New study shows patients and nurses prefer the TrachPhone HME over a Conventional External Humidification System (CEHS) in hospitalized patients.
The objective of the study was to evaluate the effect of the use of next generation devices (Provox Life) and the establishment of an optimal day and night regimen on pulmonary health, HME adherence and use, sleep, skin irritation, quality of life and participants’ overall satisfaction.
Seventy-one patients with tracheostomy were enrolled in this study.
Additional positive results included:
Replacing CEHS with the TrachPhone HME for tracheostomy patients in the acute care setting was found to be safe, cost-effective, and improved patient comfort and nursing satisfaction. Education, focused training, and positive outcomes with HME implementation were helpful in garnering support for HME use and changing protocols in their humidification process.
It is well-known that HME use has distinct advantages in the laryngectomy population (Ward et al. 2023). We now have research demonstrating positive outcomes with HME use in the tracheostomy population as well. This data shows that the TrachPhone HME may be the optimal method of humidification for patients with tracheostomy due to the distinct advantages for patients, families, clinicians, and the facility.
Ward EC, Hancock K,Boxall J, et al. Post-laryngectomy pulmonary and related symptom changes following adoption of an optimal day-and-night heat and moisture exchanger (HME) regimen. Head & Neck. 2023;45(4):939‐951. doi:10.1002/hed.27323
TrachPhone is a lightweight heat and moisture exchanger (HME) that optimizes breathing and pulmonary health with additional features for suctioning and administering supplemental oxygen. It also allows speech by pressing the top of the HME to occlude for voicing.
References:
Kearney A, Norris K, Bertelsen C, Samad I, Cambridge M, Croft G, Peavler S, Groen C, Doyle PC, Damrose EJ. Adoption and Utilization of Heat and Moisture Exchangers (HMEs) in the Tracheostomy Patient. Otolaryngol Head Neck Surg. 2023 May 10. https://doi.org/10.1002/ohn.368
Share