Breaking barriers, building bridges: How collaboration and innovation can overcome barriers to cervical cancer screening
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Although cervical cancer is on the brink of elimination, more than 300,000 women are lost to this preventable disease each year.¹ Nearly 90% of these deaths occur in low- and middle-income countries, but even wealthy nations like the United States see about 4,000 deaths each year.²
It’s astonishing that cervical cancer is so deadly because we know so much about it. Almost all cases of cervical cancer are caused by the human papillomavirus (HPV), a common virus. Cervical cancer progresses slowly, offering ample opportunity for prevention through early detection and screening. Yet millions of people miss out on screening tests and follow-up care that could save their lives. Even in the United States, 20% to 50% of women diagnosed with cervical cancer were not screened during the five years before their diagnosis.2
Why is this happening? The reasons are complex, from poor access, knowledge gaps and fear among patients to staff shortages and limited resources for healthcare professionals.3 This web of obstacles stands in the way of the World Health Organization’s ambitious goal to eliminatecervical cancer by 2030.4
Yet there’s hope on the horizon. Recent innovations and collaborations show new ways to overcome barriers, such as embarrassment, anxiety and access.
A web of obstacles
Barriers to cervical cancer screening create a complex and often interconnected web of obstacles that can prevent patients from accessing preventive care.4
Barrier 1: Embarrassment and shame
Bridge: Collaboration, technology and self-collection
It goes without saying that most women don’t eagerly anticipate pelvic exams. Who feels at ease lying naked on an examining table, feet in stirrups, speculum inserted? It’s a vulnerable place to be, and it’s one of the reasons many women delay cervical screenings.5
For some, trauma, gender dysphoria6 or religious beliefs further heighten discomfort. In Malaysia, where modesty is a significant cultural consideration to the majority Muslim population, cervical screening uptake was as low as 12.8%.7 Program ROSE(Removing Obstacles to Cervical ScrEening) directly addressed this by offering women the opportunity to self-collect their own vaginal sample for a high-precision HPV test followed by quick delivery of results and follow-up via mobile phone.8
The 2018 pilot screened 4,188 women, achieving 89% follow-up for those who tested positive. Program ROSE tripled daily screening and was widely accepted by patients and healthcare professionals alike, with more than 95% of women saying they would recommend self-sampling. It’s important to note that 35% of the women in the Project ROSE pilot had never had a Pap Smear before.8
Barrier 2: Fear and anxiety
Bridge: Knowledge, education and more frequent screenings
Fear is also a significant deterrent to screening: fear of the procedure, pain, judgment or the diagnosis itself.
A study in Shenzhen, China, found that nearly three quarters of participants suffered from pre-procedural anxiety.9 However, women who had been screened three times or more felt less anxious about their screenings, suggesting that familiarity and knowledge reduce fear. (See Figure 2.) The interval and results of past screenings influenced anxiety as well. For example, women who didn’t know their past screening results felt less confident and more worried about engaging in a new round of screening.
Knowledge gaps about HPV are common, and educating patients about the screening process and results can significantly ease anxiety. Explaining what will happen and answering questions ahead of the procedure, coupled with more regular screening, could help demystify the screening process and help patients feel more at ease.
More screening = less fear
A study in Shenzhen, China, found that three quarters of patients surveyed suffered from anxiety before cervical cancer screening. Patients with more cervical cancer screening experience were less likely to be afraid because they knew what to expect.9
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Barrier 3: Access to care
Bridge: Bringing care to the patients
Connecting patients with care is a fundamental challenge, whether for uninsured women in the United States, immigrants in Europe10 or women in rural Africa.8
In the Rio Grande Valley of Texas, a region with high poverty and high cervical cancer rates, mobile clinics have proven transformative. These fully-equipped clinics traveled to communities, offering education, HPV vaccination, screening and colposcopy services for women who hadn’t had a Pap smear in more than three years.8
A study showed that the mobile clinic program increased the proportion of women with cervical dysplasia who underwent Loop Electrosurgical Excision Procedure (LEEP) within 90 days of colposcopy, significantly accelerating treatment. This highlights the power of innovative outreach to overcome geographical and logistical hurdles.11
Barrier 4: Embarrassment, access and fear
Bridge: Self-collection
To improve cervical cancer outcomes, it’s crucial that we recognize the range of barriers that impede early detection and screening efforts. It’s equally important that we stay up-to-date on new ideas and technologies that could overcome those barriers — and consider them for our own communities and practice.
Self collection has the potential to overcome multiple barriers simultaneously — embarrassment, fear and access. A 2024 survey conducted in 12 countries found that more than 70% of women have an interest in using a self-collection vaginal swab test at the doctor’s office.5
While recently approved for use in U.S. healthcare settings, countries like Australia, Canada and several in Europe are already exploring home-based screening options. In England, a recent trial showed that home test kits, including self-collection for HPV screening, could increase screening rates to 77% over three years.12
Wherever screening happens, healthcare providers remain central to the process. Self-collection is not a replacement for clinical expertise; it’s just a way to meet women where they are, using the same highly sensitive Roche technology as a clinician-collected sample. When a patient tests positive for HPV via self-collection, the OB/GYN still guides the crucial follow-up care, including colposcopy, biopsy and treatment, maintaining their indispensable role in the patient’s journey.
