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Japanese

Mar. 25, 2019

May. 25, 2022

jRCTs052180158

A study on the effectiveness of balance rehabilitation support robot (balance exercise assist robot) for Parkinson's patient.

The effect of rehabilitation robots for patients with Parkinson's disease.

Aug. 31, 2021

12

The subjects were those with a total BESTest score of less than 75%, an MMSE score of at least 24 points, Hohen-Yahr severity class I to III, and stable Parkinson's disease medication. In the BEAR group, the male to female ratio was 3 males and 6 females, the mean age was 71.7(SD: 3.9), years, the mean BMI was 20.9 (SD: 1.7), the mean UPDRSIII was 37.9 (SD:12.4). In the PT group, the male to female ratio was 3 males, the mean age was 66.3 (SD: 5.7) years, the mean BMI was 24.8 (SD: 2.3), and the mean UPDRSIII was 34.5 (SD: 11.1).

This study started on March 16, 2018, the date of approval by the Ethical Review Committee of Hyogo Medical College; from March 25, 2019, the study was continued as a specific clinical research with the approval of the Clinical Research Review Committee of Hyogo Medical College, and recruitment of subjects was conducted until March 31, 2021. Data collection was conducted until October 31, 2021. The total number of recruited subjects was 30, and 11 subjects declined to participate in the study after listening to the research explanation. There were 6 patients who did not meet the eligibility criteria.We randomly divided the 13 patients who met the eligibility criteria into 2 groups: 9 patients in the BEAR group, 6 of whom completed Follow up 12W due to the spread of COVID19; 4 patients in the PT group, 1 of whom dropped out due to a fracture caused by a fall at own house; and 3 of whom completed Follow up 12W. The patient in which was discontinued were not included in the analysis becouse the patietns was undergone only pre evaluation.

One patient suffered a fracture due to a fall during the research institute, although no illnesses or other events were considered to have occurred in relation to the study. The patient was allocated to the PT group, and after three sessions of exercise therapy, she suffered a fracture. As the patient had a history of falls before participating the study, the fall did not occur during exercise therapy, and the fall did not occur on the day of the exercise therapy, the disease was considered to be unrelated to the study. With the exception of this one case, no illnesses or other problems occurred during the study.

A two-way analysis of variance showed no statistically significant interactions for the primary or secondary endpoints. The BESTest of the BEAR group showed a statistically significant difference in total points between pre and Follow Up (FU) 4W as a result of the Turkey-Kramer multiple comparison test. There was a statistically significant difference between pre and Follow Up (FU) 4W in total points as a result of multiple comparison test by Turkey-Kramer. The BESTest in the PT group showed a statistically significant difference in total points between pre and post as a result of the multiple comparison test by Turkey-Kramer, and a statistically significant difference between pre and post in SessionI, a sub-item of BESTest.

Both groups showed improvement in BESTest; the BEAR group showed improvement at FU4W, and analysis of the BESTest sub-items revealed that improvement in reactive postural control was related to the BESTest total score, suggesting that postural adjustment ability was improved by postural reflexes and feedback from the system senses in BEAR group. In the PT group, there was an improvement in the BESTest total score after implementation, indicating that muscle strength and posture were involved.

April. 30, 2022

No

No applicable.

https://jrct.mhlw.go.jp/latest-detail/jRCTs052180158

Domen Kazuhisa

The hospital of Hyogo College of Medicine

1-1 Mukogawa-cho Nishinomiya city Hyogo, Japan

+81-798-45-6881

domen@hyo-med.ac.jp

Sota Koichiro

The hospital of Hyogo College of Medicine

1-1 Mukogawa-cho Nishinomiya city Hyogo, Japan

+81-798-45-6358

ksota@hyo-med.ac.jp

Complete

July. 19, 2018

July. 19, 2018
50

Interventional

randomized controlled trial

open(masking not used)

active control

parallel assignment

treatment purpose

Clinical diagnosis of Parkinson's disease
40-80 years old
Hohen-Yahr severity classification I to III
BESTest total score is less than 75%
MMSE has 24 points or more
Parkinson's disease drug is stable (No change in the past 3 months)

Mergers of neurological diseases other than Parkinson's disease
Robot training including BEAR within the past 6 months
Those who recognize severe aphasia (those with FIM understanding less than or equal to 2)
Those who recognize severe higher brain dysfunction (those with two or less of FIM social exchanges, memory, problem solving)
Person who may exercise load may lead to deterioration of physical condition.
High blood pressure with poor control (systolic blood pressure of 160 mmHg or more or diastolic blood pressure of 100 mmHg or more)
Heart rate at resting 100 / minute or more
Limitation of motion due to cardiac function, respiratory dysfunction
Lower extremity circulatory disorder with ulcer in the lower extremity and diabetic peripheral neuropathy
Severe joint contracture and deformity
Other restrictions on motion for some reason
Persons who have a possibility of hindering practice practice that physical conditions are safe
To some extent visually impaired obstacles to training, hearing disorder
Possibility of incontinence to soil the robot

40age old over
80age old under

Both

Parkinson's Disease

Robot group: The participants performs twelve per a session, 2sessions per a week for 8 weeks.
Control group: The participants receives balance exercise by physical therapist twice a week for 8 weeks.

D010300

Balance Evaluation Systems Test (BESTest)

10m walking time and steps
Timed Up and Go test
Tandem gait speed
Continuous tandem gait steps
Functional Reach Test
Functional Balance Scale
mini-Balance Evaluation Systems Test
Unified Parkinson's Disease Rating Scale
Parkinson's Disease Questionnaire-39
Neuropsychological examination
Movie shooting (frontal plane, sagittal plane)
Evaluation of safety

TOYOTA Motor Corporation
Not applicable
The Certified Review Board of Hyogo College of Medicine
1-1 Mukogawa-cho Nishinomiya-city Hyogo, Japan, Hyogo

+81-798-45-6066

rinken@hyo-med.ac.jp
Approval

Mar. 04, 2019

UMIN000033454
University Hospital Medical Information Network

none

History of Changes

No Publication date
5 May. 25, 2022 (this page) Changes
4 Mar. 05, 2021 Detail Changes
3 Feb. 10, 2021 Detail Changes
2 Jan. 17, 2020 Detail Changes
1 Mar. 25, 2019 Detail