QUESTION: : Can a session of exercise with incorporated expiratory manoeuvres substitute for a session of breathing techniques for airway clearance in children with cystic fibrosis? Are children with cystic fibrosis as co-operative and satisfied with the exercise regimen as with the breathing techniques?. DESIGN: Randomised, cross-over trial with concealed allocation and intention-to-treat analysis. PARTICIPANTS: 34 children with cystic fibrosis in a stable clinical state. INTERVENTIONS: Participants underwent two 20-min airway clearance interventions on two scheduled clinic days: one involving three bouts of various whole-body exercise modalities each followed by independent expiratory manoeuvres, and the other involving breathing control, thoracic expansions with manual expiratory compressions, and the forced expiratory technique. OUTCOME MEASURES: Wet weight of expectorated sputum, change in lung function, co-operation with treatment, perceived treatment quality, and satisfaction with treatment were all assessed after each intervention. RESULTS: The wet weight of sputum after exercise was 0.6g higher after the exercise intervention, which was not statistically or clinically significant (95% CI -0.2 to 1.4). However, lung function and participant satisfaction with the treatment were both significantly better after the exercise intervention. Co-operation with treatment and perceived treatment quality were equally high for each intervention. CONCLUSION: A session of various whole-body exercises interspersed with independent expiratory manoeuvres could be an acceptable substitute for a session of breathing control, thoracic expansions with manual expiratory compressions, and the forced expiratory technique in children with mild cystic fibrosis lung disease.
RCT Entities:
QUESTION: : Can a session of exercise with incorporated expiratory manoeuvres substitute for a session of breathing techniques for airway clearance in children with cystic fibrosis? Are children with cystic fibrosis as co-operative and satisfied with the exercise regimen as with the breathing techniques?. DESIGN: Randomised, cross-over trial with concealed allocation and intention-to-treat analysis. PARTICIPANTS: 34 children with cystic fibrosis in a stable clinical state. INTERVENTIONS:Participants underwent two 20-min airway clearance interventions on two scheduled clinic days: one involving three bouts of various whole-body exercise modalities each followed by independent expiratory manoeuvres, and the other involving breathing control, thoracic expansions with manual expiratory compressions, and the forced expiratory technique. OUTCOME MEASURES: Wet weight of expectorated sputum, change in lung function, co-operation with treatment, perceived treatment quality, and satisfaction with treatment were all assessed after each intervention. RESULTS: The wet weight of sputum after exercise was 0.6g higher after the exercise intervention, which was not statistically or clinically significant (95% CI -0.2 to 1.4). However, lung function and participant satisfaction with the treatment were both significantly better after the exercise intervention. Co-operation with treatment and perceived treatment quality were equally high for each intervention. CONCLUSION: A session of various whole-body exercises interspersed with independent expiratory manoeuvres could be an acceptable substitute for a session of breathing control, thoracic expansions with manual expiratory compressions, and the forced expiratory technique in children with mild cystic fibrosis lung disease.
Authors: Brenda M Button; Christine Wilson; Ruth Dentice; Narelle S Cox; Anna Middleton; Esta Tannenbaum; Jennifer Bishop; Robyn Cobb; Kate Burton; Michelle Wood; Fiona Moran; Ryan Black; Summar Bowen; Rosemary Day; Julie Depiazzi; Katherine Doiron; Michael Doumit; Tiffany Dwyer; Alison Elliot; Louise Fuller; Kathleen Hall; Matthew Hutchins; Melinda Kerr; Annemarie L Lee; Christina Mans; Lauren O'Connor; Ranjana Steward; Angela Potter; Tshepo Rasekaba; Rebecca Scoones; Ben Tarrant; Nathan Ward; Samantha West; Dianne White; Lisa Wilson; Jamie Wood; Anne E Holland Journal: Respirology Date: 2016-04-18 Impact factor: 6.424
Authors: Thomas Radtke; Lukas Böni; Peter Bohnacker; Marion Maggi-Beba; Peter Fischer; Susi Kriemler; Christian Benden; Holger Dressel Journal: BMC Pulm Med Date: 2018-06-14 Impact factor: 3.317