View clinical trials related to Warts.
Filter by: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.
The purpose of this study is to look at how people respond to the treatment of warts through use of the Candida antigen to get an immune response to rid the body of human papillomavirus (HPV). The immune system is the part of the body that fights infections like HPV which causes warts. This research study will examine the response of your wart when injected with a portion of a common yeast (candida) which is the study drug. Your immune system response will also be looked at by doing a test called an ELISPOT assay. This test is done on blood samples. The results of this test may help us to determine how the Candida antigen affects your wart.
Verruca vulgaris, otherwise known as the common wart, is caused by the human papillomavirus (HPV). Common warts are generally located on the hands and feet, but can also occur elsewhere (e.g., any areas of frequent contact). Common warts have a characteristic cauliflower-like surface, are typically slightly raised above the surrounding skin and are generally diagnosed by visual inspection.The treatment of warts poses a therapeutic challenge for physicians. No single therapy has been proven effective at achieving complete remission in every patient.This study will aim to evaluate an up-to a three-day course of therapy with 0.05% PEP005 Topical Gel.
The purpose of this study is to assess the safety, tolerability and activity of GS-9191 ointment in the treatment of genital warts. GS-9191 ointment is intended for topical application directly to genital warts on the skin.
Patients on immunosuppressive therapy, e.g. organ recipients, have a higher occurrence of AK than the untreated population. Keratotic lesions (i.e. AK lesions and warts) in this population is highly associated with development of SCC also with 10 times higher mortality rate because of SCC than expected. The risk of developing skin cancer, predominantly SCC and BCC, increases with graft survival time and the length of immunosuppressive treatment period. The higher risk of developing skin malignancy and more aggressive skin malignancies in this population, indicate the need for early removal of these pre-malignant lesions. In this study, two contralateral areas (5x10 cm2) with skin lesions within the patient will be compared. One area will receive Metvix PDT at defined intervals and the other will receive lesion specific treatment at the discretion of the investigator. The primary end-point will be the accumulated number of new lesions during the study and number of AK lesions that show complete response 3 months after baseline. Secondary endpoints will be number of BCC lesions that show complete response, number of recurrent lesions, assessment of cosmetic outcome and safety.
This study is a double-blinded, controlled clinical intervention trial to evaluate the efficacy of duct tape occlusions therapy for the treatment of common warts. 80 patients completed this study, and were randomized 1:1 to receive pads which contained either moleskin+transparent duct tape or moleskin alone. The patients wore the pad over the target wart for 7 days at a time, removed the pad on the evening of the 7th day, and replaced the pad on the 8th day. This cycle was repeated for 8 weeks or until the wart resolved. The hypothesis was that duct tape occlusion therapy would be more therapeutic than moleskin for the treatment of the common wart. However, in our study there was only 21% resolution rate in the duct tape arm vs. 22% in the control group.
The purpose of the study is for recalcitrant hand and foot warts to compare the efficacy of treatment with Intense Pulsed Light and paring versus paring alone.
A Double-blind, placebo-controlled trial investigating the effect of a treatment with zinkgluconaat for verrucae vulgares
The purpose of this study is to compare the recurrence rate following total clearance of external genital warts (EGWs) when clearance has been obtained by imiquimod (3 applications per week for 4 weeks) followed by ablative therapy (laser or electrocautery therapy) with that from just ablative therapy treatment alone.
Photodynamic therapy (PDT) has been developed as a promising new cancer treatment modality, which involves the uptakes of a photosensitizer by tumor cells, followed by the activation of photosensitizer with approximate wavelength of light. The mechanisms of the PDT-induced cytotoxic effect relate to singlet oxygen and other reactive oxygen intermediates generated by PDT, which give rise to cellular stress and cause cell death. Previously, using the homemade LED light source, we have shown that ALA-PDT is effective for the treatment of premalignant lesions such as mucosal dysplasia and carcinoma in situ of oral cavity. Due to the advantages of low cost, high reliability, and portability, LED light source provides an alternative approach for the light irradiation of PDT. Verruca vulgaris are benign skin papillomas caused by the human papilloma virus (HPV). They are very common and can affect many different sites including the face, hands, feet and genitalia. Although the present therapeutic approaches are more or less effective in eradicating the lesions, relapses are very common. Furthermore, at times the anatomical location and depth of lesions often make the treatment difficult, time-consuming and painful. Therefore, it is necessary to develop new modalities for wart treatment. The purpose of this clinical trial is to develop topical ALA-PDT as an alternative treatment of wart but without the unwanted side effects of pain and burning. To fulfill this goal, the following works will be performed. First, topical ALA formulation and LED array will be specifically designed and developed for the skin lesions. Second, the efficacy of the ALA formulation designed for wart treatment will be evaluated with in vivo fluorescence imaging system. Third, the therapeutic efficacy of ALA-PDT will be evaluated by using a LED array designed for skin irradiation. Forth, the unwanted side effects of pain and burning will be further compared between red and green LED array.