An observational study in HPV Infection, sponsored by International Vaccine Institute. Recruiting at 8 sites in 8 countries. Open to female participants aged 9 Years to 50 Years, including healthy volunteers. Per ClinicalTrials.gov, last updated 2025-07-16.
Sponsored by International Vaccine Institute · Observational
This study is a multi-country and multi-site project to estimate the point-prevalence of high-risk (HR) HPV genotype infections among representative samples of girls and women aged 9-50 years, and among specific sub-populations to estimate the incidence of persistent HPV infection among sexually active young women. The data to fulfill the objectives will be collected through a series of Cross-Sectional Surveys (CSS) and Longitudinal Studies (LS) in all 8 countries 3 South Asian countries including Bangladesh, Pakistan, Nepal and 5 sub-Saharan African countries including Sierra Leone, Tanzania, Ghana, Zambia and DR Congo. Qualitative sub-studies (QS) will be conducted in selected countries and populations following the CSS to further understand and unpack risk factors for HPV infection as well as to explore how gender-related dynamics including perceptions of gender norms and stigma, influence HPV burden and/or create barriers that shape girls/women access to and uptake of HPV prevention, screening, and treatment services. Specific study protocols and corresponding ethical applications for the qualitative sub-studies will be developed separately.
The study will incorporate a harmonized protocol among the 8 countries to estimate point-prevalence of high-risk HPV (HR HPV) in low socio-economic populations and, among specific sub-populations, the incidence of persistent HPV infection. Due to differences in study settings, study population, targeted age-group, and eligibility criteria, country-specific protocols will be developed to complement the multi-country master protocol. In the master protocol, general principles on study design and methodology will be described, while the country-specific protocol will elaborate in more detail on methodology in each country related to subject identification, the enrolment process, and laboratory analysis. A standardized survey questionnaire, with some minor country-specific adaptations, and laboratory assays will be implemented throughout the participating countries in order to generate comparable data.
Two separate approaches will be implemented to estimate prevalence and incidence respectively in each participating country. First, cross-sectional surveys (CSS) will be conducted in both urban and rural areas of selected countries in order to estimate the point prevalence of HPV infection in sub-Saharan Africa and South Asia. The CSS will enrol girls and women aged 9-50 years, with equal sample size from four age-strata: 9-14, 15-20, 21- 30, 31-50. For specific populations, age-strata will be modified to include 12-35 years olds considering the target population characteristics and local context. Multi-stage cluster random sampling or another applicable sampling strategy will be applied to ensure representativeness. Urine samples will be collected for HPV testing, along with data on demographics, socioeconomic status, sexual and reproductive history, attitudes towards and awareness and uptake of cervical cancer screening and HPV vaccination, and potential risk factors for HPV infection and cervical cancer. Additional data will be collected on knowledge of HPV, and attitudes, uptake and use of vaccines, using standardized questionnaires and case report forms.
Second, Longitudinal studies (LS) will estimate the incidence of persistent HPV infection in sexually active girls and young women in geographically defined communities and special populations. Depending on the country setting, the LS will enroll sexually active girls and women who are aged between 15-35 years and follow them up to 24 months. Participants will be tested every 6 months for 24 months to determine incident persistent HR HPV infection. In selected countries, urine and self-collected vaginal swabs (SCVS) will be collected at the first visit to determine the comparability of HPV genotyping results from both sample types. For all the other visits, only SCVS will be collected. Data on demographics, socioeconomic status, sexual and reproductive history, cervical screening, HPV vaccination, and other potential risk factors will be collected using standardized questionnaires.
Furthermore, the qualitative sub-studies in five selected countries (Bangladesh, Nepal, Pakistan, Sierra Leone, DR Congo) will follow and draw on findings from the CSS, focusing on girls and women of different age strata as well as community members (including boys and men) and key informants in the health care system in each study site. Qualitative study methods will vary depending on the site and CSS findings, but will include both individual in- depth interviews (IDIs) (up to \~ 30 individuals per site), key informant interviews as well as multiple focus group discussions (FGDs) with \~6-8 participants/group. Detailed qualitative study methodology will be developed separately as another study protocol and adapted according to the procedures for each site.
