Cardiac macrophages in newborn mice promoted heart cell proliferation after injury, offering a potential approach to ...

Heart cells grown in space showed stronger survival, better function, and boosted healing traits. Spaceflight changed key ...

Chunhui Xu and her team leveraged the ISS National Laboratory ® for cardiac cell research to accelerate the development of cell-based regenerative therapies that could one day reverse heart damage.

Tenaya Therapeutics (TNYA) announced the publications of positive preclinical data for TN-201, the company’s gene therapy candidate for ...

Partial heart transplants provide a range of lifesaving options for children with complex congenital heart conditions, and ...

A groundbreaking study aboard the International Space Station (ISS) is shedding light on innovative ways to repair heart ...

including aging and models of heart diseases, have explored the prospect of eliminating senescent cells in order to enhance tissue function,” they wrote. “Our study, alongside previous ...

Research in the Leinwand lab focuses on unraveling mechanisms of genetic heart and skeletal muscle diseases ... a number of nonmuscle tissues which is very unusual, and people in the lab are trying to ...

Korean researchers have proposed a new treatment strategy that can increase the effectiveness of the genetic rare disease ...