Impact of digital clinical decision support on quality of care and antibiotic stewardship for children under five in South-Central Somalia.

In the context of protracted conflict, severe droughts and health system constraints, children under-five in Somalia face one of the highest mortality rates in the world. The WHO Integrated Management of Childhood Illness (IMCI) guidance targets the main causes of morbidity and mortality, but adherence is low. We implemented the ALgorithm for the MANAgement of CHildhood illness (ALMANACH), a digital clinical decision support system, with the aim of improving IMCI adherence whilst promoting antibiotic stewardship in South-Central Somalia. Alongside, we evaluated health service delivery and ALMANACH acceptability and impact to inform design and roll-out. A pre-post assessment involving direct observation of consultations with sick children (2-59 months) based on the Demographic and Health Surveys Service Provision Assessment, complemented by exit interviews with caregivers and feedback from healthcare staff and stakeholders. Over 600 consultations were observed in each assessment period, in seven health facilities. ALMANACH had a significant impact on antibiotic prescription (reduction from 58.1% pre- to 16.0% post-implementation). This was particularly pronounced among certain conditions such as upper respiratory tract infections (30-fold reduction, RR = 0.03). Large differences in guideline adherence were observed (danger signs: 1.3% pre- to 99% post-implementation; counselling on follow-up: 12% pre- to 94% post-; and Vitamin A supplementation need checked: 19.9% pre- to 96.1% post-implementation). ALMANACH was found to be acceptable to caregivers, healthcare providers and stakeholders, with reports of positive impact on perceived quality of care. Implementation of ALMANACH in primary healthcare in Somalia significantly improved quality of care and guideline adherence, supporting the use of ALMANACH and similar tools to improve healthcare in fragile and resource-constrained settings.

Pubmed ID: 40230545