Researchers are working on developing a ‘spray on, wash off’ bandage for patients with epidermolysis bullosa. The details were recently published in a press release (Nov. 18, 2024).
Researchers use mussel adhesive protein for scarless skin grafts
Researchers have developed a bioadhesive based on mussel adhesive protein to help wounds heal with minimal scarring. The adhesive assists skin transplantation in healing the skin without the use of sutures.
Thirdhand smoke exposure can cause skin damage
According to a new study concentrations of nicotine that settle on surfaces, also called thirdhand smoke (THS), as well as electronic cigarette spills can damage the skin.
Research finds that movement of skin stem cells linked to skin regeneration
Researchers have found that skin regeneration is associated with the ability of skin stem cells to move toward the injury.
Hydrogel developed for accelerated diabetic wound healing
A hydrogel has been developed for treating chronic diabetic wounds that accelerates healing by delivering oxygen to the wound. The hydrogel solidifies at body temperature and uses microspheres to gradually releases oxygen into the wound, decreasing inflammation, helping remodel tissue and accelerating healing.
Researchers use magnesium hydroxide to develop smart wound dressings
Researchers have developed smart wound dressings using magnesium hydroxide nano sheets that will alert patients when a wound is not properly healing.
Researchers discover process behind molecule that improves appearance of surgical scars
Researchers at Virginia Tech (VTC) have uncovered how the alphaCT1 molecule influences the behavior of collagen-producing fibroblasts. Prior research had shown that treating scars with the molecule produced long-term improvement, but the mechanism of action was unclear.
Three types of skin injury linked to PPE
A new study has identified three types of skin injury caused by use of personal protective equipment (PPE). According to researchers, usage of PPE by medical staff can cause device-related skin pressure injuries, skin damage related to moisture, and skin tear. The first-in-kind study was published online ahead of print in Advances in Wound Care (April 27, 2020).
Evidence shows topical beta-carophyllene may improve wound healing in mice
The chemical compound beta-carophyllene was found to improve the healing process of skin wounds in mice when topically applied, according to a new study. In addition to aiding in healing, the chemical compound was also found to heighten gene expression in hair follicles and stem cells in the treatment area, according to investigators. The study, published online ahead of print in the journal PLOS One (Dec. 16, 2019), is the first of its kind to find evidence that this chemical compound may increase wound healing in the skin of mice.
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