Active clinical trials for "Cicatrix"

The purpose of this study is to further determine the safety and toleration of intradermal avotermin (Juvista), confirm accelerated healing and investigate genomic expression profiles

To assess safety and toleration, systemic exposure and anti-scarring potential of intradermal avotermin (Juvista) in young females.

The purpose of this study is to evaluate the safety profile and the treatment effect of Isolagen TherapyTM and placebo when administered to stable restrictive burn scars of an affected joint area.

The purpose of this study is to examine the effect of UV-irradiation on human cutaneous cicatrices by clinical examinations and histological, immunohistochemical and biochemical analyses.

To compare the effect of a class I pullulan based medical device containing Allium cepa & HA versus a class I medical device silicone gel on new post-surgical wounds

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.

Renovo, a Biopharmaceutical company involved in the development of drugs to improve the appearance of scars and enhance wound healing, are proposing to carry out research in improving the appearance of existing scars that are 2-6 months old using Juvista. Juvista has not previously been administered to pre-existing scars without surgical revision, but it is thought that some beneficial effects seen with Juvista in previous trials may also be seen when administered to existing scars whilst the scar is maturing. This proof of concept study will therefore investigate the effect of Juvista in Caucasian male and female patients when administered to scars that are between two and six months old. Scarring in the skin can vary hugely between individuals; therefore the most reliable way to assess the efficacy of an improvement of scar appearance is to use a model where each patient acts as their own control. A placebo will also be used for this trial as there are currently no approved pharmaceuticals for the improvement of scarring. A total of 20 patients will be allocated to one of two dosing groups. Patients who enter the study will have linear scars resulting from broken skin (e.g. trauma, surgery) between 7 and 20cm in length, as well as meeting other specific criteria. The scar to be treated will be divided into two equal segments. Each segment will receive an intradermal injection of Juvista or placebo on Day 0 and 24 hours later. The measure of change in scar appearance will be performed using colour analysis which will assess the change in colour between the Juvista treated segments versus the placebo treated segment of the scar, with reference to the surrounding skin within each patient.

The purpose of this study is to determine the safety and local toleration and histological effects of various dose levels of avotermin (Juvista) injected intradermally in healthy male volunteers.

The purpose of this study was to determine the safety of AZX100 Drug Product and to determine whether it was effective in preventing or reducing scars that were made from trocars following arthroscopic shoulder surgery.

The study is to investigate the long-term efficacy of perinatal tissue mesenchyme stem cells treatment on the appearance of a caesarean scar as compared to a similar untreated scar.