View clinical trials related to Cutaneous Warts.
Filter by:Aim of the work: 1. Evaluate efficacy and safety of Intralesional HBV vaccine injection as a treatment of plane and genital warts. 2. Evaluate efficacy and safety of Intramuscular HBV vaccine injection as a treatment of plane and genital warts. 3. Compare the efficacy of different doses(0.3ml vs 0.5ml )of intralesional HBV vaccine injection for treatment of plane and genital warts. 4. Compare the efficacy of intralesional HBV vaccine injection vs Intramuscular HBV vaccine injection in treatment of plane and genital warts.
Cutaneous warts comprise an extremely common condition caused by infection with the human papillomavirus (HPV). Although most verrucae will disappear spontaneously, many patients do seek treatment. Current wart treatments do not target the cause of the lesion directly, resulting in variable treatment efficacies and high wart recurrence rates. AV2 is a broad-spectrum antiviral drug, that is capable of deactivating HPV. It is however not able to destruct the already infected cells, which raises the need for an additional ablative treatment i.e. salicylic acid (SA). Implementation of AV2-Salicylic acid (AV2-SA) combination therapy would ensure permanent lesion clearance by on the one hand inactivation of HPV by AV2, and on the other hand elimination of the lesion by SA treatment. The primary aim of this study is to assess the efficacy of AV2-SA treatment versus standard SA treatment, by comparing cure and recurrence rates of cutaneous warts between the two treatment groups (at 12 weeks and six months after randomization). The second aim is to assess the safety and tolerability of AV2-SA therapy. The third aim is to identify subgroups of cutaneous warts that have favorable response to treatment, by comparing cure rates in an HPV genotype-specific manner. This randomized controlled trial will enroll 260 participants with cutaneous warts who will either receive the AV2-SA combination therapy or SA control treatment. Real time monitoring will be possible by daily photographs sent via WhatsApp TM (a messaging application) as well as online follow-up questionnaires administered on several occasions. HPV genotyping will be performed on swab self-samples.
A total of 60 female patients (30 patients in each group) with cutaneious warts diagnosed by a consultant dermatologist on physical examination were included in this study. In Group A patients were subjected to liquid nitrogen cryotherapy (-196 0C) while patients in Group B were subjected to vitamin D3 (5mg/ml) for 3 sessions at every 3 weeks interval. Effectiveness in both groups was ascertained in terms of > 50% reduction in wart size by an expert dermatologist on physical examination at the end of third session. Patients were followed for further 6 weeks after last session to look for any sort of recurrence and remission.
The purpose of the study was to determine the efficacy of intralesional bleomycin in comparison to cryotherapy on participants having cutaneous warts.
This Phase 1 study is intended to explore the safety, tolerability, pharmacodynamics and efficacy of topical CyPep-1 as a potential treatment for HPV-associated conditions. Since this is a first-on-human study of a topical formulation, the first subjects will be monitored more frequently in order to establish the safety profile. Because clinical outcomes (i.e. reduction/clearance of the lesion) often require lengthy treatment / observation periods, the study design will primarily utilize clinical measurements of wart dimensions, along with HPV viral load as a biomarker of anti-viral effect.
Local hyperthermia at 44℃ can promote some alterations of immulogical indicators. The procedure is convenient in clinic, has high tolerance with less trauma and less pain. Based on domestic and abroad clinical practice, the investigators observed initially that local hyperthermia brought great benefits to cutaneous warts. In comparison with liquid nitrogen, the safety and efficacy of controllable infrared bioeffect system to treat skin disease has been evaluated. This proved it could be used in treatment of skin warts, and clinical trial met the requirements of Standards for quality control of clinical trials on medical devices, and can be used in product registration and declaration.
A phase 2, randomized, vehicle-controlled, double-blind study to assess the efficacy, safety and pharmacodynamics (PD) of topically applied CLS003 in otherwise healthy patients with cutaneous warts.
This phase I/IIa study has an open-label, First-in-Human (FIH), single center design to assess the safety, pharmacokinetics (PK) and pharmacodynamics (PD) of multiple doses of topically applied CLS003 in healthy subjects with cutaneous warts.
As many as 85 % of renal transplant patients may suffer from viral warts with a high degree of treatment resistance. Promising results of hLAC (human lactalbumin complex with lipid) point to a beneficial effect without noticeable side effects of bLAC (bovine lactalbumin complex with lipid). The aim of first clinical trial with bLAC is to show proof of concept in treatment of cutaneous wart lesions on hands and/or feet after local administration of bLAC in two dose groups to immune suppressed, kidney transplanted patients.