Open AccessStrategic site selection for placement of HIV early infant diagnosis point-of-care technology within a national diagnostic network in Lesotho
Author(s) -
Anafi Mataka,
Esther Tumbare,
Tsietso Mots’oane,
David Holtzman,
Monkoe Leqheka,
Kolisang Phatsoane,
Emma Sacks,
Anthony Isavwa,
Appolinaire Tiam
Publication year - 2021
Publication title -
african journal of laboratory medicine
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.49
H-Index - 11
eISSN - 2225-2010
pISSN - 2225-2002
DOI - 10.4102/ajlm.v10i1.1156
Subject(s) - limited resources , purchasing , site selection , human immunodeficiency virus (hiv) , medicine , operations management , medical emergency , engineering , risk analysis (engineering) , family medicine , political science , law
Background New technologies for rapid point-of-care (POC) diagnostic tests hold great potential for improving the health outcomes of HIV-exposed infants. POC testing for HIV early infant diagnosis (EID) was introduced in Lesotho in late 2016. Here we highlight critical requirements for selecting routine POC EID sites to ensure a sustainable and optimised EID diagnostic network. Intervention Lesotho introduced POC EID in a phased approach that included assessments of national databases to identify sites with high test volumes, the creation of local networks of sites to potentially increase access to POC EID, and a standardised capacity assessment to determine site readiness. Potential site networks comprising ‘hub’ testing sites and ‘spoke’ specimen referring sites were created. Lessons learnt After determining optimal placement, a total of 29 testing facilities were selected for placement of POC EID to potentially increase access to 189 facilities through the use of a hub-and-spoke model. Site capacity assessments identified vital human resources and infrastructure capacity gaps that needed to be addressed before introducing POC EID and informed appropriate POC platform selection. Recommendations POC placement involves more than just purchasing the testing platforms. Considering the relatively small proportion of sites that can be eligible for placement of a POC platform, utilising a hub-and-spoke model can maximise the number of health facilities served by a POC platform while reducing the necessary capacity building and infrastructure investments to fewer sites.