
Printing Human Tissue? Surprise, Kombucha Can Do It
A Kombucha-Derived Bio-Ink Could Advance Regenerative Medicine by Enabling 3D Printing of Human Tissue.
A Kombucha-Derived Bio-Ink Could Advance Regenerative Medicine by Enabling 3D Printing of Human Tissue.
A new form of skeletal tissue has been identified: lipocartilage opens up new scenarios in the field of regenerative medicine.
An international team has created synthetic cells capable of communicating with each other: new avenues for regenerative medicine.
Scottish researchers create 3D printed artificial blood vessels that are as flexible and strong as human ones. Big blow for medicine.
Revolutionary therapy regrows lost teeth. Human testing begins in Japan, after success on animals. Potential cure for millions of people.
New teeth without dentures? A Japanese team advances with clinical trials of a regenerative drug.
A glimpse into the future of dental medicine: a Japanese research team is developing a drug that allows lost teeth to regrow.
A "regenerative" 3D pen that sprays gel-like ink into wounds to speed up healing: is this the future of bandages?
Research on human limb regeneration finds new perspectives from a bizarre experiment on mice with deer "antlers".
UCSF researchers have engineered molecules that help build tissues and organs—a coup for regenerative medicine.
Regenerate the cartilages of the joints, perhaps entire limbs, a like salamanders? The key factors of this ability have been discovered: man also possesses them.
The team tested a special gel on teeth placed in a solution that recreates the environment of the mouth. Tooth enamel regenerated in just 48 hours.
The small device uses nano transfection of tissues to regenerate entire organs with the touch of a finger: what was once matter for Star Trek now comes close to reality.