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Evaluating the prerequisites for adapting a paediatric nighttime telemedicine and medication delivery service to a
Katelyn E Flaherty1,2, Molly B Klarman2,3, Ahmed N Zakariah1,4
1Section of Global Health, Department of Emergency Medicine, College of Medicine, University of Florida, Gainesville, Florida, USA.
Insights
Ghanaian families need and are interested in a nighttime pediatric telemedicine and medication delivery service (TMDS). The study found this service feasible, supporting its adaptation to urban and rural areas.
Area of Science:
- Global Health
- Telemedicine
- Pediatric Care
Background:
- Access to nighttime pediatric healthcare in Ghana is limited.
- Existing healthcare services face challenges in addressing urgent pediatric health events outside of standard hours.
Purpose of the Study:
- To evaluate the demand, interest, and feasibility of adapting a nighttime pediatric telemedicine and medication delivery service (TMDS) to Ghana.
- To assess the prerequisites for implementing a TMDS in both urban and rural Ghanaian settings.
Main Methods:
- A cross-sectional survey was conducted with 511 households and 18 healthcare providers in urban and rural Ghana.
- Data collected included demographics, household resources, health event details, satisfaction with current care, and interest in TMDS.
- Provider surveys gathered information on services, operating hours, and opinions on TMDS.
Main Results:
- Nearly half of pediatric health events occurred at night, with delayed care-seeking in over 75% of cases.
- 54% of households were dissatisfied with current nighttime pediatric care access.
- 99% of households found a nighttime TMDS useful, with high willingness to use phones and allow providers access.
Conclusions:
- The study identified strong demand, interest, and feasibility for a nighttime pediatric TMDS in Ghana.
- These findings strongly support the adaptation and implementation of a TMDS to improve pediatric healthcare access in Ghana.
Objective:
We sought to evaluate the prerequisites (demand, interest, feasibility) for adapting a paediatric nighttime telemedicine and medication delivery service (TMDS) to Ghana.
Methods:
A cross-sectional survey of households and associated healthcare providers was conducted in urban and rural Ghana. Households were identified through randomised geospatial sampling; households with at least one child <10 years were enrolled. Household surveys collected information relating to demographics, household resources, standardised case scenarios, recent paediatric health events, satisfaction with healthcare access, and interest in TMDS intervention models. Providers were identified by households and enrolled. Provider surveys collected provider type, hours of operation, services, and opinions of a TMDS model.
Results:
A total of 511 (263 urban, 248 rural) households and 18 providers (10 urban, 8 rural) were surveyed. A total of 262 health events involving children <10 years were reported, of which 47% occurred at night. Care was sought for >70% of health events presenting at night; however, care-seeking was delayed until morning or later for >75% of these events; 54% of households expressed dissatisfaction with their current access to paediatric care at night; 99% of households expressed that a nighttime TMDS service for children would be directly useful to their families. Correspondingly, 17 of 18 providers stated that a TMDS was needed in their community; >99% of households had access to a cellular phone. All households expressed willingness to use their phones to call a TMDS and allow a TMDS provider into their homes at night. Willingness to pay and provider-recommended price points varied by setting.
Conclusions:
Prerequisites for adapting a TMDS to Ghana were met. A nighttime paediatric TMDS service was found to be needed, appealing, and feasible in Ghana. These data motivate the adaptation of a TMDS to urban and rural Ghana.
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