i-MoMCARE: AI-enabled mobile app for maternal and child health care in Cambodia - a pilot implementation and evaluation study
Clinical Snapshot
PICO Framework
| P — Population | Village health support groups (VHSGs) and health centre staff in Cambodia providing maternal and child health services |
| I — Intervention | i-MoMCARE mobile application with clinical decision support system and electronic medical records |
| C — Comparator | Standard care practices (implied comparison to usual VHSG workflows without digital support) |
| O — Outcomes | App usability (MAUQ scores), user adoption, implementation success, and maintenance potential using RE-AIM framework |
Bottom Line
This pilot study evaluated an AI-enabled mobile app (i-MoMCARE) for maternal and child health care delivery by village health support groups in Cambodia. While users rated the app highly for usefulness and effectiveness (MAUQ scores >5.5), the study's cross-sectional design and small sample size (54 participants) limit robust conclusions about clinical impact. The lack of a control group prevents assessment of comparative effectiveness against standard care. Hardware limitations and low digital literacy emerged as key adoption barriers. Although the study demonstrates feasibility of digital health tools in resource-limited settings, the evidence is insufficient to support widespread implementation without addressing infrastructure constraints and conducting larger controlled trials to establish clinical effectiveness and cost-effectiveness.
Key Findings
P Value: Not reported
Effect Size: Usefulness: 5.58 (SD 1.04), Effectiveness: 5.50 (SD 0.95), Adoption barriers: 5.79 (SD 0.75)
Primary Outcome: App usability measured by MAUQ across three domains
Nnt Or Sensitivity: 96 MCH cases managed across 44 VHSGs (2.2 cases per VHSG on average)
Confidence Interval: Not reported
Clinical Application
Moderate - requires significant infrastructure investment, training, and ongoing technical support Limited direct applicability due to different healthcare system structure, but principles of digital health integration for community health workers may inform rural and remote care initiatives Community health workers and primary care staff in resource-limited settings with maternal and child health responsibilities
Abstract
OBJECTIVES: In Cambodia, village health support groups (VHSGs) are central to maternal and child health (MCH) service delivery, yet maternal mortality remains high with regional disparities. Although digital health solutions show promise, their real-world use is underexplored. This study therefore aims to evaluate the i-MoMCARE app in supporting VHSGs and health centre staff for delivering MCH services. METHODS: A mixed-methods approach guided by the Reach, Effectiveness, Adoption, Implementation and Maintenance (RE-AIM) framework was used. Reach was assessed using programme records (number of users trained and MCH cases managed). Effectiveness and adoption were evaluated using the mHealth App Usability Questionnaire (MAUQ) and qualitative data on user experience and intention to use. Implementation was examined through system usage monitoring and feedback on workflow integration. Maintenance was explored using qualitative insights on long-term use, barriers and recommendations. RESULTS: 44 VHSGs and 10 health centre staff were trained, and 96 MCH cases were managed with the app. Usefulness was rated highly (MAUQ 5.58, SD 1.04), with users appreciating the user-centric design that improved usability and integration into daily workflows. Effectiveness was similarly high (MAUQ 5.50, SD 0.95); the clinical decision support system and point-of-care alerts were valued as reliable decision-support tools, and the electronic medical record (EMR) was seen as a secure data repository. However, adoption was hindered by hardware and software limitations (MAUQ 5.79, SD 0.75), including device availability and low digital literacy. DISCUSSION: Our findings highlight the value of the i-MoMCARE app in supporting VHSGs, particularly those with limited training, by enhancing their decision-making. The study also lays the groundwork for a unified EMR in primary care. However, concerns around hardware and software limitations hinder adoption and sustained use. CONCLUSION: To enable scale-up, we recommend reducing access barriers and supporting sustained use through diversifying the platform's design and implementing phased incentivisation strategies.
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