NEW YORK – It’s a medical milestone that has the potential to save thousands of people with birth defects, cancer, or injury to their windpipes from COVID-19 intubation. A team of surgeons in New York ...

It’s a medical milestone that has the potential to save thousands of people with birth defects, cancer, or injury to their windpipes. A team of surgeons in New York successfully transplanted a human ...

After breathing through an implanted tube in her throat for six years, a woman underwent the first successful human trachea transplant, in an 18-hour procedure performed by surgeons at Mount Sinai. To ...

Surgeons at New York City-based Mount Sinai performed the world’s first human tracheal transplant during an 18-hour procedure in January, marking the launch of its tracheal transplant program, the ...

Researchers at Tufts University and Harvard University's Wyss Institute have developed Anthrobots, tiny biological robots crafted from human tracheal cells that can traverse surfaces and stimulate ...

An anthrobot is shown, depth colored, with a corona of cilia that provides locomotion for the bot. Xenobots—a new classification of robots built from biological cells—evolved from theory to reality in ...

After years of struggling to breathe and fearing she might suffocate in her sleep, Sonia Sein says she feels well enough to dance around with her grandchildren after undergoing the first-ever human ...

A team of Mount Sinai surgeons has performed the world's first human tracheal transplant--an achievement that has the potential to save the lives of thousands of patients around the world who have ...

An Anthrobot is shown, depth colored, with a corona of cilia that provides locomotion for the bot. (Gizem Gumuskaya/Tufts University via Courthouse News) (CN) — In a study published in Advanced ...

Researchers at Tufts University and Harvard University’s Wyss Institute have created tiny biological robots that they call Anthrobots from human tracheal cells that can move across a surface and have ...

Researchers have used human tracheal cells to create tiny biological robots that can move on their own and work together to encourage healing in damaged neurons without requiring genetic modifications ...