Clinical Trials Logo

Clinical Trial Details — Status: Completed

Administrative data

NCT number NCT03803358
Other study ID # NIV-Training
Secondary ID
Status Completed
Phase N/A
First received
Last updated
Start date January 7, 2019
Est. completion date July 27, 2021

Study information

Verified date July 2021
Source Schön Klinik Berchtesgadener Land
Contact n/a
Is FDA regulated No
Health authority
Study type Interventional

Clinical Trial Summary

The aim of the study is to investigate the additional effects of the use of NIV during exercise within a 3-week PR program on exercise capacity in COPD patients with chronic hypercapnic respiratory failure.


Description:

Scientific Background/ Rationale: Quality of life and exercise tolerance are commonly reduced in people with chronic obstructive pulmonary disease (COPD), especially in people with chronic hypercapnic respiratory failure (CHRF). Endurance exercise training as part of a pulmonary rehabilitation (PR) programme is an important treatment for people with COPD and has been shown to improve quality of life, exercise tolerance and physical activity. However, individuals with CHRF may have difficulties performing endurance exercise at an adequate training intensity to achieve the desired physiological changes. Non-invasive ventilation (NIV) is a method of providing breathing support using a ventilator and is usually delivered via a full face mask. A recent study showed that during a single exercise session in people with CHRF, NIV dramatically improves exercise tolerance and reduces breathlessness. Consequently, NIV used over a complete exercise training program may allow people with COPD and CHRF to exercise at a higher intensity to achieve greater improvement in exercise tolerance, quality of life and physical activity. So far this has only been tested in a small number of studies with small numbers of participants, and none with CHRF. It is currently not known from literature whether the demonstrated benefits of NIV during exercise training are clinically worthwhile or cost-effective. Aims The aim of the study is to investigate the additional effects of the use of NIV during exercise within a 3-week PR program on exercise capacity in COPD patients with chronic hypercapnic respiratory failure. Hypothesis It is assumed that a 3-week exercise training program with additional NIV, using titrated pressures, reduces the work of breathing. With this, it is theorized, COPD patients with CHRF are able to train for a longer duration and/ or with higher training intensities over the course of the training program and may achieve better PR outcomes. Primary Hypothesis: H.0: COPD-Patients with CHRF have the same increase in exercise capacity (endurance cycle time) when training with additional NIV as without NIV, during a 3-week PR program. H.1: COPD-Patients with CHRF have a superior increase in exercise capacity (endurance cycle time) when training with additional NIV as without NIV, during a 3-week PR program. Main Objective To determine if NIV during exercise is a useful tool for increasing exercise tolerance in hypercapnic patients, exercise tolerance (cycle endurance time) will be measured without NIV at PR admission/ discharge Materials and Method A total of 26 COPD patient (age: 40-80 years) in GOLD Stages IV diagnosed with CHRF, already treated with nocturnal NIV and referred for a comprehensive PR program will be recruited and randomized into two groups: 1) exercise with NIV during exercise (nocturnal NIV will continue) and 2) control group - exercise without NIV during exercise (nocturnal NIV will continue). Initially, patients will perform a maximum cardiopulmonary test to determine the Peak Work Rate (WRpeak). On a separate day, patients will perform a cycle endurance test (CET) at 75%WRpeak without NIV using oxygen as prescribed, if needed. TcPCO2, heart rate and SpO2 via SenTec will be measured continuously during CET. In addition to the continuously recorded data, dyspnoea/ respiratory effort/ leg-fatigue (10-point Borg scale), capillary blood gases and the arterial blood pressure will be taken at the beginning/ end/ recovery/ isotime of the CET.


Recruitment information / eligibility

Status Completed
Enrollment 30
Est. completion date July 27, 2021
Est. primary completion date July 27, 2021
Accepts healthy volunteers No
Gender All
Age group 40 Years to 80 Years
Eligibility Inclusion Criteria: - Diagnosis of very severe COPD Gold Stage IV - Age: 40-80 years - PaCO2 >50mmHg (at rest, during sleep or exercise) - Implemented nocturnal non-invasive ventilation therapy Exclusion Criteria: - Concomitant cardiovascular, orthopaedic or neurological conditions that are likely to be the primary impairment to exercise performance - Other significant pulmonary disease which could affect exercise or NIV (e.g. asthma) - BMI > 35 kg/m2 - Inability to give informed consent

Study Design


Related Conditions & MeSH terms


Intervention

Other:
exercise training with non-invasive ventilation
In the intervention group (exercise training with non-invasive ventilation) exercise NIV pressures will be optimally adjusted to each individual patient to decrease TcPCO2 values. An IPAP of at least 15 cmH20 will be used to provide sufficient pressure to relief patients breathing muscles. Nocturnal NIV will be continued.
standard exercise training without NIV
In the control Group (standard exercise training without NIV ), patients will be execute cycle exercise without additional NIV (usual care). Nocturnal NIV will be continued.

