PTPranay Tanwar
Papers(2)
Novel Strategy of Tra…Evaluating The Feasib…
Collaborators(6)
Nilanchali SinghSeema SinghalTrishala MohanAkanksha YadavChetanya MittalNeerja Bhatla
Institutions(3)
All India Institute O…All India Institute o…All India Institute o…

Papers

Novel Strategy of Training the Accredited Social Health Activists via Application-Based Telemedicine for Cervical Cancer Screening by Human Papillomavirus Self-Sampling: The TRACK Study

PURPOSE This pilot study is aimed to analyze a novel strategy of cervical cancer screening by training of Accredited Social Health Activist (ASHA) workers via telemedicine to counsel women for human papillomavirus (HPV) self-sampling. MATERIALS AND METHODS This is a pilot, community-based, prospective, single-arm study. Physicians trained the ASHA workers regarding self-sampled HPV testing via a mobile application and telephonically using videos and e-pamphlets, who in turn trained the clients in community. The HPV kits were transported via prepaid courier service. RESULTS Four hundred and sixty-five women of age group 30-65 years were tested by 47 teletrained ASHA workers. The mean age of ASHA worker and clients was 39.47 ± 6.45 and 37.26 ± 8.38 years, respectively. Of the ASHA workers, 91.7% were satisfied with the information provided during telecounseling, 95.7% could understand the contents of mobile app easily, and 93.6% could fill the data of clients in app easily. Of the clients, 99.6% were satisfied with counseling by ASHA workers and 98% found it easy to self-sample. The acceptability of this strategy among clients was 58.2%. The feasibility of this strategy (percentage of clients who find it easy/those who did self-sampling) was around 99%. Among those screened, 11.8% were high-risk HPV-positive and 85.5% had follow-up at the study center. CONCLUSION The current study highlights a novel strategy of cervical cancer screening by incorporating the role of telemedicine in training ASHA workers and their role in improving the screening by home-based delivery of HPV kits with promising results.

Evaluating The Feasibility and Acceptability of Cervical Cancer Screening in an Urban Slum Community by HPV Self-Sampling With the Aid of Telecounselling: Lessons Learnt

HPV testing is the most sensitive method of secondary cervical cancer prevention and the preferred method recommended by the World Health Organization. To increase cervical cancer screening, self-sampling has been introduced, which has shown significant results in improving access and simplifying screening for large and remote populations in low- and middle-income countries. This study aims to evaluate the feasibility and acceptability of HPV self-sampling in an urban slum community using tele-counselling, which is a niche population for HPV positivity and HPV-related diseases. This study is a community-based, prospective, single-arm design. Women were counselled telephonically about the methods of self-sampling, and HPV self-sampling kits were couriered to them. The collected kits were returned via courier and tested at the study site. In the case of a positive test result, the individual was linked to treatment at the study center. Test positives were offered either a 'see and treat' approach or colposcopy triage. In the community, 982 women were enrolled in the study, but only 600 (61%) women consented to screening by HPV self-sampling. Ninety-six (15.6%) out of 600 women tested positive for Hr-HPV. Age, educational status, locality, occupation, menopausal status, and smoking status were similar in both screen-negative and screen-positive groups. Among the 600 women, 570 (95%) found it easy to take a self-sample, and 588 (98%) were satisfied with the overall experience. CIN I was found in 6 (6.4%), and CIN II was found in 4 (4.3%) cases. LEEP was performed in patients diagnosed with CIN II. HPV self-sampling is an acceptable method of cervical cancer screening, with an acceptance rate of 61% among urban slum women. It demonstrates that HPV self-sampling is feasible when supported by tele-counselling.

2Papers
6Collaborators