View clinical trials related to Skin Laxity.
Filter by:People lose collagen all over the body, not just in the face; skin roughness and laxity of the dorsum of the hands can result from chrono and photo-aging. This skin roughness and laxity can range from very mild to severe; injection procedures can provide new tone and firmness to the skin of the hand dorsum. Dermal fillers are the most used non-permanent injectable materials available today to correct skin flaccidity and roughness on the dorsum of the hands. They give immediate aesthetic effect due to elastic gel matrix injected and impart longer term effects due to bio stimulation, promoting new collagen formation. The objective of this study is to investigate the aesthetic performance of the Hyaluronic acid (HA)- based dermal filler Profhilo® Body injected by a blunt tip microcannula (25G or 22G, preferably 22G), with fanning technique through a single entry point performing 5 passages and injecting 0,3 ml per passage, 1,5 ml for each hand. Volunteers of both sexes, aged 18-65 years with mild-moderate skin roughness and laxity at the level of hand dorsum are to be treated.
Open-label, non-randomized, prospective, multi-center, self-controlled clinical study with masked evaluation.
The purpose of this study is to evaluate histological results of the treatments with the TempSure Firm handpiece on the flanks performed in the CYN20-FIRM-LIPO study.
Open-label, non-randomized 2 arms prospective, multi-center, self-controlled clinical study with masked evaluation.
Evaluation of the Evoke Radiofrequency Device for Improvement of Skin Appearance
The purpose of this study is to evaluate the safety and efficacy of bipolar fractional radiofrequency treatment via use of the Profound System to achieve skin tightening and contour change in lax submental (beneath the chin) tissue.
This study will evaluate the effect of Juvederm Volift with Lidocaine, an injectable gel implant, to treat aging hands of participants 35 and older.
The anti-oxidative and anti-inflammatory effects of polyphenolic compounds of almonds have been reported in limited animal studies and may have the potential to improve skin radiance. However, the skin related beneficial properties of almonds have not been investigated in humans. This study will examine the effects of almond consumption on human skin radiance in Asian women as a pilot.
A total of at least 15 and up to 17 healthy subjects at a single site, aged 25-45 years old, who wish to receive a lifting effect and improved muscle definition, will be included in the study. The procedure will include treatments with the Legend Pro™ DMA™ technology. Photos will be obtained at pre-defined time points throughout the study.
A 90 day eight arm virtual interventional study looking at the impact of various supplement formulations for improves in hair, skin & nail health via self report, and dermatology assessment via remote dermatologist assessment.