View clinical trials related to Photoaging.
Filter by:The purpose of the study is to investigate the impact of the injection of dermal filler on the quality of the skin dermal extracellular matrix in persons between the ages of 30-50 years. The quality of the dermal extracellular matrix will be assessed following injection of dermal filler compared to injection of saline vehicle.
The purpose of this study is to evaluate how an oral herbal supplementation influences facial skin elasticity and facial hydration as well as markers of photoaging (erythema and pigmentation).
This study is a double-blind randomized vehicle-controlled study assessing how Zinc Di-(dibutyryl lisinate) (Z-DBL) influences skin biophysical measures such as skin hydration, transepidermal water loss, and elasticity, as well as its effects on the skin microbiome of photoaged skin.
This is a phase 4 trial evaluating the clinical effect of combining a placebo moisturizer and non-ablative laser to improve procedural outcomes in patients with facial dyschromia. This study's objective is to evaluate both the tolerability and improvement in signs of photoaging for a placebo moisturizer used in combination with a non-ablative laser. Physician assessments, patient reported outcomes, and digital photos will be captured.
The appearance of the aging skin is influenced by different factors including by the reduced elasticity and increased laxity of the skin, the decreasing volume as well as pigmentation disorders and dilated vascular markings. Currently, there are different methods available to treat the aging skin. Here, the combined treatment of radiofrequency micro needling (RFMN) and thulium laser has been commonly used in clinical practice. The aim of this clinical study is to investigate the efficacy, patient satisfaction, safety of RFMN and thulium laser treatment in patients with facial, age-related skin laxity, wrinkles, and pigmented lesions.
This clinical study will compare the efficacy of using one fingertip unit and two fingertip units of 0.05% before and after 30% trichloroacetic acid chemical peel procedure for facial skin rejuvenation in 35-60 years old female patients with Glogau II-III skin classification.
Soy and soy-derived products are the primary dietary sources of isoflavones, particularly daidzein and genistein, for humans. Isoflavones are noted to have several effects on the skin including proliferation of keratinocytes resulting in epidermal thickening and increasing collagen and moisture content of the skin. Previous work has shown that the ingestion of an oral supplement containing soy isoflavones as a component led to a clinically measurable improvement in wrinkle depth after 14 weeks of supplementation. Ingestion of soy-based products has been shown to shift the Bifidobacteria and Lactobacilli among the gut microbiota and modulate the ratio of Firmicutes to Bacteroidetes. Many studies have shown that short-chain fatty acids result from beneficial shifts in the gut microbiome and may influence the inflammatory state of the skin. Therefore, the study aims to investigate whether soy-derived isoflavone can reduce wrinkles and alter both gut microbiome and short-chain fatty acids.
Mangos are a rich source of nutrients such as carotenoids, vitamin C and fiber, as well as polyphenols and phenolic acids such as mangiferin, ellagic acid, and gallotannins. Mango extract has been reported to protect against photo-aging of the skin in an animal model exposed to UVB radiation, reducing the length of wrinkles and increasing collagen bundles. Beta-carotene and other carotenoids are known to provide skin protection from sunlight, but other compounds in mangos, may also be important in reducing oxidative damage in aging skin. We have recently completed a pilot study showing a clear trend in skin wrinkle reduction when postmenopausal women consumed 85g of Ataulfo mangos, four times per week for 16 weeks. To confirm and extend these results, a larger study is proposed.
This randomized controlled trial study aims at investigating the efficacy and safety of topical antioxidants in treatment of a cohort of non-elderly volunteers with photoaged skin.
Photoaged or chronically sun-exposed skin is characterised by a number of clinical features including fine and coarse wrinkles. The pathogenesis of wrinkle formation has yet to be determined fully but recent work suggests that ultraviolet radiation-induced reduction in dermal fibrillin (in the form of fibrillin-rich microfibrils) is important. Using an extended in vivo patch test assay, it has been identified that skin care products - currently marketed by CG Skin Ltd - increase the deposition of these microfibrils in photoaged dermis and hence have the potential to repair photoaged skin. The Investigators now propose to examine the efficacy of the product in randomized, placebo-controlled clinical trial.