Male mice that make high levels of fibroblast growth factor 21 stay lean as they age — a finding that could translate to ...

For the first time in the world, a Korean research team discovered how cellular aging can spread systemically through the ...

Scientists believe humans might someday regrow lost limbs, just like we formed them during development. A fascinating new study suggests that humans share regenerative capabilities with creatures like ...

Scientists have found a novel way that includes a new lab-grown material that could help slow and even reverse some of the ...

Scientists claim human bodies already know how to regrow a limb because they have already made one during a body's ...

Researchers from Tokyo Metropolitan University have created a new way of telling aged human cells apart from younger ones ...

Human pterygium tissues or human Tenon’s capsule tissues were obtained in operating rooms under sterile conditions. Once retrieved, the tissues were immediately placed in a cell culture chamber, ...

Scientists in Tokyo have developed a groundbreaking, label-free method to identify aging human cells using electric fields.

It turns out that retinoic acid and the enzyme CYP26B1 are heavily involved in regrowing missing limbs, determining what goes ...

Against all odds, bats are surprisingly long-lived and rarely develop tumors. Understanding why could unlock new cancer ...

In axolotls, retinoic acid acts like a molecular GPS. Its concentration changes along the length of a regenerating limb, ...

Human microvascular endothelial cells (HMVECs) were obtained from Cell Systems Corp and cultured in CS-C medium supplemented with growth factor and attachment factor (Cell Systems Corp) and with 20% ...