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Scientists identify new class of immune cells that suppress genital herpes

Scientists identify new class of immune cells that suppress genital herpes

Fred Hutchinson Cancer Research Center and University of Washington scientists have identified a class of immune cells that reside long-term in the genital skin and mucosa and are believed to be responsible for suppressing recurring outbreaks of genital herpes. [More]
Genes play role in wound healing, regulate biological processes in human skin

Genes play role in wound healing, regulate biological processes in human skin

Biologists at UC San Diego have identified eight genes never before suspected to play a role in wound healing that are called into action near the areas where wounds occur. [More]
Fruit fly study offers clues to wound healing

Fruit fly study offers clues to wound healing

A person's skin and a fruit fly's exoskeleton, called a "cuticle" may not look alike, but both coverings protect against injury, infection, and dehydration. [More]
Injection-free vaccination technique shows promise

Injection-free vaccination technique shows promise

Study findings show that a new injection-free vaccination technique, applied through a patch on the skin, can induce the same level of immune response as a standard vaccine injection when given to mice. [More]
New DNA-delivering film holds promise for improving effectiveness of vaccines

New DNA-delivering film holds promise for improving effectiveness of vaccines

Vaccines usually consist of inactivated viruses that prompt the immune system to remember the invader and launch a strong defense if it later encounters the real thing. However, this approach can be too risky with certain viruses, including HIV. [More]
CD98hc molecule appears to be necessary for rapid and effective skin renewal

CD98hc molecule appears to be necessary for rapid and effective skin renewal

These mechanisms, described in vivo in mice, engage molecule CD98hc, which is involved in epidermis renewal and could be an indicator of the skin's capacity for regeneration. [More]
Itch-specific nerve cells: an interview with Associate Professor Xinzhong Dong

Itch-specific nerve cells: an interview with Associate Professor Xinzhong Dong

Itch was actually defined by a German physician more than 350 years ago. His name was Samuel Hafenreffer. He defined itch as an unpleasant sensation that makes people want to scratch. You probably think this is a very simple definition but itch is really a very complex sensory modality. [More]
Researchers reveal critical role of BRCA1 gene in maintenance of hair follicle stem cells

Researchers reveal critical role of BRCA1 gene in maintenance of hair follicle stem cells

Our DNA, which stores our genetic information, is constantly submitted to damage. If not properly repaired, DNA damage can lead to cell death, which may in turn lead to tissue exhaustion and ageing, or induce mutations resulting in uncontrolled cell proliferation and cancer. Brca1 is a key gene that mediates DNA repair. Mutations in Brca1 lead to familial and sporadic breast and ovarian cancer in humans. [More]
Harmonic generation microscopy can help measure natural age-related changes in skin cells

Harmonic generation microscopy can help measure natural age-related changes in skin cells

Wrinkles, dryness, and a translucent and fragile appearance are hallmarks of old skin, caused by the natural aging of skin cells. But while most of us can recognize the signs of lost youth when we peer into the mirror each morning, scientists do not have a standardized way to measure the extent of age damage in skin. Now a group of Taiwanese researchers has used a specialized microscope to peer harmlessly beneath the skin surface to measure natural age-related changes in the sizes of skin cells. [More]
Noncoding DNA sequence required for epidermal differentiation

Noncoding DNA sequence required for epidermal differentiation

The differentiation of human epidermis is controlled and stabilized by a long noncoding RNA termed terminal differentiation-induced noncoding RNA acting through a post-transcriptional mechanism, the results of an innovative US study indicate. [More]
TINCR molecule plays a master role in epidermal differentiation

TINCR molecule plays a master role in epidermal differentiation

The surface of your skin, called the epidermis, is a complex mixture of many different cell types - each with a very specific job. The production, or differentiation, of such a sophisticated tissue requires an immense amount of coordination at the cellular level, and glitches in the process can have disastrous consequences. Now, researchers at the Stanford University School of Medicine have identified a master regulator of this differentiation process. [More]

L-Fucose slows down and even reverses age-related skin developments

With increasing age the human skin shows a considerable loss of resistance and elasticity. These changes in skin texture, which are one of the main reasons for the appearance of wrinkles, is the age induced loss of skin thickness and the related degradation of elastin fibers within the skin. It has been proven that L-Fucose - a scarce sugar - slows down and even reverses age-related skin developments. [More]

Quick-release plasters show promise for patients with sensitive skin

Scientists have developed a plaster that is strongly adhesive but easily removable, which they hope will prevent skin damage in patients with fragile skin such as neonates and the elderly. [More]
Sun protection: an interview with Jane Hanrahan

Sun protection: an interview with Jane Hanrahan

UV radiation is a form of energy being transmitted. Sunlight is main source of UV radiation, although manmade sources also exist, such as the lamps used in sunbeds. At the earth’s surface sunlight consists of approximately 2 percent UV light, 47 percent visible light and 51 percent IR light. [More]
Skin's outmost layer is the first line of defense against UV radiation

Skin's outmost layer is the first line of defense against UV radiation

Reinhold Dauskardt, PhD, of Stanford's Department of Materials Science and Engineering has been studying skin for years. But when he sent his students to look for data on the mechanical properties of skin, they came back empty-handed. A lot was known about skin structure and disease, but few papers actually talked about its mechanical function - its ability to stretch and resist tension without tearing. [More]

Strawberry extract protects against UVA rays

An experiment has shown that strawberry extract added to skin cell cultures acts as a protector against ultraviolet radiation as well as increasing its viability and reducing damage to DNA. Developed by a team of Italian and Spanish researchers, the study opens the door to the creation of photoprotective cream made from strawberries. [More]

Ellman International acquires Sandstone Medical Technologies

Ellman International, Inc., a global leader in advanced radiofrequency (RF) technology for precision surgical and aesthetic procedures today announced that it has acquired the assets of Sandstone Medical Technologies, LLC., a recognized leader in the aesthetic laser and IPL technology field. [More]

Researchers discover mechanism that favours disappearance and inhibition of SCC development

Skin squamous cell carcinoma (SCC) is a subtype of very aggressive skin cancers that usually develops in sunexposed body regions, but can also affect a large number of organs such as the bladder, esophagus, lungs etc. However, little is known about the biology of these cells, which consequently makes difficult the generation of new specific therapies; actually, the standard treatments are based on surgery and subsequent radiotherapy. [More]

New insights into role and importance of exosomes and their targeted gene transcripts

In the July 6 issue of Cell Stem Cell, researchers at the University of California, San Diego School of Medicine describe how human epidermal progenitor cells and stem cells control transcription factors to avoid premature differentiation, preserving their ability to produce new skin cells throughout life. [More]

German BfArM grants Moberg Derma approval to initiate Limtop phase II actinic keratosis trial

The German Federal Institute for Drugs and Medical Devices (BfArM) has granted Moberg Derma approval to initiate a clinical phase II trial for Limtop. The aim is to evaluate the efficacy and safety of three different dose regimens of Limtop in a study involving 96 patients with Actinic Keratosis (AK) on the head or face. [More]