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Updated: Jun 3, 2025

Collection, Isolation, and Flow Cytometric Analysis of Human Endocervical Samples
Published on: July 6, 2014
Are we ready for self-sampling for cervical cancer screening? Insights from service providers and policy makers in
Saki Thapa1, Amit Timilsina2, Bikram Bucha1,3
1Research Department, Birat Nepal Medical Trust (BNMT), Kathmandu, Nepal.
Cervical cancer is the leading cancer among women in Nepal, but the country has very low screening rate, with only 8.2% of women being screened. In recent years, a self-sampling kit for testing for the human papillomavirus (HPV) has been developed to allow self-sampling and enable early detection of cervical abnormalities. This kit enables women to collect cervical samples without the need for trained healthcare providers or healthcare facilities. Nevertheless, there has been a notable absence of scientific studies to analyse the feasibility and acceptability of self-sampling for cervical cancer screening in Nepal, particularly from the perspective of various service providers. The qualitative research method used semi-structured in-depth interviews and key informant interviews with healthcare providers, online service providers, and policymakers. These interviews were conducted in person with 20 participants until data saturation was achieved. Thematic analysis was performed where the translated data was coded inductively using NVivo 12. The majority of the participants identified the self-sampling method as an alternative sampling option for detection of cervical abnormalities/cancer in Nepal. Barriers to self-sampling included a low level of knowledge and information, the cost of the self-sampling kit, unclear information regarding self-sampling process and concerns about inaccurate results among women and girls, who are the end users. Similarly, factors such as knowledge and information regarding the self-sampling technique, accessibility of available services and information, and national self-care guidelines and policies for cervical cancer screening were identified as facilitators for self-sampling. It is crucial to have evidence-based discussions, especially regarding the effectiveness of a self-care approach in cervical cancer screening and help create a supportive policy environment for implementing self-care strategies in Nepal. Furthermore, disseminating education and information nationwide through campaigns to raise awareness about self-sampling is essential among beneficiaries for the scaling up of self-sampling for cervical cancer in Nepal.
Cervical cancer is the leading cancer among women in Nepal, but the country has very low screening rate, with only 8.2% of women being screened. In recent years, a self-sampling kit for testing for the human papillomavirus (HPV) has been developed to allow self-sampling and enable early detection of cervical abnormalities. This kit enables women to collect cervical samples without the need for trained healthcare providers or healthcare facilities. Nevertheless, there has been a notable absence of scientific studies to analyse the feasibility and acceptability of self-sampling for cervical cancer screening in Nepal, particularly from the perspective of various service providers. The qualitative research method used semi-structured in-depth interviews and key informant interviews with healthcare providers, online service providers, and policymakers. These interviews were conducted in person with 20 participants until data saturation was achieved. Thematic analysis was performed where the translated data was coded inductively using NVivo 12. The majority of the participants identified the self-sampling method as an alternative sampling option for detection of cervical abnormalities/cancer in Nepal. Barriers to self-sampling included a low level of knowledge and information, the cost of the self-sampling kit, unclear information regarding self-sampling process and concerns about inaccurate results among women and girls, who are the end users. Similarly, factors such as knowledge and information regarding the self-sampling technique, accessibility of available services and information, and national self-care guidelines and policies for cervical cancer screening were identified as facilitators for self-sampling. It is crucial to have evidence-based discussions, especially regarding the effectiveness of a self-care approach in cervical cancer screening and help create a supportive policy environment for implementing self-care strategies in Nepal. Furthermore, disseminating education and information nationwide through campaigns to raise awareness about self-sampling is essential among beneficiaries for the scaling up of self-sampling for cervical cancer in Nepal.
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