Due to resource problems in the clinic at University Hospital Odense

Problem:

Training is an important part of the treatment and rehabilitation of patients with chronic obstructive pulmonary disease (COPD) because training can increase the patient's muscle mass, lead to higher physical performance, reduce difficulties in breathing and hereby increase the patients' capacity to make use of the medical treatment.

Rehabilitation is provided by hospitals training centres/outpatient clinics. However, the transport is too tiring for the patients, which is why they decline taking part in it. This can mean a worsening of their condition and an increase in readmissions.

Solution:

• To develop a better treatment for patients with severe COPD: Telemedical training of patients with COPD in teams.
• To develop a cross-sectoral practice for the telemedical training patients will use, thus decreasing the readmissions of OUH's patients with severe COPD
• To optimize the patient's journey in and across sector borders by using Lean methods.

Perspective:

The study is expected to contribute to improving treatment of severely ill patients with COPD cross-sectorally. The results are expected to contribute to reducing readmissions and raising the level of evidence in telemedical research on training patients with severe COPD. The study's findings may be of use in relation to other patient groups who have difficulties coming to training.

Background:

This research project has its starting point in a pilot project. Its goal was to determine whether severely ill COPD patients could train at home and earlier than normal. Evaluation showed patients found it reassuring to train with the help of the COPD briefcase. They found it increased their physical and mental well-being.

Method:

To gain knowledge of the effect of telemedical training. The patient's strength, daily activity level and quality of life will be measured by conducting a randomized controlled trial including 125 patients - 62 in the intervention group and 62 in the control group.

Qualitative research methods will be used to explore the user perspective concerning patients, family and health professionals. The method is critical psychological practice research.

A Lean method consultant from University Hospital Odense (OUH) will be involved in developing the best clinical pathway for the patients and the professionals.

Project Description:

Problem:

Training is an important part of the treatment and rehabilitation of patients with Chronic Obstructive Pulmonary Disease (COPD) because training can increase the patients' muscle mass, lead to higher physical performance, reduce difficulties in breathing and hereby improve the patient's ability to make use of the medical treatment.

Rehabilitation is provided by hospitals training centres/outpatient clinics. However, the transport is too tiring for the patients, which is why they decline taking part in it. This can mean a worsening of their condition and an increase in readmissions.

Solution:

• To develop a better treatment for patients with severe COPD: Telemedical training of patients with COPD in teams.
• To develop a cross-sectoral practice for the telemedical training patients will use, thus decreasing the readmissions of OUH's patients with severe COPD
• To optimize the patients' journey in and across sector borders by using Lean methods.

The projects relevance for the clinic and target group:

The study is expected to contribute to improving the treatment of severely ill patients with COPD cross-sectorally by generating knowledge for the physical and occupational therapists' practice. The results are expected to contribute to reducing readmissions and raising the level of evidence in telemedical research on training patients with severe COPD.

The study includes patients with severe COPD in Odense and Svendborg. It is anticipated that similar patient groups with similar difficulties, nationally as well as internationally, will benefit from the findings.

Background:

More than 430.000 people in Denmark have Chronic Obstructive Pulmonary Disease (COPD) (Hansen et al., 2008). Characteristic for COPD is respiratory tract obstruction, which is not completely reversible and worsens as time passes. Complications of COPD are: loss of muscle mass, weight loss and an increasing social isolation (The National Board of Health, 2007).

It is well documented that a systematic individually composed rehabilitation program, including training, has an effect on patients' functional level and quality of life (National board of Health, 2007). Early rehabilitation after hospitalization may break the vicious circle, which can arise for patients with COPD. In this cycle, hospitalization can entail inactivity and loss of muscular strength, thus increasing the risk of new aggravations with re-admittance to hospital as a result (National board of Health, 2014). In addition, at this time no studies examine the effect of training on daily activities (ibid).

To offer these severely ill patients rehabilitation is a regional task. However, the patients with severe COPD often decline training, as the transport to and from hospital is too exhausting for them. The result is no training for this group. The same dilemma exists in other countries (Burkow et al., 2013). Inactivity can mean stagnation in daily life, which affects functioning (Williams et al., 2011) for both patients and their families (Wong et al., 2005) Patients with COPD, who cannot take part in the usual rehabilitation program due to the degree of their illness, are now recommended to take part in strength training as a replacement. The recommendation is based solely on consensus of good clinical practice. Research is lacking (National Board of Health, 2014).

Few studies examine telemedicine, COPD and supervised training. Two studies with supervised team training for, among others, patients with COPD showed great patient satisfaction and an increased experience of social support (Nield and Hoo, 2012, Burkow et al., 2013). One of the studies showed a significantly decreased occurrence of dyspnoea in the intervention group (Nield and Hoo, 2012).

