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Point-of-Care (POC) for HPV-related genital cancers

Editors: Paolo Giorgi-Rossi, Maria Lina Tornesello & Franco Maria Buonaguro

© "Students que up for tests before accessing the Cervical Cancer Screening service

Point-of-Care (POC) or Point-of-Care Testing (POCT) have been generally intended for rapid diagnostic testing (<90 minutes) to detect and diagnose infectious diseases quickly, close to the patient-healthcare interface. The COVID-19 pandemic has underlined the potential uses of POCT devices on a large scale to detect infectious diseases and for public health risk management as well as protecting fragile cancer patients. The study and the implementation of POC for HPV-based screening is stretching out to its current maximum potential the concept of rapid diagnosis of chronic infectious disease, with risk of cancer progression, to include clinical validation and treatment, to provide each woman, also in LMICs, with the possibility of effective secondary prevention of cervical cancer. In the last 5 years, the Infectious Agents and Cancer journal hosted some paradigmatic pieces of the scientific debate on HPV screening in sub-Saharan Africa (Mungo 2024, Dreyer 2024; Parhm 2023; Moyo 2023; Desai 2020; Onyango 2020). This collection is willing to highlight the richness of the debate, presenting the results and focusing on the open questions. These start from how to reach the women who mostly can benefit from screening, increasing their awareness, health literacy and, finally, participation in screening, including the opportunity of introducing self-sampling and how to propose it. The main barrier to a massive screening in LMIC is still the cost of the intervention, researchers are working to develop and validate HPV assays that are sustainable and feasible as POCT, possibly clinically validated also on self-sample. The one-step screening needs to rapidly identify women that can deserve treatment possibly avoiding histological assessment. Studies are investigating the best triage strategies to stratify women according to their risk of CIN3+. Accurate triage and risk stratification also open the question of how to manage woman who are HPV-positive and triage-negative; these women finitely do not deserve treatment but have a high risk of CIN3+ in the future. Defining appropriate, feasible, and acceptable follow up strategies for these women is a new research need. The collection of the included studies goes from the laboratory to the community, from the validation of new molecular methods to capacity building of professionals and community involvement.

  1. The World Health Organization recommends human papillomavirus (HPV) testing for primary cervical cancer screening, including among women living with HIV (WLWH). Low-and-middle-income countries account for 85% ...

    Authors: Chemtai Mungo, Anagha Guliam, Lameck Chinula, Federica Inturrisi, Lizzie Msowoya, Tawonga Mkochi, Siniya Jawadu, Silvia de Sanjosé, Mark Schiffman, Jennifer H. Tang and Jennifer S. Smith
    Citation: Infectious Agents and Cancer 2024 19:24
  2. Cervical cancer screening strategies should ideally be informed by population-specific data. Strategies recommended for secondary prevention, are often inadequately studied in populations with high cervical di...

    Authors: Greta Dreyer, Cathy Visser, Gerrit Jan Dreyer, Matthys H. Botha, Frederick H. van der Merwe, Karin L. Richter and Leon C. Snyman
    Citation: Infectious Agents and Cancer 2024 19:22
  3. This study aims to evaluate the feasibility and applicability of an online cervical cancer screening program using a website as the public platform and self-collected HPV testing as the primary screening method.

    Authors: Yi Zhang, Hui Du, Chun Wang, Xia Huang, Xinfeng Qu and Ruifang Wu
    Citation: Infectious Agents and Cancer 2024 19:16
  4. WHO has recommended HPV testing for cervical screening where it is practical and affordable. If used, it is important to both clarify and implement the clinical management of positive results. We estimated the...

    Authors: Groesbeck P. Parham, Didem Egemen, Brian Befano, Mulindi H. Mwanahamuntu, Ana Cecilia Rodriguez, Sameer Antani, Samson Chisele, Mukatimui Kalima Munalula, Friday Kaunga, Francis Musonda, Evans Malyangu, Aaron Lunda Shibemba, Silvia de Sanjose, Mark Schiffman and Vikrant V. Sahasrabuddhe
    Citation: Infectious Agents and Cancer 2023 18:61
  5. Low- and middle-income countries (LMICs) account for nearly 85% of the global cervical cancer burden, yet have the least access to high-performance screening. International guidelines recommend human papilloma...

    Authors: Sikhulile Moyo, Doreen Ramogola-Masire, Natasha O. Moraka, Leabaneng Tawe, Farzad Noubary, Kesego Motsumi, Godiraone Manowe, Boitumelo Zuze, Botshelo Radibe, Faith T. T. Hungwe, Terence Mohammed, Comfort Maphorisa, Roger Shapiro, Simani Gaseitsiwe and Rebecca Luckett
    Citation: Infectious Agents and Cancer 2023 18:29
  6. Cervical cancer screening is slowly transitioning from Pappanicolaou cytologic screening to primary Visual Inspection with Acetic Acid (VIA) or HPV testing as an effort to enhance early detection and treatment...

    Authors: Calleb George Onyango, Lilian Ogonda, Bernard Guyah, Clement Shiluli, Gregory Ganda, Omenge Elkanah Orang’o and Kirtika Patel
    Citation: Infectious Agents and Cancer 2020 15:68
  7. Accelerated global control of cervical cancer would require primary prevention with human papillomavirus (HPV) vaccination in addition to novel screening program strategies that are simple, inexpensive, and ef...

    Authors: Kanan T. Desai, Kayode O. Ajenifuja, Adekunbiola Banjo, Clement A. Adepiti, Akiva Novetsky, Cathy Sebag, Mark H. Einstein, Temitope Oyinloye, Tamara R. Litwin, Matt Horning, Fatai Olatunde Olanrewaju, Mufutau Muphy Oripelaye, Esther Afolabi, Oluwole O. Odujoko, Philip E. Castle, Sameer Antani…
    Citation: Infectious Agents and Cancer 2020 15:60