Latest Regeneration Stories
Researchers at the Stanford University School of Medicine have developed a new visualization technique which they believe could eventually help make the repair of damaged hearts through regenerative medicine a reality.
Researchers at Columbia Engineering have developed a new "plug-and-play" method to assemble complex cell microenvironments that is a scalable, highly precise way to fabricate tissues with any spatial organization or interest—such as those found in the heart or skeleton or vasculature.
Researchers demonstrated for the first time that S. mansoni harbors adult, non-sexual stem cells that can migrate to various parts of its body and replenish tissues.
In "before" and "after" photos from advertisements for wound-healing ointments, bandages and antibiotic creams, we see an injury transformed from an inflamed red gash to smooth and flawless skin.
Scientists have identified protein families expressed during tissue regeneration in newts, providing the groundwork for research into whether particular sets of genes are used for the purpose.
Epidermal growth factor has been found to speed the recovery of blood-making stem cells after exposure to radiation.
Humans have the capacity to regenerate tissue after suffering an injury, but many animals have the ability to regenerate whole limbs after an amputation.
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