COPD Clinical Trial
Official title:
Effects of Two Training Protocols in Physical Activity in Daily Life and Balance in Patients With COPD: Land Versus Water
Introduction: There is evidence that demonstrate the beneficial effects of pulmonary
rehabilitation programs (PR) on symptoms, exercise capacity, muscle strength and quality of
life in patients with Chronic obstructive pulmonary disease (COPD). The majority of the
studies used high intensity endurance and strength exercise training on land. Exercise on
water is an effective form of training that has been used for decades for rehabilitation in
different chronic conditions. In addition, there are promising preliminary results on the
literature regarding aquatic training in patients with COPD. However, several gaps remain.
Aim: Compare the effects of two rehabilitation programs with 6 months of duration in patients
with COPD on physical activity in daily life and balance: land versus water.
Methods: The sample will consist of 36 patients with COPD diagnosed according to the GOLD
criteria, 50 years old or more and clinically stable.
Patients will be evaluated in 3 different moments: before the PR, after the PR and 6 months
after the end of the PR (follow up). In addition to the assessment of physical activity in
daily life and balance, the investigators will also evaluate pulmonary function, peripheral
and respiratory muscle strength, body composition, maximal and submaximal exercise capacity,
functional status and quality of life.
Both groups (land or water) will be submitted for 3 sessions of exercise training per week,
with 45 minutes of duration, during 6 months. The sessions of both groups include the same
exercises sequence. Endurance exercise training will be performed on a bicycle and walking on
land and strength training using free weights. Workload will be established according to the
tests performance on assessment and progression will follow a predetermined schedule and
adjusted according symptoms. On water the same approach will be followed.
Expected results: the investigators expect improvement in terms of symptoms, exercise
capacity, muscle strength, quality of life, functional status and physical activity in daily
life at the end of the two training protocols. However, it is unclear whether one training
protocol will be superior than the other. Due to the characteristics involved in the aquatic
training, the investigators hypothesized that this type of training can result in better
results on balance.
There is evidence that demonstrate the beneficial effects of pulmonary rehabilitation
programs (PR) on symptoms, exercise capacity, muscle strength and quality of life in patients
with Chronic obstructive pulmonary disease (COPD). The majority of the studies used high
intensity endurance and strength exercise training on land. Exercise on water is an effective
form of training that has been used for decades for rehabilitation in different chronic
conditions. In addition, there are promising preliminary results on the literature regarding
aquatic training in patients with COPD. However, several gaps remain.
Therefore, we aim to compare the effects of two rehabilitation programs with 6 months of
duration in patients with COPD on physical activity in daily life and balance: land versus
water.
The sample will consist of 36 patients with COPD diagnosed according to the GOLD criteria, 50
years old or more and clinically stable.
Patients will be evaluated in 3 different moments: before the PR, after the PR and 6 months
after the end of the PR (follow up). In addition to the assessment of physical activity in
daily life and balance, the investigators will also evaluate pulmonary function, peripheral
and respiratory muscle strength, body composition, maximal and submaximal exercise capacity,
functional status and quality of life.
Both groups (land or water) will be submitted for 3 sessions of exercise training per week,
with 45 minutes of duration, during 6 months. The sessions of both groups include the same
exercises sequence. Endurance exercise training will be performed on a bicycle and walking on
land and strength training using free weights. Workload will be established according to the
tests performance on assessment and progression will follow a predetermined schedule and
adjusted according symptoms. On water the same approach will be followed.
Expected results: the investigators expect improvement in terms of symptoms, exercise
capacity, muscle strength, quality of life, functional status and physical activity in daily
life at the end of the two training protocols. However, it is unclear whether one training
protocol will be superior than the other. Due to the characteristics involved in the aquatic
training, the investigators hypothesized that this type of training can result in better
results on balance.
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