Ultimately, self-collection is a value-add, not a takeaway, for both clinicians and patients. It expands access, empowers individuals and allows OB/GYNs to focus their expertise on guiding complex care pathways, all contributing to our collective goal of eliminating cervical cancer worldwide. Continued efforts to educate women about cervical cancer screening, in combination with providing different options that meet them where they are and what they are comfortable with, will help overcome barriers and improve access to screening.
If you’d like to learn more about HPV self-collection and how it could help you reach more patients, tap into these resources. For inspiration, watch this documentary about conquering cervical cancer in the USA.
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Author
Rebecca Ewald
Lifecycle Leader for Oncology Assays
Rebecca Ewald is the lifecycle leader for oncology assays at Roche Diagnostics. With her team, she’s responsible for managing the majority of the tissue diagnostic assay product portfolio that serves Roche’s anatomic pathology lab customers and cervical cancer screening programs worldwide. A German/American dual citizen, Ewald earned a Ph.D. in neuroscience from Cold Spring Harbor Laboratory in New York. She joined Roche in 2008 and has held roles in sales, global business development and global marketing. Ewald is passionate about delivering value for customers and patients and inspired to make a worldwide impact on healthcare. She lives in Arizona.
References
Conquering Cancer. Conquering Cervical Cancer USA. 2025. Website available at: https://conqueringcancercampaign.com/conquering-cervical-cancer-usa/[Accessed July 2025]
McDowell, S. Cervical Cancer Leads Cancer Deaths for Women in 37 Countries. American Cancer Society. 2024. Article available at: https://www.cancer.org/research/acs-research-news/cervical-cancer-leads-cancer-deaths-37-countries.html[Accessed July 2025]
Mantula F, Toefy Y, Sewram V. Barriers to Cervical Cancer Screening in Africa: a Systematic Review. BMC Public Health. 2024. Paper available at: https://pmc.ncbi.nlm.nih.gov/articles/PMC10877795/ [Accessed July 2025]
Farajimakin O. Barriers to Cervical Cancer Screening: A Systematic Review. Cureus. 2024. Paper available at: https://pmc.ncbi.nlm.nih.gov/articles/PMC11347962/ [Accessed July 2025]
Understanding HPV. Roche Diagnostics. 2024. Survey results available at: https://assets.roche.com/f/176343/x/60b63acdab/hpvreport-pdf_final_en.pdf[Accessed July 2025]
Welsh EF, Andrus EC, Sandler CB, et al. Cervicovaginal and Anal Self-sampling for HPV Testing in a Transgender and Gender Diverse Population Assigned Female at Birth: Comfort, Difficulty, and Willingness to Use. Preprint. 2023. Paper available at: https://pubmed.ncbi.nlm.nih.gov/37645965/[Accessed July 2025]
Woo YL, Ooi L, Saville M. Program ROSE: a Revolutionary Strategy in Cervical Screening. HPV World. Article available at: https://www.hpvworld.com/articles/program-rose-a-revolutionary-strategy-in-cervical-screening/[Accessed July 2025]
Moonshine Agency, Conquering Cervical Cancer in the USA. 2024. Video available at: https://www.pbs.org/video/conquering-cervical-cancer-s4wd2u/[Accessed July 2025]
Lin W, Huang W, Mei C, et al. Pre-Procedural Anxiety and Associated Factors Among Women Seeking for Cervical Cancer Screening Services in Shenzhen, China: Does Past Screening Experience Matter?. Front Oncol. 2022. Paper available at: https://pmc.ncbi.nlm.nih.gov/articles/PMC9296811/[Accessed July 2025]
Gele AA, Qureshi SA, Kour P, Kumar B, Diaz E. Barriers and Facilitators to Cervical Cancer Screening Among Pakistani and Somali Immigrant Women in Oslo: a Qualitative Study. Int J Womens Health. 2017. Paper available at: https://pubmed.ncbi.nlm.nih.gov/28740435/[Accessed July 2025]
Varon M, Salcedo MP, Fellman B, et al. A Comprehensive Program to Improve Treatment of Precancerous Cervical Lesions in the Rio Grande Valley of Texas. J Public Health Manag Pract. 2024. Paper available at: https://pmc.ncbi.nlm.nih.gov/articles/PMC11844258/[Accessed July 2025]
Gallagher, J. DIY Kits May See Million More Cervical-Cancer Tests. BBC. 2024. Article available at: https://www.bbc.com/news/articles/cjk3z57nd1do[Accessed July 2025]