Efficacy of temporary positive expiratory pressure (TPEP) in patients with lung diseases and chronic mucus hypersecretion. The UNIKO® project: a multicentre randomized controlled trial

Author:

Venturelli Elena1,Crisafulli Ernesto2,DeBiase Assunta2,Righi Daniela2,Berrighi Daniele3,Cavicchioli Pier Paolo3,Vagheggini Guido3,Dabrosca Francesco4,Balbi Bruno4,Paneroni Mara5,Bianchi Luca5,Vitacca Michele5,Galimberti Vittoria6,Zaurino Michele6,Schiavoni Giorgio6,Iattoni Andrea1,Ambrosino Nicolino3,Clini Enrico M12

Affiliation:

1. Department of Medical and Surgical Sciences, University of Modena, Pavullo-Modena, Italy

2. Villa Pineta Hospital, Pavullo n/F (Modena), Italy

3. Auxilium Vitae Rehabilitation Center, Volterra, Pisa, Italy

4. IRCCS-Maugeri Foundation of Veruno, Novara, Italy

5. IRCCS-Maugeri Foundation of Lumezzane, Brescia, Italy

6. San Giuseppe Hospital, Milano, Italy

Abstract

Objective: To evaluate whether temporary positive expiratory pressure provides benefit in patients with lung diseases and chronic hypersecretion. Design: Single blind multicentre randomized trial. Setting: Five Italian rehabilitation centres. Participants: Ninety-eight patients with chronic obstructive pulmonary disease and/or chronic bronchitis ( n=78), or bronchiectasis ( n=20), with a peak cough expiratory flow >150 l/min and sputum production >30 ml/day, randomly included into two treatment groups. Interventions: For 10 consecutive days, the active group performed twice a day 20-minute cycles of manually assisted breathing techniques in sequence with the addition of 15 minutes of temporary positive expiratory pressure, while the control group was treated by manually assisted breathing techniques alone. Measures: Within and between group changes of arterial oxygenation index, lung volumes and respiratory muscles strength were recorded at enrolment and after 3 and 10 treatment sessions. Pre-to-post treatment change of sputum volume and bronchial encumbrance (Δ-visual analog scale), sputum density and purulence were compared daily within the study period. Results: No significant changes were recorded for the oxygenation index, while dynamic lung volumes and respiratory muscle strength significantly ( P <0.05) improved in the active group. The group comparison analysis of the pre-to-post change showed that inspiratory capacity was significantly higher in the active than in the control group (+19.5% and +2.2%, P=0.044) at day 10. A greater improvement in Δ-visual analog scale was recorded in the active group at day 3 and 8. Conclusions: These preliminary data suggest that temporary positive expiratory pressure improves lung volumes and speeds up the improvement of bronchial encumbrance in patients with lung diseases and hypersecretion.

Publisher

SAGE Publications

Subject

Rehabilitation,Physical Therapy, Sports Therapy and Rehabilitation

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