Respiratory care · 2023
Implementation of a Respiratory Therapist-Driven Protocol for Spirometry and Asthma Education in a Pediatric Out-Patient Primary Care Setting.
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Long Haley M, Cobb Kim A, Leisenring Pam A, King Sandy E, Willis L Denise, Pesek Robert D, Berlinski Ariel
Аннотация
BACKGROUND: Best practice guidelines for asthma management recommend education and spirometry at specific intervals. A written asthma action plan with education and spirometry is ordered at the discretion of physicians at our institution. An initial chart review revealed that asthma education and spirometry were not consistently ordered in the pediatric primary care clinics. This quality improvement study aimed to increase frequency of spirometry and asthma education in children with asthma seen in pediatric primary care through use of a respiratory therapist (RT)-driven protocol.
METHODS: The protocol established that spirometry and education would be done annually for children ≥ 6 y of age with intermittent asthma and every 6 months for persistent asthma. RTs identified eligible subjects and placed the electronic medical record orders before the clinic visit. Physicians were invited to complete a questionnaire before and after protocol implementation to assess barriers and protocol satisfaction.
RESULTS: Nine hundred and thirty-two children were included. Prior to protocol implementation, spirometry and education were completed in 64.9% and 62.6% of eligible children, respectively. Following protocol implementation, spirometry and education were significantly increased to 92.7% (P < .001) and 88.5% (P < .001), respectively. Physicians identified interruption in clinic flow as the primary barrier for ordering spirometry and were satisfied with the protocol. Physicians stated that communication with RT improved through use of this protocol.
CONCLUSIONS: Implementation of an RT-driven protocol in an out-patient pediatric primary care setting significantly increased utilization of spirometry and education for children with asthma. RTs working in the pediatric out-patient primary care setting played a vital role in achieving best practices for asthma management. The implementation of the protocol enhanced interdisciplinary communication.
METHODS: The protocol established that spirometry and education would be done annually for children ≥ 6 y of age with intermittent asthma and every 6 months for persistent asthma. RTs identified eligible subjects and placed the electronic medical record orders before the clinic visit. Physicians were invited to complete a questionnaire before and after protocol implementation to assess barriers and protocol satisfaction.
RESULTS: Nine hundred and thirty-two children were included. Prior to protocol implementation, spirometry and education were completed in 64.9% and 62.6% of eligible children, respectively. Following protocol implementation, spirometry and education were significantly increased to 92.7% (P < .001) and 88.5% (P < .001), respectively. Physicians identified interruption in clinic flow as the primary barrier for ordering spirometry and were satisfied with the protocol. Physicians stated that communication with RT improved through use of this protocol.
CONCLUSIONS: Implementation of an RT-driven protocol in an out-patient pediatric primary care setting significantly increased utilization of spirometry and education for children with asthma. RTs working in the pediatric out-patient primary care setting played a vital role in achieving best practices for asthma management. The implementation of the protocol enhanced interdisciplinary communication.