Blood-Vessel-on-a-Chip Models Can Now Grow and Redirect New Capillaries

Researchers have developed lab-grown blood vessel models that can now grow and redirect new capillaries through mechanical stretching, a significant breakthrough in bioengineering. This innovation brings us closer to creating viable engineered tissues that can sustain themselves, potentially revolutionizing medical treatments involving tissue repair and regeneration. The ability to manipulate these vessels could lead to advances in drug testing and the development of artificial organs, highlighting the potential impact on healthcare and biomedical engineering.