Dear Editors,
a great majority of cervical cancers (CCs) may potentially be prevented by 1) primary prevention through vaccination against the aetiological factor of this disease — the Human Papillomavirus (HPV), and 2) secondary prevention — identification of precancerous lesions through screening and effective treatment to avoid development of invasive CC. In 2020 World Health Organization (WHO) issued a “Global strategy to accelerate the elimination of cervical cancer as a public health problem” (the threshold of 4 cases/100 000 women-years) [1]. It assumes achieving: 1) 90% of girls fully vaccinated with HPV vaccine by age 15 years; 2) 70% of women screened with a high-performance test by 35 years of age and again by 45 years of age and 3) 90% of women identified with cervical disease receiving treatment (90% of women with precancer treated, and 90% of women with invasive cancer managed). Some countries [2, 3] including Poland [4] elaborated consecutive plans or roadmaps to tackle the burden of CC. However, implementation of required solutions to achieve WHO goals might be a challenge not only for developing but also for some of the more developed countries.
Currently CC ranks as the fourth most common cancer and cancer related cause of death in the world [5]. Both CC incidence and mortality have been gradually decreasing for more than thirty years in Poland [6] but age-standardized incidence and mortality rates are still considerably higher than in European countries with most effective CC prevention programmes. In 2006/2007 an organized population-based cervical cancer screening was implemented in Poland offering free-of-charge Pap test for women aged 25–59 (extended to age of 64 in year 2023) at 3-year intervals and colposcopy with/without biopsy for women when clinically indicated. The programme has never obtained coverage of more than 30% of the target population but between 2004–2019 the declared participation in CC screening rose markedly [7]. A 20%-point jump in participation was noted between years 2004 and 2009 in age groups 30–69 most evidently in opportunistic screening. This was the result of popularisation of CC prevention through cytology, rise in awareness among women and a wider access to screening, most likely because of the introduction of the programme. In 2016 regional coordination of the programme was stopped as well as postage of the invitations by the decision of the Ministry of Health. The Ministry took over the funds and the responsibility from the Central Coordination Centre for reaching and maintaining of the high level of the programme coverage. Fail-safe-system was however introduced (tracking women with positive results and no consecutive triage/diagnostic procedures) and quality assurance measures including audit of false-negative Pap smears and interval cancers were implemented [8]. Audits of quality assurance have been undertaken and published only for single centres operating in opportunistic screening [9]. Central Coordination Centre has no legal bases to audit performance of opportunistic screening. The quality of opportunistic screening is largely unknown and most likely unsatisfactory since population coverage is considerable, but CC burden is higher than in some countries with similar or worse structure of the self-reported participation in screening [10]. Only screening procedures in the programme are registered and audited since there is no central registry of opportunistic screening. More sensitive than exfoliative cytology, HPV molecular testing is available within both reimbursed and private-based gynaecological services. Advanced works are under way to introduce HPV-based screening into the screening programme [11, 12]. HPV-based screening with the use of self-sampling has been proposed to facilitate access to screening [13] as well as guidance on triage/further diagnostics during COVID pandemic [14]. Measures have been undertaken to standardise colposcopy procedures [15]. Efforts are made to measure the quality of healthcare services [16] in Poland however the data on the quality of management of invasive and preinvasive cervical neoplasia are scarce. Considerable regional differences are however noted for CC incidence and mortality in the country [17] which may result from inequalities in access to healthcare services and their differing performance.
No effective treatment of HPV infection is available yet worldwide. Despite very common use of intravaginal gels and other products and their promotion even with active engagement of respectable experts in Poland, current scientific evidence-based data are insufficient to support any idea of “accelerating spontaneous regression” or treatment of HPV [18]. Therefore, prophylactic immunisation remains the only registered and evidence-based method on pharmaceutical market to impact HPV infection burden.
After many years of efforts from medical societies, experts, patient organisations and other stakeholders, population-based, free-of-charge HPV vaccination programme for 12–13-year-old teenagers was implemented in Poland on the 1st of June 2023 because of execution of National Strategy for Oncology [11]. Current availability and reimbursement of HPV vaccines in Poland is presented in Table 1. Despite media campaigns run by the Ministry of Health and various educational activities for Healthcare Professionals (HCP) after almost six months of programme the coverage is insufficient (Tab. 2) and will probably not exceed 35–40% after the first year and Gardasil-9 is most commonly provided (Tab. 3).
Table 1. Current availability and reimbursement of HPV prophylactic vaccines in Poland |
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Vaccine |
Gardasil-9 |
Cervarix |
HPV vaccination programme for 12–13-year-old teenagers (both sexes–gender neutral) |
Yes |
Yes |
100% reimbursement (free-of-charge) in prescription for individuals aged 9–18 years |
No |
Yes |
50% reimbursement for individuals aged 18 and above |
No |
Yes |
Table 2. Current status of HPV-vaccination programme for 12–13-year-olds in Poland [21] |
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12–13-year-old teenagers — target cohort |
e-Vaccination Cards — n (%) |
|
Girls |
418 233 |
85 193 (20.37%) |
Boys |
440 602 |
49 300 (11.19%) |
Total — both sexes |
858 835 |
134 493 (15.66%) |
Data on target cohort for 31st of December 2022. Data for vaccination for 15th of November 2023 |
Table 3. Use of products in the HPV-vaccination programme in Poland — data for November 2023 [21] |
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Vaccine type |
Gardasil-9 |
Cervarix |
Number of doses provided (%) |
121 870 (89.85%) |
13 761 (10.15%) |
Therefore, multilevel and multidirectional actions are required both in primary and secondary prevention for Poland to approach the WHO goals of CC elimination. Proposed key steps and activities are presented in Table 4. Progress in achieving WHO goals for CC elimination should be regularly monitored and reported. On these bases conclusions for future solutions should be formulated. Cervical cancer elimination goals and centres were established in several countries [19, 20] and creation of such a centre should be considered also in Poland. In close collaboration with the Ministry of Health it could take on responsibilities to advance WHO CC elimination goals, coordinate and monitor comprehensive CC prevention in Poland. Reorganisation of CC prevention in Poland will require proper decisions by the ministry decision-makers, consensus and collaboration of stakeholders including professional societies, experts and dedicated organisations. However, the crucial factor will be the education of the society to increase uptake of CC screening and HPV vaccination as an important part of health literacy.
Table 4. Proposed key steps to increase effectiveness of CC prevention in Poland |
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Primary prevention — HPV vaccination |
Secondary prevention — screening |
Tertiary prevention — treatment of invasive CC |
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Conflict of interest
MSD, GSK — lectures, educational and scientific projects.