02138nas a2200433 4500000000100000008004100001260001200042653003200054653001400086653003100100653001500131653003100146100001300177700001400190700001400204700002900218700001700247700001900264700001500283700002000298700001400318700002200332700001800354700001200372700001100384700001200395700001700407700001500424700001200439700002400451700001600475700001400491245016400505856008600669300001200755490000700767520091600774022001401690 2020 d c12/202010aNeglected Tropical Diseases10adeworming10aelectronic data collection10amonitoring10asoil-transmitted helminths1 aOswald W1 aKennedy D1 aFarzana J1 aPuthupalayam Kaliappan S1 aAtindégla E1 aHoungbégnon P1 aChisambi A1 aWitek-McManus S1 aGalagan S1 aEmmanuel-Fabula M1 aGwayi-Chore M1 aLegge H1 aYard E1 aKalua K1 aIbikounlé M1 aAjjampur S1 aMeans A1 aÁsbjörnsdóttir K1 aHalliday KE1 aWalson JL00aDevelopment and application of an electronic treatment register: a system for enumerating populations and monitoring treatment during mass drug administration. uhttps://www.tandfonline.com/doi/pdf/10.1080/16549716.2020.1785146?needAccess=true a17851460 v133 a

We developed an electronic treatment register for the DeWorm3 Project, a cluster-randomised, controlled trial in Benin, India, and Malawi testing the feasibility of interrupting transmission of soil-transmitted helminths through community-wide mass drug administration. The electronic treatment register was designed in xlsform, deployed via the SurveyCTO mobile data collection platform, and implemented on smartphones running the Android operating system. The versatile system enables collection of census and treatment status information, facilitates data aggregation and visualisation, and permits real-time feedback loops during implementation of mass drug administration. Here we describe the system's design and use within the DeWorm3 Project and key features, and by sharing the register here, we hope our readers will further explore its use within their research and disease-control activities.

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