576 studies on the registry are indexed under Papillomavirus Infections; 132 are open to participants now.
This study's planned enrollment of 29,750 is above the median of 490 across 157 observational studies indexed under Papillomavirus Infections.
Browse Papillomavirus Infections studies →International Vaccine Institute is the lead sponsor of 47 studies on the registry; 12 are open to participants now.
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The study will enroll girls and women aged 9-50 years old, with equal distribution across the following age strata: 9-14, 15-20, 21-30, and 31-50 years.
Go through the criteria one by one — yes, no or not sure — and take the list to your doctor or the study team. Kept in this browser only.
Exclusion Criteria:
There are total 14 CSS groups among 8 participating countries: Bangladesh has 3 groups for CSS (urban CSS, rural CSS, displaced population CSS); Pakistan has 3 groups for CSS (urban CSS, rural CSS, commercial sex worker population CSS); Nepal has 1 nationally representative CSS; Sierra Leon has 1 rural CSS; Tanzania has 2 groups for CSS (pastoralists CSS, displaced population CSS); Ghana has 1 urban CSS; Zambia has 1 group for urban \& rural representative CSS; DR Congo has 2 groups for CSS (population representative sample for urban and rural CSS, displaced population CSS)
Other: Urine Sample Collection
There are total 11 LS groups: Bangladesh has 2 LS groups (married women up to 25 years-old \& 26-35 years old); Sierra Leone has 2 LS groups (Young girls subject to child marriage/early pregnancy \& general population); Tanzania has 2 LS groups (fishing, mining/tuck stop community \& general population) Other 5 countries have 1 LS group in each country.
Other: Urine Sample Collection · Other: Self-collected Vaginal Swab · Other: Blood Samples
The qualitative sub-studies in five selected countries (Bangladesh, Nepal, Pakistan, Sierra Leone, DR Congo) will follow and draw on findings from the CSS, focusing on girls and women of different age strata as well as community members (including boys and men) and key informants in the health care system in each study site. Qualitative study methods will vary depending on the site and CSS findings, but will include both individual in- depth interviews (IDIs) (up to \~ 30 individuals per site), key informant interviews as well as multiple focus group discussions (FGDs) with \~6-8 participants/group. Detailed qualitative study methodology will be developed separately as another study protocol and adapted according to the procedures for each site.
When urine is collected as a sample in either CSS or LS, first flow urine samples will be collected
Self-collected Vaginal Swab will be collected by the participant under the supervision of a trained nurse or other health care worker.
If funding permits, a blood sample may be collected from participants in LS once during the follow-up period. If blood sample collection was not feasible during a visit, two additional attempts may be made to collect blood samples from LS participants during the subsequent follow-up visits.
To estimate the prevalence (single time point detection) of HPV 16 and/or 18 infection among a representative sample of girls and women aged 9-50y in a range of settings.
HPV 16 and 18 are the most common types associated with an increased risk of cervical, anal, and other types of cancer. The incidence of HPV infection rises quickly after sexual debut and HPV infection is most common among young adults up to the age of 30, with incidence generally declining after that. The proposed age range of 9-50 years old for the CSS has been divided into four age-strata, 9-14, 15-20, 21-30, 31-50 years old, in order to understand the HPV prevalence among the age group targeted for primary series of HPV vaccine (9-14 years old), the age group targeted for multi-age cohort catch-up campaign (15-20 years old) and to gather prevalence data on older females.
Time frame: Q4 2023 to Q4 2024
To estimate the incidence of ≥6-month persistent HPV 16 and/or 18 infection (defined as two sequential type-specific positives with an interval of 6 months) in selected populations over 2 years.
The age range for the LS will target the age group that is anticipated to have the highest incidence (e.g. newly sexually active girls and women) or to meet the specific research needs. The progression of HPV infection can lead to the development of premalignant lesions in the epithelial lining, ranging from low-grade (CIN 1) to high-grade (CIN 2 and 3). Persistent infection with high-risk HPV genotypes can result in premalignant and malignant lesions which typically take over 10-20 years to develop. An endpoint of 6-month persistent HPV infection has been commonly used in both epidemiological studies of HPV infection and clinical trials of HPV vaccines.
