View clinical trials related to Genital Warts.
Filter by:primary purpose:Evaluate the prevalence and incidence of HPV infection and related diseases in subjects. Secondary purpose:Analyze risk factors of HPV infection and related diseases.
To evaluate the efficacy of SR-T100 gel by observing total clearance rate of treated baseline EGW(s) on the treated area.
This pilot clinical study is to evaluate the efficacy & safety of SR-T100 gel (2.3% of SM in Solanum undatum plant extract) in patients with VIN(s) or EGW(s).
This study is designed to evaluate the immunogenicity and tolerability of 9vHPV (9-valent HPV vaccine, V503) in 16- to 26-year old men and women. The overall goal is to bridge 9vHPV efficacy findings in young women to young men based on the demonstration of similar immunogenicity and safety profiles. The primary hypothesis is that 9vHPV induces antibody responses at 4 weeks postdose 3 in heterosexual males that are non-inferior to antibody responses in young women.
Overview and rationale: Through Swedish health care registers it is possible vaccine effectiveness. The overall aim is to develop tools for fast and reliable evaluation of vaccines focusing on effectiveness. In this study the investigators will assess the population impact on condyloma prescribed drugs after HPV-vaccination and to estimate the economic burden of hospitalizations due to condyloma. Genital warts (condyloma) are one of the most common sexually transmitted diseases in Sweden, estimated 20 000 identified cases per year, and are primarily treated with Podofyllotoxin and Immiquimod. One of the approved HPV vaccines also protects against condyloma. In clinical trials, this vaccine is safe and highly efficacious (90-100%) against persistent infection with HPV 6 and 11 and genital warts in women and men. However, these results are from clinical trials and do not answer the question weather the vaccine works when delivered, as it would be in the real world. By linkage between the Svevac, the patient register and the Drug prescription register the investigators can estimate the effectiveness of the HPV vaccine in preventing cases of condyloma in a defined population. Method and execution: This is a retrospective collection of data from Swedish health care registries where the study population will consist of persons who are HPV-vaccinated as well as a non-HPV-vaccinated control group (identified through the population-based register, matched on sex, age and living area). The primary statistical analysis will be a calculation of prescriptions of condyloma treatments after vaccination compared to the non-vaccinated control group.
The purpose of this study is to examine the effect of 400 mg of oral zinc gluconate on genital warts. Our hypothesis is that there will be a 10% difference in complete clearance of genital warts in the group randomized to oral plus standard of care compared to those randomized to placebo plus standard of care.
This is a longitudinal observational study of women presenting to Groote Schuur Hospital with genital warts. The study will evaluate the socio-demographic characteristics of the women using a structured questionnaire. It will also document the site and extend of the genital warts and genotyping will be performed on the warts. HIV status will be determined with patient consent, treatment modalities will be documented as will the outcome of treatment over a 6 month's period. Risk factors for recurrence or failure of treatment will be analysed as will the costs of treating women with genital warts.
This open, monocentric study is designed to investigate plasma concentrations of certain catechins after topical application of Veregen 15% ointment to genital or perianal warts in comparison to catechin plasma concentrations after oral intake of a defined dose of green tea beverage. The study is intended to demonstrate that topical administration of Veregen 15% induces catechin plasma concentrations lower or equivalent to those that can be reached with normal consumption of green tea.
This study will evaluate whether V503 (9vHPV vaccine), is well tolerated in girls and women between 12 and 26 years old who have previously been vaccinated with GARDASIL™. Participants will receive vaccination with 9vHPV vaccine or placebo on Day 1, Month 2, and Month 6 of the Base Study. Participants who receive placebo in the Base Study will be eligible to receive vaccination with 9vHPV vaccine on Day 1, Month 2, and Month 6 of the Extension Study.
To determine if delayed dosing of recombinant human papillomavirus (HPV) quadrivalent (Types 6, 11, 16, and 18) vaccine in 9-18 year old girls elicits an equivalent immune response (geometric mean titers to HPV 6,11,16, and 18 as measured one month after receipt of a 3rd dose of HPV vaccine) when compared to vaccine delivered according to the recommended dosing schedule. This is a prospective observational study of healthy 9-18 year old female patients receiving either a second or third dose of HPV vaccine as part of their well child care. Immune responses to HPV types 6, 11, 16 and 18 will be measured both before and 1 month after the third dose of HPV vaccine with the purpose of comparing the immune responses to HPV vaccine when administered at naturally occurring longer dosing intervals to the immune response to HPV vaccine when administered as routinely recommended. Girls receiving a 3rd dose of HPV vaccine in addition to concomitantly administered vaccines by injection were randomized to receive either the HPV vaccine first or their concomitantly administered vaccines first. Pain following vaccination was assessed in each arm using the Faces Pain Scale - Revised. Please note: This record refers only to the randomized portion of the study where pain following vaccination was assessed. Please refer to NCT02280642 for the observational portion of the study.