In 2010-2012 OUH did a feasibility study in an attempt to develop a training program for patients with severe or very severe COPD who reject the established rehabilitation program at the hospital. The study, which encompassed 50 patients in a year, tested and developed an early effort using an individually tailored home-training program based on telemedical training.

The results showed potential in relation to previous telemedical training of patients with COPD. Considering the scanty knowledge in the field, a contribution to produce knowledge of greater variation is relevant.

Project type:

An randomised controlled Study (RCT) is needed to reveal the effect of telemedical training and muscle strength related to doing every day chores and to see how this affects their daily activities and quality of life.

The RCT study:

Aim:

The aim is to study the effect of telemedical training on activities of daily living, quality of life and physical performance in patients with severe or very severe COPD.

Hypotheses:

This study is designed to assess the hypothesis that patients with severe or very severe COPD, who have thanked no to training at the hospital, receiving telemedical training will experience greater satisfaction doing daily activities, increase their quality of life and increase their physical performance than patients who do not receive telemedical training.

Place and project participants:

Patients who take part in the study have been admitted to OUH because of a worsening of their COPD. The criteria for inclusion and exclusion criteria will be submitted elsewhere.

Design and method:

The project participants are included consecutively in the intervention group or the control group for two years. A power calculation shows the study can, with a random sampling size of 100 patients, 50 in each group, show a difference of 2,7 seconds in FTSST(Stand up - sit down five times). The strength is set to 80 %. The calculation is based on a standard deviation of 4,8 for FTSST and a 5 % to-sided significance level. If a dropout rate of 20 % is allowed for, it will mean that 128 persons must be included.

The patients are randomized to the intervention group or the control group by baseline after an informed consent. Measurements are made at baseline, post-intervention and follow-up, which are 3 and 6 months after post-intervention.

Patients in the intervention group will receive telemedical training in teams of up to 4, 21 times, three times weekly for seven weeks. During the first three weeks the regional physiotherapists will be responsible for the training. Municipal occupational -and physiotherapists will manage the last four weeks' training.

Patients in the control-group will receive no training as they have refused the offer. They will be discharged to the municipal sphere with a rehabilitation plan.

Data generation method:

Function tests and questionnaires will be included in the quantitative study of the telemedicial training's importance for physical ability, daily activities and health related quality of life for patients with severe or very severe COPD.

Outcome measures will be submitted elsewhere. The following parameters describe the participating patient group: Sex, age, civil status, socio - economic status, Body Mass Index (BMI), forced expiratory volume in one 1 second (FEV1) of expected value, FEV1 / forced vital capacity (FVC), Medical Research Council Breathlessness Scale (MRC- dyspnea score), oxygen treatment in the home, treatment with atomizer, the usual inhaled COPD treatment (grouped), oral prednisolone treatment, home care, use of tobacco.

Whether telemedical training has an effect on readmissions for patients with COPD will be examined by comparing the number of admissions for the intervention group and the control group. Data will be requisitioned from the Region's IT.

Analysis:

The data will be continuously keyed into an Access database. Calculation of the analysis will be done using the software program STATA (abbreviation of Statistic and Data). The data will be analyzed according to the principle 'intention to treat'. The level of significance α will be placed at 0,05 and power β = 0,8. Descriptive statistics and regression analysis will be used.

Ethical considerations:

The patients will be informed of the project's goal, form and content both orally and in written form and that participation is voluntary. Written consent must be had before inclusion. Participants will be informed that they can leave the study at any time. The project leader will file inclusion numbers and corresponding personal data securely according to the applicable rules. The project is registered and approved of by The Danish Data Protection Agency and the Danish Council of Ethics.

Documentation of results, knowledge sharing and distribution:

Three articles will be published in relevant international peer-reviewed journals. The Danish Lung Association will be continuously informed of the study's status. The results will be distributed to national and international conferences, and studies abroad. These include health professional forums during the Ph.D. study - depending on the results of the study.

Database:

Data from the project will be stored via Odense Patient Explorative Network (OPEN)- more specifically Redcap as the data management system. Redcap is approved of by God Clinical practice (GCP).

Inclusion Criteria:

• patients with severe and very severe COPD, that is FEV1/FVC under 0,7, FEV1 under 50 % of the expected value and grade three and above on the Medical Research Council Dyspnoea Scale (MRC- Dyspnoea Scale).
• The patients have rejected OUH's offer of training at the hospital.
• The patients must be mobile enough to complete the training.
• The patients are motivated to participate in individual adjusted telemedical training in teams.
• The patients have at the same time been offered Telemedical consultations by a nurse
• The patients biggest problem concerning physical activity has to be their shortness of breath
• The patients live in either Svendborg or Odense

Exclusion Criteria:

• patients with lacking ability to communicate via telephone and/or computer screen, severe kidney insufficiency or cardiac insufficiency, saturation less than 88 % and possibly malignant changes in lung(s).