Time frame: Q4 2023 to Q4 2026
To estimate the prevalence of high risk (HR) HPV infection among a representative sample of girls and women aged 9-50 years in a range of settings, and to evaluate potential risk factors for HPV infection.
This study aims to provide standard data among girls and women ages 9-50 in 8 countries, 3 in South Asia, and 5 in Sub-Saharan Africa, on the burden of HPV in a representative population sample of lower socio-economic status, as well as in particular vulnerable sub-populations of girls and women depending on the country.
Time frame: Q4 2023 to Q4 2024
To estimate the incidence of ≥6-month persistent HR HPV infection in selected populations over 2 years.
Countries have been selected such that there will be representation from countries with high, medium, or low HIV incidence, high and low cervical cancer incidence, those with or without HPV screening and treatment programs, and countries that are in various stages of prophylactic HPV vaccine rollout.
Time frame: Q4 2023 to Q4 2026
Descriptive statistics of the knowledge, attitudes, and beliefs regarding HPV vaccination, cervical cancer screening and treatment.
For each CSS and LS, study data will be summarized using descriptive statistics (mean, standard deviation, median, minimum, and maximum) for continuous variables, and counts and percentages for categorical variables. The denominator for each percentage will be the number of participants who were eligible for each CSS/LS unless otherwise specified.
Time frame: Q1 2024 to Q4 2025
Descriptive statistics of the perceptions of gender norms and stigma, and gender-related dynamics that may influence HPV burden and/or create barriers that influence girls/women's access to and uptake of HPV prevention, screening, and treatment services
For each CSS and LS, study data will be summarized using descriptive statistics (mean, standard deviation, median, minimum, and maximum) for continuous variables, and counts and percentages for categorical variables. The denominator for each percentage will be the number of participants who were eligible for each CSS/LS unless otherwise specified.
Time frame: Q1 2024 to Q4 2025
Sensitivity, specificity, Accuracy, ROC, Cohen's kappa coefficient of HPV genotyping results obtained from urine and self-collected vaginal swabs (SCVS).
In LS, participants will be tested every 6 months for 24 months to determine incident persistent HR HPV infection. In selected countries, urine and self-collected vaginal swabs (SCVS) will be collected at the first visit to determine the comparability of HPV genotyping results from both sample types. For all the other visits, only SCVS will be collected.
Time frame: Q1 2024 to Q4 2024
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Plan to share: Yes — Along with the protocol, metadata, data dictionary, and participant-level data will be shared. Additionally, statistical analysis plan and analytical codes used for creating the analysis results for each publication will also be shared if applicable. The final participant-level dataset will encompass demographics, primary and secondary outcomes as well as all survey data. The study datasets will initially be stored and organized in a study database using the REDCap, specifically designed for the GLOBE-HPV study. Additionally, all datasets will be stored in an open access repository, ViVli.org. Data will be deidentified in accordance with the Safe Harbor method. Following the guidelines, the following variables will be replaced or removed from the data sets prior to data sharing. Study ID will be replaced with Dummy ID All elements of dates will be removed from data sets All information about geographic subdivisions smaller than a state/province will be removed from data sets
Supporting information: Informed consent form
Time frame: Within 6 months of completion of the project, the complete dataset and associated code will be made available in an open access platform.
Access criteria: Access to this study data will be controlled by a managed access process whereby access is provided only after approval of the Data Use Agreement (DUA). Long-term access is freely provided to researchers.
Data sharing details ↗ · vivli.org
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Started Nov 2023 (actual). Primary completion is estimated for Dec 2027, 49 months after the start.
Of 53 non-industry observational studies under Papillomavirus Infections, half reached primary completion within 49 months of starting (the median), counting those still running; a quarter within 24 and three quarters within 92. This study's planned 49 months is close to that.
Counting every sponsor, half of 66 studies reached it within 46 months; a quarter within 24 and three quarters within 90.
How these figures are worked out, and which studies are left out of them.
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