Abstract:Background: Extubation failure can lead to a longer intensive care unit (ICU) stay, higher mortality rate, and higher risk of requiring tracheostomy. Chest physiotherapy (CPT) can help patients in reducing the accumulation of airway secretion, preventing collapsed lung, improving lung compliance, and reducing comorbidities. Much research has investigated the correlation between CPT and respiratory system clearance. However, few studies have investigated the correlation between CPT and failed ventilator extubat… Show more
“…The management should not trigger severe cough and increase the work of breathing. High-frequency chest wall oscillation, [ 23 ] and oscillatory positive expiratory pressure (OPEP) are among the recommended treatment methods. [ 24 ]…”
Section: Respiratory Rehabilitation Treatment For Severely and Criticmentioning
“…The management should not trigger severe cough and increase the work of breathing. High-frequency chest wall oscillation, [ 23 ] and oscillatory positive expiratory pressure (OPEP) are among the recommended treatment methods. [ 24 ]…”
Section: Respiratory Rehabilitation Treatment For Severely and Criticmentioning
“…There was no significant difference in outcomes between HPRO and LPRO intake alone, but the significant difference in weaning and discharge status between UC versus MRP highlights what previous studies have shown regarding the benefits of exercise and physical rehabilitation in regard to functional outcomes in critical illness. 12,14,15 This study demonstrates that these interventions can be applied to survivors of critical illness requiring PMV with similar results in improved functional outcomes. One of the goals of adequate nutrition delivery, protein in particular, in critically ill patients is to attenuate acute skeletal muscle wasting, which is a significant contributor to ICU-acquired weakness.…”
BACKGROUND: Protein supplementation and mobility-based rehabilitation programs (MRP) individually improve functional outcomes in survivors of critical illness. We hypothesized that combining MRP therapy with high protein supplementation is associated with greater weaning success from prolonged mechanical ventilation (PMV) and increased discharge home in this population. METHODS: We conducted a retrospective analysis assessing the effects of an MRP on a cohort of survivors of critical illness. All received usual care (UC) rehabilitation. The MRP group received 3 additional MRP sessions each week for a maximum of 8 weeks. Subjects were prescribed nutrition and classified as receiving high protein (HPRO) or low protein (LPRO), based on a recommended 1.0 g/kg/d, and then the subjects were categorized into 4 groups: MRP+HPRO, MRP+LPRO, UC+HPRO, and UC+LPRO. RESULTS: A total of 32 subjects were enrolled. The MRP+HPRO group had greater weaning success (90% vs 38%, P 5 .045) and a higher rate of discharge home (70% vs 13%, P 5 .037) compared to UC+LPRO group. The MRP+HPRO group had a higher, nonsignificant rate of discharge home compared to the MRP+LPRO (70% vs 20%, P 5 .10). CONCLUSIONS: Combining high protein with mobility-based rehabilitation was associated with increased rates of discharge home and ventilator weaning success in survivors of critical illness. Further studies are needed to evaluate the role of combined exercise and nutrition interventions in this population.
“…Recent studies have confirmed that CPT in critically ill patients is able to improve respiratory function immediately after extubation ( Papadopoulos and Kyprianou, 2002 ; Wang et al, 2018 ). As suggested by the ARIR position paper ( Lazzeri et al, 2020 ), CPT may be considered in all COVID-19 patients who require mechanical ventilation, as well as during and after the extubation process.…”
Section: Chest Physiotherapy For Mechanically Ventilated Covid-19 Patmentioning
Highlights
Physiotherapy may help prevent or mitigate sequelae related to bed rest, thus improving physical function and outcomes and reducing length of stay by increasing ventilator free-days.
Before starting chest physiotherapy, we recommend the use of adequate personal protective equipment, limiting healthcare workers in the room to one physician and one physiotherapist, as well as choosing a negative-pressure chamber if available.
Chest physiotherapy should be tailored to the specific phenotype of COVID-19 patients.
Patients who might be eligible for a spontaneous breathing trial should receive chest physiotehrapy before and after extubation.
NIV, CPAP, and HFNO should also be considered for short periods after extubation, until complete respiratory autonomy is reached.
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