Investigation of the Effect of Functional Respiratory Muscle Training on Functional Level, Balance and Biochemical Parameters in Elderly Individuals.

N/AActive Not RecruitingNCT06924138

Istanbul Arel University40 enrolled

Overview

The aim of this thesis study is to investigate the effects of functional respiratory muscle training on functional level, balance, postural control and biochemical parameters in elderly individuals. H0 hypothesis: Functional respiratory muscle training has no effect on functional level, balance, postural control and biochemical parameters in elderly individuals. H1 hypothesis: Functional respiratory muscle training has an effect on functional level, balance, postural control and biochemical parameters in elderly individuals. The patients included in the study will be randomly divided into two groups as study and control groups. Randomization will be provided by computer-aided program. The patients in the study and control groups will be evaluated at the beginning and after six weeks. Functional Respiratory Muscle Training will be given to the study group with the Powerbreathe Respironics® (UK) device. The initial training intensity will be set as 50% (threshold loading) of the MIP value measured in the patient's first evaluation. The patient will be re-evaluated and the new MIP value will be measured, increasing by 10% every 2 weeks, and the training intensity will be adjusted by calculating the measured MIP value. Patients will be asked to work four days a week until the exercise sets are completed. In the control group, the same balance exercises will be performed and will not be changed for six weeks.

When the current literature is examined, it is seen that the relationship between respiration and balance is also exercise applications performed together with inspiratory muscle training. On the other hand, the investigators also come across the effects of different exercises on different biochemical parameters. However, there is no literature information regarding the parameters that the investigators will evaluate together with functional respiratory muscle training. In addition, although there is no study examining the relationship between functional respiratory muscle training and biochemical parameters, balance, and functional level, the relationship between functional respiratory muscle training and oxidative stress level as a biophysiological acute response and thus changes in endometrial nitric oxide and lactate levels is a significant research topic in the literature. The fact that our study includes a functional respiratory exercise application increases the importance of the study. For this reason, the investigators think that such a study is needed in the literature. The investigators also hope to contribute to the literature by examining the relationship between functional respiratory muscle training in the elderly population and functional level, balance, and biochemical parameters in our study. With the functional respiratory muscle training that the investigators will apply for 60 minutes 4 days a week, the investigators expect to protect and maximize the functional level of the patient and the pulmonary dysfunctions, dyspnea symptoms, loss of function that may develop due to peripheral and respiratory muscle weakness in the participants; and as a result, the investigators expect to increase the quality of life. With the study the investigators have determined, the investigators think that the investigators will create a protective preventive exercise protocol to prevent functional losses seen with aging, and at the same time, the investigators will determine the biological infrastructure of the problems encountered and reveal different systematic connections for this. In this way, the investigators aim to both pioneer new studies to be conducted in the literature and contribute to the society and public health by producing scientific data to be used in treatment by clinicians.

Interventions

ExerciseOTHER

The patients included in the study will be randomly divided into two groups as the study and control groups. Randomization will be provided by a computer-aided program. The patients in the study and control groups will be evaluated at the beginning and after six weeks. Functional Respiratory Muscle Training will be given to the study group with the Powerbreathe Respironics® (UK) device. The initial training intensity will be set at 50% (threshold loading) of the MIP value measured in the patient's first evaluation. The patient will be re-evaluated and the new MIP value will be measured, increasing by 10% every 2 weeks, and the training intensity will be adjusted by calculating the measured MIP value. Patients will be asked to work four days a week until the exercise sets are completed.

Standart therapyOTHER

In the control group, the same balance exercises will be performed and will not be changed for six weeks.

Outcomes

Primary Outcomes

Cardiopulmonary exercise test

Cardiopulmonary exercise testing (CPET) has become an invaluable tool in healthcare, improving disease diagnosis and the quality, efficacy, assessment and safety of treatment in a range of pathologies. The superior ability of CPET to measure the global exercise response of the respiratory, cardiovascular and skeletal muscle systems simultaneously and cost-effectively has led to its application in a variety of settings, from disease diagnosis to preoperative evaluation. In our study, CPET will be applied to assess functional exercise capacity.