Review of Algorithm for Organizing and Implementing Immunization against Cervical Cancer

Zhanslu N. Sarkulova, Shara M. Nurmukhamedova

2025

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DOI 10.4103/wkbj.wkbj_7_26
Data confidence 70 medium
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Abstract

Cervical cancer remains a major global public health challenge, particularly in low- and middle-income countries, despite being largely preventable through effective human papillomavirus (HPV) vaccination. The development of structured algorithms for organizing and implementing HPV immunization programs is essential to maximize vaccine coverage and reduce disease burden. This mini-review summarizes current evidence on organizational and methodological approaches to HPV immunization, with a focus on an algorithmic framework for cervical cancer prevention. The reviewed literature highlights key components of successful immunization programs, including integration of HPV vaccines into national immunization schedules, identification of appropriate target populations – primarily preadolescent and adolescent girls – and delivery through routine healthcare or school-based platforms. Strong evidence supports the safety and efficacy of HPV vaccines, underscoring the importance of transparent risk communication and public education to build trust and address vaccine hesitancy. The review also emphasizes the role of healthcare provider training and system-level capacity building in overcoming social and organizational barriers to vaccine uptake. Epidemiological data demonstrate substantial global disparities in HPV vaccine coverage and cervical cancer incidence, reflecting unequal access to immunization and screening services. Countries with well-organized vaccination programs report high coverage rates and declining cervical cancer trends, whereas regions without national programs continue to experience a disproportionate disease burden. Based on the available evidence, the reviewed algorithm advocates a comprehensive, evidence-based strategy that integrates HPV vaccination with cervical screening and sustained community engagement. Implementation of such structured immunization algorithms has the potential to significantly reduce cervical cancer incidence, improve population health outcomes, and support global efforts toward cervical cancer elimination.