View clinical trials related to Keloid.
Filter by:Remlarsen (MRG-201) is designed to mimic the activity of a molecule called miR-29 that decreases the expression of collagen and other proteins that are involved in scar formation. Remlarsen is being studied to determine if it can limit the formation of fibrous scar tissue in certain diseases. The objectives of this study are to investigate the safety and tolerability of remlarsen in subjects with a history of keloid scars, and to investigate the activity of remlarsen in prevention or reduction of keloid formation. Another objective is to study the pharmacokinetics of remlarsen (the movement of a drug into, through and out of the body). A group of 12-16 study volunteers will undergo two small skin biopsies in the upper back/shoulder region that will be closed with sutures. One biopsy site will be injected with up to 6 doses of remlarsen over a period of 2 weeks and the second site will be injected similarly with a placebo solution. Participants will be monitored for keloid formation at the two biopsy sites, for signs or symptoms of adverse effects on the body, and for the levels of remlarsen in the blood over time. A second 2-week cycle of treatment may be administered if there are signs that a keloid may be forming at one or both biopsy sites. Subjects will be followed for about 1 year following their final course of treatment to assess the long-term safety of remlarsen and the potential for later appearance of a keloid scar. Additional groups of subjects may be enrolled to test lower doses of remlarsen or an extended dosing schedule.
clinical comparative study comparing the effectiveness of fractional CO2, long pulsed Nd YAG and their combination in collagen remodeling in keloid clinically, biochemically and histopathologically
Two groups of patients (73 patients each) undergoing routine caesarean section has recurrent keloid at site of surgical scar. One group will undergo surgical excision of keloid. The other group will have combined surgical excision of keloid and single intralesional dexamethasone injection at edges of wound.All patients were reviewed once per month for 6 months for evidence of recurrence
This study aims to examine both the genetic profile and the biomarkers implicated in keloid scar formation. Hypothesis: 1. Differences in the genetic profiles of lesional and non-lesional skin contribute a given population's propensity to develop keloids 2. Differences in biomolecules expressed in subjects with and without keloids can help predict keloid occurrence and severity 3. Biomarker analysis will provide useful insights for future targeted therapies for keloid scars
Treatment of keloids with targeted Ultraviolet-Beta (UVB) radiation will improve the clinical appearance and induration of lesions.
The purpose of this study is to compare the effects of fractional carbon dioxide (CO2) laser therapy immediately followed by intralesional steroid therapy against intralesional steroid therapy alone for the treatment of keloids.
Keloids are benign cutaneous lesions, arising from proliferating fibroblasts. Keloids of the ear may occur after helix piercings and are difficult to treat, since they tend to form recurrences. Guidelines suggest multimodal therapy, however, recurrence rates remain high and prospective randomized trials are still missing. To unravel the most effective combination of therapeutic options for keloids of the ear, 20 patients will be enrolled in a prospective, randomized trial. Patients either undergo surgery using the "fillet technique" and intra-lesional injections of triamcinolone 10mg /ml every 4 to 6 weeks for 6 months, or they are additionally treated with a non-customized pressure device.
The aim of this prospective study is to assess the efficacy of autologous Platelet Rich Plasma prepared with RegenKit-BCT in the prevention and the treatment of keloid scars refractory to conventional treatments. Fifteen patients were included and received three PRP injection sessions with a one-month interval. The outcomes were assessed at baseline (before treatment), 3, 6, 12 and 24 months after the last injection session. Safety was assessed by reported adverse event analysis.
The goal of this study is to establish the safety of high fluence LED-RL from 160 J/cm2 up to 640 J/cm2 in healthy subjects. The hypothesis is that high fluence LED-RL phototherapy is safe in human skin.
Background Scarring typically occurs after trauma, burn injury or surgery. Hypertrophic scarring presents as raised, red and itchy lesions which variably respond to various treatment modalities, such as corticosteroids, pressure garments, laser therapy, the use of silicone sheets and radiotherapy. Kynurenine, or "Fibrostop 1" (FS1), and its further breakdown products, such as kynurenic acid, or "Fibrostop 2" (FS2), are endogenous products found in many systems and have shown potential in reducing scar formation in animal studies. The aim of study is to evaluate the safety and tolerability of FS2 cream applied to the skin of healthy human subjects.