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Effect of a Kinect-based exercise
game on improving executive
cognitive performance in
community-dwelling elderly
H. Kayama, S. Nishiguchi, M. Yamada,
T. Aoyama, K. Okamoto, and T. Kuroda,
7th International Conference on Pervasive Computing
Technologies for Healthcare, PP. 362 ~ 365, 2013.
Presenter :JIA-HONG,DONG
Advisor : Yen- Ting, Chen
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Outline
Introduction
Methods
Results
Discussion
Conclusion
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Introduction
Elderly individuals
Dementia disorders
Degenerative
Alzheimer 's disease
Parkinson's disease
Etc.
Vascular
Post-stroke vascular dementia
Dementia with small vessel diseases
Reversible
< 5~10%
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Introduction
Cognitive impairment
Dual-Task (DT)
Physical exercise training
Balance
Mobility
Walking
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Introduction
Dual-Task Tai Chi (DTTC)
Using Kinect
Include
DT
Balance
Cognitive ability
12-week program of DTTC training
A total of 41 elderly individuals
Training group: n = 26
Control group: n = 15
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Methods
Participants
Age>= 65
Independent ambulation
Measurement of physical fitness
Rapid Dementia Screening Test(RDST)
scored 8 or greater
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Methods
Device
Kinect
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Methods
Device
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Methods
Interventions
Control group(CG)
75-min standardized training
Training group(TG)
75-min standardized training
5-min DTTC training
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Methods
Outcome measures
Trail-making test (TMT)
Visual-scanning task
Cognitive flexibility
Verbal fluency test (VFT)
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Results
Study population
A total of 41 of the 48 selected subjects
TG: n = 26, CG: n = 15
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Results
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Results
ΔTMT
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Discussion
Using ΔTMT score significantly improved
after DTTC training.
DTTC training, has a positive impact on DT
ability and the prevention of falling.
TMT-A & B scores were not significantly
improved.
VFT was not significantly changed.
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Discussion
Limitations
Interventions
Not due solely to the DTTC
Health issues
Fall risk minimization
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Conclusion
ANCOVA results of ΔTMT reveal
Group x time
Statistically significant
DTTC training
Effective to improve Executive Cognitive
Functions
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Thank you for your attention
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