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| Name | Class |
|---|---|
| Bursa City Hospital | OTHER_GOV |
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In this research; the investigators would like to compare the results of patients with Parkinson's disease in the two groups who received classical physical therapy and rehabilitation program and virtual reality assisted walking and balance exercise at the beginning (1st rehabilitation day =1. day) and end of rehabilitation (21st rehabilitation day=50.day). In addition, the investigators aimed to reveal the change of gait and balance parameters by measuring the C-mill walking and balance rehabilitation device with numerical data and graphic analysis.
BASIS AND JUSTIFICATION OF THE RESEARCH: : In Parkinson's patients, difficulty in walking, slowing down in movements, difficulties in starting and maintaining walking become evident in Hoehn Yahr stage 2-3-4 stages of the disease. In addition to drug therapy, physical therapy and rehabilitation applications have proven to be effective in conditions such as walking and movement restriction in Parkinson's patients. Rehabilitation with a physiotherapist, controlled home exercise programs, and robot-assisted rehabilitation practices were all found to be effective in the clinic.
EXPECTED BENEFITS AFTER THE RESEARCH: It improves the patient's daily life activities and tests of all kinds of FTR applications. With the rehabilitation the investigators will implement, the investigators will help patients to be able to walk, sit and stand up unaided and independently. The investigators expect an increase in exercise capacity, an increase in walking distance, an improvement in balance and walking, and an increase in balance and walking measurements.
RESEARCH METHOD:
All measurements 1st day when rehabilitation applications started and 50th day when rehabilitation applications end.
To evaluate whether they benefit from the applied rehabilitation; Changes in the patient's own values will be compared on the first day and the last day of rehabilitation.
It will be determined whether there is a difference between the scales and values between the two groups in which classical rehabilitation and C mill virtual reality applied rehabilitation.
In order to determine the neurological examination status of the patients:
UPDR s-III: Unified Parkinson's Disease Rating Scale-Motor: maximum 56 points and a high score is considered bad.
Regarding balance and walking: Tinetti test: the maximum possible score is 28, a high score is considered good.
To measure the time it takes to get up and walk 3 meters from the seat, turn and sit in the chair that he/she started again: The time up and go test: normal value: It was determined as less than 12 seconds.
To determine their own thoughts about the quality of life and the health of the patient: Short Form Health Survey-36: Norm values for the Turkish society have been determined, and the values received by the patients will be interpreted accordingly.
To determine the ability to walk: Functional Ambulation Classification (FAC): A value between 0 and 5. A high score is determined as good.
Walking parameters:Measurements will be made with a C mill walking and balance rehabilitation device.
It is known that walking speed, walking distance, walking time, step length, and number of steps per minute decrease in Parkinson's patients. In order to measure whether there is an increase or change in these values with rehabilitation: Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes: Single stance phase (%), Single stance time (s), weight transfer %, right and left stride length (cm), two stride length (cm), symmetry ( %), walking distance (m), walking time (minute), walking speed (km/h), total number of steps and number of steps per minute.
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| Label | Type | Description | Intervention Names |
|---|---|---|---|
| classical physical therapy and rehabilitation program | Active Comparator | In classical physical therapy, muscle strengthening, sitting, standing and walking exercises will be performed with physiotherapy. |
|
| virtual reality assisted walking and balance exercise program | Active Comparator | C-Mill device: It is possible to stand and walk on the treadmill. The patient is fixed to the moving band by attaching a garment made of corset-like straps, and thanks to this system, the risk of falling of the patient is prevented. There are virtual reality applications on the treadmill floor and on the giant screen opposite: ball collection It provides adaptation of walking to normal life with animal figures, forest or street images, sounds. |
|
| Name | Type | Description | Arm Group Labels | Other Names |
|---|---|---|---|---|
| classical physical therapy with physiotherapy. | Procedure | C-Mill device: It is possible to stand and walk on the treadmill. The patient is fixed to the moving band by attaching a garment made of corset-like straps, and thanks to this system, the risk of falling of the patient is prevented. There are virtual reality applications on the treadmill floor and on the giant screen opposite: ball collection It provides adaptation of walking to normal life with animal figures, forest or street images, sounds. In classical physical therapy, muscle strengthening, sitting, standing and walking exercises will be performed with physiotherapy. |
| Measure | Description | Time Frame |
|---|---|---|
| UPDR s-III: Unified Parkinson's Disease Rating Scale-Motor | In order to determine the neurological examination status of the patients: UPDR s-III: Unified Parkinson's Disease Rating Scale-Motor: maximum 56 points and a high score is considered bad | 1st day: when rehabilitation applications started |
| UPDR s-III: Unified Parkinson's Disease Rating Scale-Motor | In order to determine the neurological examination status of the patients: UPDR s-III: Unified Parkinson's Disease Rating Scale-Motor: maximum 56 points and a high score is considered bad | 50th day: when rehabilitation applications end |
| Tinetti test | Regarding balance and walking: Tinetti test: the maximum possible score is 28, a high score is considered good. | 1st day: when rehabilitation applications started |
| Tinetti test | Regarding balance and walking: Tinetti test: the maximum possible score is 28, a high score is considered good. | 50th day: when rehabilitation applications end |
| The time up and go test | To measure the time it takes to get up and walk 3 meters from the seat, turn and sit in the chair that he/she started again: The time up and go test: normal value: It was determined as less than 12 seconds. | 1st day: when rehabilitation applications started |
| The time up and go test | To measure the time it takes to get up and walk 3 meters from the seat, turn and sit in the chair that he/she started again: The time up and go test: normal value: It was determined as less than 12 seconds. |
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Inclusion Criteria:
Hoehn-Yahr Staging:
Stage 0- No signs of disease. Stage 1- Unilateral disease. Stage 1.5- Unilateral plus axial involvement. Stage 2- Bilateral disease, no balance disorder. Stage 2.5- Mild bilateral disease recovering in the pull test. Stage 3 - Mild to moderate bilateral disease and some postural instability, physically independent.