Locations

Country Name City State
Germany Schoen Klinik Berchtesgadener Land Schönau Am Königssee Bayern

Sponsors (3)

Lead Sponsor Collaborator
Schön Klinik Berchtesgadener Land Bad Reichenhaller Forschungsanstalt, Löwenstein Medical GmbH & Co. KG

Country where clinical trial is conducted

Germany, 

Outcome

Type Measure Description Time frame Safety issue
Primary Exercise tolerance Change in cycle endurance time without NIV within PR Day 1 and Day 21
Secondary Partial pressure of transcutaneous carbon dioxide Change in partial pressure of carbon dioxide levels during CET, recorded via SenTec (Switzerland, Therwill) Day 1 and Day 21
Secondary Oxygen saturation Change in Oxygen Saturation during CET, recorded via SenTec (Switzerland, Therwill) Day 1 and Day 21
Secondary Heart rate Change in Heart Rate during CET, recorded via SenTec (Switzerland, Therwill) Day 1 and Day 21
Secondary Partial pressure of carbon dioxide Change in partial pressure of carbon dioxide pre/ post CET, recovery, isotime, recorded via capillary taken blood gases Day 1 and Day 21
Secondary Partial pressure of oxygen Change in partial pressure of oxygen pre/ post CET, recovery, isotime, recorded via capillary taken blood gases Day 1 and Day 21
Secondary Arterial blood pressure Change in arterial blood pressure pre/ post CET, recovery, isotime Day 1 and Day 21
Secondary Patients perception - Dyspnoe Change in perceived dyspnoea /respiratory effort pre/ post CET, recovery, isotime recorded via Borg Scale Day 1 and Day 21
Secondary Patients perception - leg fatigue Change in perceived leg fatigue pre/ post CET, recovery, isotime recorded via Borg Scale Day 1 and Day 21
Secondary Patients Quality of life - Chronic Respiratory Questionnaire Change in Chronic Respiratory Questionnaire Day 1 and Day 21
Secondary Patients Quality of life - Severe Respiratory Insufficiency Questionnaire Change in Severe Respiratory Insufficiency Questionnaire Day 1 and Day 21
Secondary Anxiety and Depression Change in Hospital Anxiety and Depression Scale Day 1 and Day 21
Secondary Maximal voluntary muscle contraction Change in muscle contraction force (m. rectus femoris) recorded via MicroFet Day 1 and Day 21
Secondary Patients perception to physical Training with additional NIV Patients in the Intervention Group will be interviewed how they perceived the Treatment, via a questionnaire with open- and closed ended questions Day 1 and Day 21
See also
  Status Clinical Trial Phase
Active, not recruiting NCT06000696 - Healthy at Home Pilot
Active, not recruiting NCT03927820 - A Pharmacist-Led Intervention to Increase Inhaler Access and Reduce Hospital Readmissions (PILLAR) N/A
Completed NCT04043728 - Addressing Psychological Risk Factors Underlying Smoking Persistence in COPD Patients: The Fresh Start Study N/A
Completed NCT04105075 - COPD in Obese Patients
Recruiting NCT05825261 - Exploring Novel Biomarkers for Emphysema Detection
Active, not recruiting NCT04075331 - Mepolizumab for COPD Hospital Eosinophilic Admissions Pragmatic Trial Phase 2/Phase 3
Terminated NCT03640260 - Respiratory Regulation With Biofeedback in COPD N/A
Recruiting NCT04872309 - MUlti-nuclear MR Imaging Investigation of Respiratory Disease-associated CHanges in Lung Physiology
Recruiting NCT05145894 - Differentiation of Asthma/COPD Exacerbation and Stable State Using Automated Lung Sound Analysis With LungPass Device
Withdrawn NCT04210050 - Sleep Ventilation for Patients With Advanced Hypercapnic COPD N/A
Terminated NCT03284203 - Feasibility of At-Home Handheld Spirometry N/A
Recruiting NCT06110403 - Impact of Long-acting Bronchodilator- -Corticoid Inhaled Therapy on Ventilation, Lung Function and Breathlessness Phase 1/Phase 2
Active, not recruiting NCT06040424 - Comparison of Ipratropium / Levosalbutamol Fixed Dose Combination and Ipratropium and Levosalbutamol Free Dose Combination in pMDI Form in Stable Chronic Obstructive Pulmonary Disease (COPD) Patients Phase 3
Recruiting NCT05865184 - Evaluation of Home-based Sensor System to Detect Health Decompensation in Elderly Patients With History of CHF or COPD
Recruiting NCT04868357 - Hypnosis for the Management of Anxiety and Breathlessness During a Pulmonary Rehabilitation Program N/A
Completed NCT01892566 - Using Mobile Health to Respond Early to Acute Exacerbations of COPD in HIV N/A
Completed NCT04119856 - Outgoing Lung Team - a Cross-sectorial Intervention in Patients With COPD N/A
Completed NCT04485741 - Strados System at Center of Excellence
Completed NCT03626519 - Effects of Menthol on Dyspnoea in COPD Patients N/A
Recruiting NCT04860375 - Multidisciplinary Management of Severe COPD N/A