Learning on the fly: Unlikely target for wound care found
By
John O'Connor
May 01, 2013
What do a nursing home resident’s skin and a fruit fly’s exoskeleton have in common? At first glance, not much. But it turns out that both are essentially a mesh of macromolecules that share...
Role of biomaterials is expected to grow
By
John O'Connor
Nov 01, 2011
Biomaterials likely will play a larger role in helping chronic wounds heal among diabetics, according to experts who spoke at the European Conference on Biomaterials in Dublin.
Overlooked genes play a role in wound care healing: study
By
John O'Connor
Jun 01, 2013
Eight genes that have been overlooked in the past appear to play a role in the healing of pressure ulcers and other wounds, according to biologists from the University of California at San Diego.
Big wound treatment in a small package
By
John O'Connor
Mar 01, 2011
An inexpensive nanometer-sized drug that can treat foot ulcers and other chronic wounds has been developed by a group of scientists from the Hebrew University of Jerusalem, Harvard Medical School and others...
Bone marrow cells key to wound healing
By
John O'Connor
May 02, 2011
Researchers at King’s College London and Osaka University in Japan have identified the chemical that summons stem cells from bone marrow to wound sites. The discovery could lead to new leg ulcer...
New stem cell population may hold key to skin tissue repairs
By
John O'Connor
Nov 01, 2012
Researchers have identified a new stem cell population in the skin epidermis that is responsible for tissue repair. The finding could lead to new wound care treatments, they say.
Worms may reveal insights into wound healing response
By
John O'Connor
Jan 03, 2012
California researchers may have found an unlikely key to unlocking the secrets of wound healing in humans: the roundworm.
New skin-healing findings may benefit LTC residents
By
John O'Connor
Mar 02, 2013
French researchers recently identified the cellular and molecular mechanisms involved in maintaining skin cells and skin healing in advanced years. The discovery could lead to new innovations in wound...