Stem cells hold the key to wound healing, as they develop into specialised cell types throughout the body—including in teeth.
Aug 9, 2019
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Wake Forest Institute for Regenerative Medicine (WFIRM) researchers have shown the feasibility of bioengineering vascularized functional renal tissues for kidney regeneration, developing a partial augmentation strategy that ...
May 23, 2019
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An international research team has discovered a mechanism that regulates the regeneration of the insulating layer of neurites. This insulation coating, also referred to as the myelin sheath, is crucial for rapid signal transmission ...
Nov 30, 2018
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The answer to regenerative medicine's most compelling question—why some organisms can regenerate major body parts such as hearts and limbs while others, such as humans, cannot—may lie with the body's innate immune system, ...
Sep 20, 2017
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On Veteran's Day the University of Connecticut announced the launch of its new grand research challenge: regeneration of a human knee within 7 years, and an entire limb within 15 years.
Nov 11, 2015
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A new study published in Restorative Neurology and Neuroscience demonstrates that Chinese herbal medicine Ji-Sui-Kang (JSK), given systemically for three weeks after injury in rats, improved locomotor function, reduced tissue ...
Aug 19, 2013
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Eight years ago, two former Stanford University postdoctoral fellows, one of them still in California and the other at the Harvard Stem Cell Institute (HSCI) in Cambridge, began exchanging theories about why patients with ...
Jul 31, 2013
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Salamanders' immune systems are key to their remarkable ability to regrow limbs, and could also underpin their ability to regenerate spinal cords, brain tissue and even parts of their hearts, scientists have found.
May 20, 2013
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A key type of human brain cell developed in the laboratory grows seamlessly when transplanted into the brains of mice, UC San Francisco researchers have discovered, raising hope that these cells might one day be used to treat ...
May 8, 2013
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(Medical Xpress)—Specific DNA once dismissed as junk plays an important role in brain development and might be involved in several devastating neurological diseases, UC San Francisco scientists have found.
Apr 15, 2013
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