Stage 4 - Severe disability, able to stand and walk unaided. Stage 5 - unassisted wheelchair or bed dependent. Can be mobilized without support or with minimal support
Exclusion Criteria:
Criteria for exclusion of volunteers from the study:
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| Name | Affiliation | Role |
|---|---|---|
| NERMİN ÇALIŞIR | ROMATEM PHYSICAL THERAPY AND REHABILITATION HOSPITALS BURSA HOSPITAL | Study Director |
| NURTEN KÜÇÜKÇAKIR | ROMATEM ROMATEM PHYSICAL THERAPY AND REHABILITATION HOSPITALS BURSA HOSPITALS BURSA HOSPITAL | Principal Investigator |
| SÄ°NEM AKSELÄ°M | BURSA CÄ°TY HOSPÄ°TAL PHYSICAL THERAPY AND REHABILITATION HOSPITAL | Principal Investigator |
| Muhammed Ali DEMÄ°RBAÄž | ROMATEM ROMATEM PHYSICAL THERAPY AND REHABILITATION HOSPITALS BURSA HOSPITALS BURSA HOSPITAL | Principal Investigator |
| RAFET AKAR | ROMATEM ROMATEM PHYSICAL THERAPY AND REHABILITATION HOSPITALS BURSA HOSPITALS BURSA HOSPITAL | Principal Investigator |
| ŞEYDA ÖNCÜL | ROMATEM ROMATEM PHYSICAL THERAPY AND REHABILITATION HOSPITALS BURSA HOSPITALS BURSA HOSPITAL | Principal Investigator |
| GÖKHAN KAYA | ROMATEM ROMATEM PHYSICAL THERAPY AND REHABILITATION HOSPITALS BURSA HOSPITALS BURSA HOSPITAL | Principal Investigator |
| ANIL YILMAZ | ROMATEM ROMATEM PHYSICAL THERAPY AND REHABILITATION HOSPITALS BURSA HOSPITALS BURSA HOSPITAL |
| Facility | Status | City | State | ZIP | Country | Contacts |
|---|---|---|---|---|---|---|
| Romatem Romatem Physical Therapy and Rehabilitation Hospitals Bursa Hospitals Bursa Hospital | Bursa | 16030 | Turkey (Türkiye) |
all collected IPD, all IPD that underlie results in a publication
as a date relative to the time when summary data are published or otherwise made available (starting 7 months after publication).
all the data
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| ID | Term |
|---|---|
| D010300 | Parkinson Disease |
| ID | Term |
|---|---|
| D020734 | Parkinsonian Disorders |
| D001480 | Basal Ganglia Diseases |
| D001927 | Brain Diseases |
| D002493 | Central Nervous System Diseases |
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| ID | Term |
|---|---|
| D026741 | Physical Therapy Modalities |
| ID | Term |
|---|---|
| D013812 | Therapeutics |
| D012046 | Rehabilitation |
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Randomized controlled study
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| 50th day: when rehabilitation applications end |
| Short Form Health Survey-36 | To determine their own thoughts about the quality of life and the health of the patient: Short Form Health Survey-36: Norm values for the Turkish society have been determined, and the values received by the patients will be interpreted accordingly. | 1st day: when rehabilitation applications started |
| Short Form Health Survey-36 | To determine their own thoughts about the quality of life and the health of the patient: Short Form Health Survey-36: Norm values for the Turkish society have been determined, and the values received by the patients will be interpreted accordingly. | 50th day: when rehabilitation applications end |
| Functional Ambulation Classification (FAC) | To determine the ability to walk: Functional Ambulation Classification (FAC): A value between 0 and 5. A high score is determined as good. | 1st day: when rehabilitation applications started |
| Functional Ambulation Classification (FAC) | To determine the ability to walk: Functional Ambulation Classification (FAC): A value between 0 and 5. A high score is determined as good. | 50th day: when rehabilitation applications end |
| Single stance phase (%) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| Single stance phase (%) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day:when rehabilitation applications end |
| single stance time (s) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started d |
| single stance time (s) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| two stride length (cm) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| two stride length (cm) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day :when rehabilitation applications end |
| right stride length (cm) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| right stride length (cm), | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| left stride length (cm) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| left stride length (cm) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| walking distance (m) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| walking distance (m) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| walking time (minute) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| walking time (minute) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| walking speed (km/h) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| walking speed (km/h) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| step symmetry ( %) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| step symmetry ( %) | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| number of steps per minute. | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 1st day: when rehabilitation applications started |
| number of steps per minute. | Measurements will be made with a C mill walking and balance rehabilitation device. The following measurements will be made by walking at the speed at which the patient can walk comfortably, for a maximum of 5 minutes | 50th day: when rehabilitation applications end |
| D009422 | Nervous System Diseases |
| D009069 | Movement Disorders |
| D000080874 | Synucleinopathies |
| D019636 | Neurodegenerative Diseases |