Author:
Brady Richard R.W.,Sheard Diane,Alty Mandie,Vestergaard Martin,Boisen Esben Bo,Ainsworth Rachel,Hansen Helle Doré,Ajslev Teresa Adeltoft
Abstract
AbstractBackgroundMost people with a stoma worry about leakage, and a quarter experience leakage of stomal effluent outside baseplate on a monthly basis. Leakage has additional physical and psychosocial consequences, for instance peristomal skin complications, feeling unable to cope and self-isolation.MethodAn interventional, single-arm, multi-centre, study was undertaken in United Kingdom, to evaluate a novel digital leakage notification system for ostomy care including a Support Service (=Test Product) for 12 weeks in patients with a recent stoma formation (≤9 months). Patients completed questionnaires at baseline and after 4, 6, 8, 10 and 12 weeks, evaluating leakage episodes, Ostomy Leak Impact (tool containing three domains) and patient self-management (by PAM-13). Additionally, mental well-being (by WHO-5) and quality of life (QoL) (by EQ-5D-5L) were assessed. Outcomes between baseline and final evaluation were compared by generalised linear- and linear mixed models.Results92 patients (ITT population) were recruited with a mean age of 49.4-years (range 18-81 years). 80% had an ileostomy and 53% were female. After 12 weeks use of the Test Product, a significant decrease in mean episodes of leakage outside the baseplate (1.57 versus 0.93,P<0.046) was observed. Ostomy Leak Impact scores improved across all three domains (P<0.001), indicating less embarrassment, increased engagement in social activities, and increased control. Patient self-management also improved significantly (PAM-13 score: Δ6.6,P<0.001), as did the WHO-5 well-being index (Δ8.0,P<0.001). Lastly, EQ-5D-5L-profile-scores tended to improve (P=0.075).ConclusionA new digital leakage notification system demonstrated strong improvements to patients’ stoma self-care, mental well-being, and QoL.What does this paper add to the literature?Sensor technology embedded in supporting ostomy solutions can notify users about leakage seeping underneath the baseplate and thus secure a timely change of the baseplate before effluent may reach outside the baseplate soiling clothes or bedsheets. The technology showed potential in increasing quality of life for people with a stoma.
Publisher
Cold Spring Harbor Laboratory