques provide possible treatment with the early drug discovery as well as a possible therapeutic solution to cure the diseases. The 3D cell cultivation concept helps investigate phenotypic heterogeneity of cancer cells as well as heterotypic crosswalk between cells, and also provides relevant diseased cell information. It helps in driving the scaffold technology market. Scaffolds are broadly used as drug delivery devices for regenerative medicine. The combination of the scaffold with multiple growth factors boosts the market growth.
COVID-19 Pandemic and Scaffold Technology Market
The COVID-19 pandemic is catalyzing the development of the scaffold technology market. Tissue engineering is widely used to cure the infection in disease through understanding of epidemiology and virology, creating in vitro model systems. Further, the players are exploring efficient treatment through therapeutic solutions. To battle COVID-19, a few companies are developing advanced scaffolds. There is also a requirement to develop scaffolds to support complicated 3D tissues. Incorporation of advanced polymer materials and property customization of existing biomaterials are crucial parts of research.
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