Active clinical trials for "Sunburn"

The purpose of this study is to assess how human skin reacts and how sunscreens and sun protection fabrics protect in natural sunlight compared to their labeled claims, indoor testing methods (existing or modified) and instructions.

A phase II multicenter, double-blinded clinical trial of the safety and efficacy of SP160412 in the temporary relief of mild to moderate, (i.e. first degree) sunburn

Diclofenac sodium 0.1% will be applied to sunburned skin when the intensity of pain reaches a certain level in order to evaluate the efficacy and safety of the treatment on this induced pain.

In this clinical one-site investigation the performance and safety of a skin preparation device will be evaluated for removing hyperkeratotic skin prior to further medical treatment. Comfort and pain during skin preparation, as well as performance and safety of device, will be compared to comparators on separate skin areas for every subject.

The goal is to prevent ultraviolet light (UV) overexposure by providing consumers with relevant, easy-to-access, specifically actionable information. This research proposal will develop a UV protection system consisting of an automated real-time counseling framework and a personal dosimeter that overcomes barriers to consumer adoption. These new, wearable sensors take the form of small (< 1 cm), thin (<0.1 mm), lightweight (<0.1 g), battery-free "stickers" that are fundamentally differentiated from other wearable electronics in their modes of use, cost structures and accuracy.

The aim of this study is to investigate the sun protective effect of melatonin, when used as a cream applied before sun exposure. Sun exposure induces erythema as indication of an inflammatory reaction in the skin. It is proven that the amount of free radicals in the skin are increased by UV exposure. Furthermore, it is known that melatonin is a potent antioxidant. It is hypothesized that melatonin can be protective against the UV induced release of free radicals by acting as a radical scavenger and thereby protect against UV-induced cellular damage.

The present study explores the ability of dermatologists to influence patients' behavior using a novel and brief (3 minute) behavioral intervention in the context of naturally occurring patient interactions and shows promise for long term sustainability. The incidence of invasive skin cancers, cutaneous melanoma in particular, has nearly tripled in the U.S. between 1975 and 2004, making it the fastest rising incidence rate for all cancers in the United States. Dermatologists are in an ideal position to effect change in their patients. The present study will assess whether a brief intervention (The ABC-Addressing Behavior Change method) delivered to patients by dermatologists during a skin examination will increase the use of sun protection and reduce risk behaviors compared to patients who receive treatment as usual.

The aim of the study is to test a series of developed effective interventions targeting Danes going on vacation to sunny destinations to decrease sunburn by increasing use of shade, hats, protective clothing, and sunscreen to prevent skin cancer in the Danish population. It has been estimated that up to 90 % of all skin cancers could be avoided by behavioral changes. One of the main sources of UVR exposure in the Danish population is vacations to destinations with high UV index (UVI).

Recreational UV exposure is associated with every form of skin cancer and individuals who engage in more physical activity have a higher prevalence of sunburn, a proximal biomarker of melanoma risk, perhaps explaining why melanoma is the only cancer with which physical activity is positively correlated. Mobile technology for tracking physical activity has become increasingly prevalent and Strava, an activity tracking app and social networking site for athletes, is one of the most popular of these technologies. This research will test the feasibility of delivering location-based, ecologically-valid sun safety advice to Strava users at times when they are predicted to be engaged in outdoor physical activity, by utilizing Strava's public open-source Applications Programming Interface.

The overarching goal of this work is to pilot-test a song-based instructional video designed to help elementary school (kindergarten) age children independently apply sunscreen effectively (i.e., covers all needed areas), efficiently (i.e., can be accomplished in 2-3 minutes), consistently (i.e., continues to apply sunscreen routinely before recess both during and after the intervention), without impacting classroom function (i.e., no mess). The video is also designed to encourage use of hats and sunglasses. The outcomes of interest include identification of "gaps" in skills that are consistent for this age group (i.e., commonly miss application to the back of neck), areas of learning refinement (i.e., generalization of skills with different outfits on), and flexibility in terms of adapting practice (i.e., can they do it without the video). The investigators hope that this pilot project will pave the way for broader clinical / educational implementation of this intervention within schools.