Nutrients, Vol. 18, Pages 987: Enhancing Pediatric Tube Weaning with Remote Patient Monitoring: A Pilot Quasi-Experimental Study
Nutrients doi: 10.3390/nu18060987
Authors:
Sarah T. Edwards
Dana M. Bakula
Kristina Nash
Saiyara Baset
Amy Ricketts
Julianne Brogren
Ryan Thompson
Sarah Bullard
Rachel Graham
Janelle Noel-MacDonnell
Brenda Fetter
Lori Erickson
Objective: Feeding-tube weaning is conducted in both inpatient and outpatient settings, with significant logistical, financial, and structural barriers to both approaches. We sought to assess whether remote patient monitoring (RPM), using a mobile application, which would overcome many of these barriers, could be effective in helping patients tube wean. Methods: We prospectively enrolled patients with a feeding tube, aged 0–3 years. Enrolled families entered data daily into the remote application. Data were monitored by a nurse and reviewed weekly by a multidisciplinary team. A standard hunger provocation protocol was used, paired with medical, behavioral, oral motor, and nutrition interventions, as needed. We conducted a retrospective chart review to identify a comparison cohort. The chart review was collected first, then compared to the prospective, non-randomized trial of RPM tube weaning. Results: The chart review identified 141 children seen with a feeding tube from January 2023–June 2023. Of those, 17 children attempted a tube wean. The post-intervention group consisted of 38 children prospectively enrolled from the same clinic between November 2023–2024. In the pre-intervention group, 41% of the children (7/17) were successful in achieving all calories by mouth and 90% of children (34/38) in the post-intervention group were successful in tube weaning. Conclusions: RPM is a feasible and incredibly promising model for feeding-tube weaning in pediatric patients with a wide range of medical comorbidities, including patients with multiple comorbidities. RPM allowed for high-quality medical monitoring and for a dynamic intervention in response to patient data transferred to the medical team in real time.
Objective: Feeding-tube weaning is conducted in both inpatient and outpatient settings, with significant logistical, financial, and structural barriers to both approaches. We sought to assess whether remote patient monitoring (RPM), using a mobile application, which would overcome many of these barriers, could be effective in helping patients tube wean. Methods: We prospectively enrolled patients with a feeding tube, aged 0–3 years. Enrolled families entered data daily into the remote application. Data were monitored by a nurse and reviewed weekly by a multidisciplinary team. A standard hunger provocation protocol was used, paired with medical, behavioral, oral motor, and nutrition interventions, as needed. We conducted a retrospective chart review to identify a comparison cohort. The chart review was collected first, then compared to the prospective, non-randomized trial of RPM tube weaning. Results: The chart review identified 141 children seen with a feeding tube from January 2023–June 2023. Of those, 17 children attempted a tube wean. The post-intervention group consisted of 38 children prospectively enrolled from the same clinic between November 2023–2024. In the pre-intervention group, 41% of the children (7/17) were successful in achieving all calories by mouth and 90% of children (34/38) in the post-intervention group were successful in tube weaning. Conclusions: RPM is a feasible and incredibly promising model for feeding-tube weaning in pediatric patients with a wide range of medical comorbidities, including patients with multiple comorbidities. RPM allowed for high-quality medical monitoring and for a dynamic intervention in response to patient data transferred to the medical team in real time. Read More