Join the Reprocell Webinar and learn from Professor Stefan Przyborski on how Alvetex can be used to Bioengineer Human Tissue In Vitro for Use in Research, Modelling Human Disease, and Product Development.
Innovative Technology to Bioengineer Human Tissues In Vitro
Date: Tuesday, 9 July 2024
Europe: 12 PM BST / 1 PM CEST / 2 PM EEST
Discover how Reprocell Alvetex technology is revolutionizing 3D cell culture! Learn to create advanced organotypic models mimicking human tissues for research, disease modelling, and product development.
Speaker: Professor Stefan Przyborski, a leading expert in cell technology and bioengineering.
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REPROCELL, in collaboration with Professor Stefan Przyborski from Durham University, has made significant strides in tissue engineering. Using Alvetex® scaffolds, they have developed REPROSKIN—a highly accurate human pigmented skin equivalent. This innovative platform is revolutionizing the understanding of skin biology and UV radiation effects.
Key findings from this recent study, published in Frontiers in Medicine, highlight melanin's crucial role in protecting against UV-induced damage. The engineered skin models revealed that pigmented skin equivalents suffer less DNA damage, exhibit reduced inflammation, and maintain better structural integrity compared to non-pigmented ones.
Don't miss this chance to advance your research with cutting-edge bioengineering technology!
