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Photoaged Skin clinical trials

View clinical trials related to Photoaged Skin.

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NCT ID: NCT00857610 Completed - Aged Skin Clinical Trials

Retinol-induced Dermatitis in Aged Skin

Start date: July 20, 2009
Phase:
Study type: Observational

Topical therapy with retinoids is the only proven medical therapy for aged/photoaged human skin. However, topical therapy with retinoids often result in unwanted cutaneous dermatitis, including erythema and scaling. The reseachers intend to investigate the dose, frequency of use, and time dependence of topical retinol-induced dermatitis. The researchers intend to evaluate retinoid-induced dermatitis biochemically, including retinol regulation of retinoid responsive genes that control retinoid metabolism and serve as markers for retinoid bioactivity. The researchers will also investigate the role of EGF receptor pathway in retinoid-induced dermatitis.

NCT ID: NCT00437320 Completed - Photoaged Skin Clinical Trials

Comparison of Metvix Photodynamic Therapy (PDT) With Its Vehicle in the Treatment of Photoaged Skin

Start date: April 18, 2007
Phase: Phase 2
Study type: Interventional

Skin photoaging or skin photodamage were terms used to describe the change in the structure, function and appearance of skin caused by prolonged and repeated exposure to sunlight or other ultraviolet light sources. The visible effects of skin photodamage were fine lines, skin sagging, skin roughness, liver spots and also the appearance of red patches made up of thin red vessels (called telangiectasia). More and more people were presenting to doctors with concerns about skin photodamage and the demand for corrective procedures was increasing. Metvix photodynamic therapy (Metvix PDT) is a procedure currently marketed in several countries in Europe (including the United Kingdom [UK] and Spain) and in Australia, for the treatment of benign forms of skin cancer (example, actinic keratosis). The aim of the study was to assess whether Metvix PDT would be effective in correcting the effects related to photodamage and whether it would be well tolerated.