View clinical trials related to Cicatrix.
Filter by: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.
Dermatological surgeons wear many hats to care for subjects with skin cancer. While their role in cancerous tissue removal results in superior cure rates, there is also a need for skilled excisional repair and effective wound healing regimens so the subject can heal with the least amount of scarring necessary. As such, numerous techniques have been developed for reducing the morbidity associated with excessive scarring. Various flaps and grafts allow the surgeon to approximate skin texture, thickness and adnexa with respect to the residual surrounding tissue. Optimal cosmetic and functional outcomes require close wound approximation with minimal static tension along the wound edge. In addition, there are post-operative wound care techniques that range from special dressings to cosmetic scar modification. To date, most surgical wounds are allowed to heal at least partially before scar revision or modulation is attempted. Botulinum toxin presents a unique opportunity for surgeons to affect scar formation throughout the duration of the healing process. These effects are likely independent and adjunctive to any and all wound care techniques, and are primarily attributed to a reduction in dynamic tension on the wound edges. Most importantly, botulinum toxin's one time dosing requirements with respect to reduced scar formation precludes the variance inherent to standard wound care practices. Therefore, it has been proposed that for selected subjects, botulinum toxin may be a safe, effective and reliable means for improved post-excisional repair outcomes. Botulinum toxin has been investigated as an inhibitor of excessive, post-excisional scar formation in plastic surgery and Otorhinolaryngology literature. However, these promising studies have yet to combine objective assessment measures of human scar formation in a randomized controlled trial. In addition, there are currently no formal studies of botulinum toxin as a prophylactic against excess scarring in the dermatological literature. Fortunately, Botulinum toxin dosing in the forehead for the purposes of inhibiting excessive scar formation is comparable to the amount given for cosmetic purposes, which is commonplace in dermatology and well-studied.
Health-related Quality of life in Danish stage IB-III cutaneous melanoma patients.
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.
Acne is a prevalent disorder mostly witnessed in adolescents, but can be seen in adults. Early treatment is imperative to reduce acne scarring which can appear with atrophic lesions, and depending on the skin type, significant erythema (redness) or post-inflammatory hyperpigmentation. A multi-modality approach to treatment is necessary when dealing with the aforementioned types of lesions. Pharmacologic management is essential, but safe procedural therapies are also necessary specifically with darker skinned individuals. Percutaneous collagen induction therapy (PCIT) is a non-invasive treatment achieved by using a micro-needling device, which is safe and effective in causing "micro-wounds" into the dermis thereby initiating wound healing followed by collagen production. This is an ideal treatment for acne scarring, re-texturizing of the skin, and hyperpigmentation for all skin types . Currently there are very few studies evaluating the safety and efficacy of microneedling and chemical peels in skin types III-VI. The aim of this study is to evaluate the effects of the combination of microneedling and chemical peel for the treatment of acne scars in skin types III-VI.
The objectives of this study are to assess the safety of azficel-T treatment for dysphonia related to vocal fold function and to evaluate the efficacy of azficel-T for the treatment of dysphonia related to vocal fold function.
Surgical wounds can be closed in several manners. Some physicians believe that closure in a straight line produces a scar that is more visible and slightly raised when compared to closure in a zigzagging fashion. The researchers of this study believe that there is no difference in the cosmetic appearance of one type of wound closure over the other. To evaluate this, they will provide a survey with visual aids to volunteers to rate the appearance of a straight line scar versus a zigzag scar.
The investigators are studying the appearance and function of burn scars after treatment with fractionated carbon dioxide laser. The investigators hypothesize that the cosmetic appearance and range of motion will improve with treatment.
The purpose of this study to evaluate the SmartLipo Triplex laser system along with the SideLaze800 hand piece in the treatment of Acne Scars.
The purpose of this study is to assess treatment of facial acne scars using the 755nm Alexandrite Laser with lens arrays.