Key result
Households with prior awareness of the polio campaign had significantly higher odds of their children being vaccinated compared to those without prior awareness (OR 6.45).
Cross-Sectional (n=8,410)
Cluster random sampling and simple random sampling
Yes
Odds Ratio: 6.45 (95% CI 4.43–9.38)
Absolute Event Rate: 95% vs 74.7%
p-value: p=<0.001
Mobile information technology is feasible for real-time data collection during polio campaigns, demonstrating that pre-campaign community education significantly increases immunization coverage.
Mobile data collection proves feasible for large polio surveys in South Sudan; leaves open impact on program outcomes or coverage.
BACKGROUND: Use of mobile information technology may aid collection of real-time, standardised data to inform and improve decision-making for polio programming and response. We utilised Android-based smartphones to collect data electronically from more than 8,000 households during a national round of polio immunisation in South Sudan. The results of the household surveys are presented here, together with discussion of the application of mobile information technology for polio campaign planning, implementation and evaluation in a real-time setting. METHODS: Electronic questionnaires were programmed onto Android-based smartphones for mapping, supervision and survey activities during a national round of polio immunisation. National census data were used to determine the sampling frame for each activity and select the payam (district). Individual supervisors, in consultation with the local district health team, selected villages and households within each payam. Data visualisation tools were utilised for analysis and reporting. RESULTS: Implementation of mobile information technology and local management was feasible during a national round of polio immunisation in South Sudan. Red Cross visits during the polio campaign were equitable according to household wealth index and households who received a Red Cross visit had significantly higher odds of being aware of the polio campaign than those who did not. Nearly 95% of children under five were reported to have received polio immunisation (according to maternal recall) during the immunisation round, which varied by state, county and payam. A total of 11 payams surveyed were identified with less than 90% reported immunisation coverage and the least poor households had significantly higher odds of being vaccinated than the most poor. More than 95% of households were aware of the immunisation round and households had significantly higher odds of being vaccinated if they had prior awareness of the campaign taking place. CONCLUSION: Pre-campaign community education and household awareness of polio is important to increase campaign participation and subsequent immunisation coverage in South Sudan. More emphasis should be placed on ensuring immunisation is equitable according to geographic area and household socio-economic index in future rounds. We demonstrate the utility of mobile information technology for household mapping, supervision and survey activities during a national round of polio immunisation and encourage future studies to compare the effectiveness of electronic data collection and its application in polio planning and programming.
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Haskew et al. (2015) conducted a cross-sectional in Polio immunization coverage (n=8,410). Prior awareness of polio campaign vs. No prior awareness was evaluated on Polio vaccination of children under five (post-campaign) (OR 6.45, 95% CI 4.43-9.38, p=<0.001). Households with prior awareness of the polio campaign had significantly higher odds of their children being vaccinated compared to those without prior awareness (OR 6.45).
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