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KMID : 1035420160040030109
Journal of The Korean Society of Integrative Medicine
2016 Volume.4 No. 3 p.109 ~ p.119
Effects of Functional Resistance Training on Gross Motor and Balance Abilities in Children with Dyskinetic Cerebral Palsy : Single Case Design
Kwon Hae-Yeon

Abstract
Purpose : The purpose of this research is to find clinical effects of functional resistance training using weighted vest on gross motor and balance abilities of children with dyskinetic cerebral palsy.

Methods : This study selects 3 subjects for 8¡­12 years old who were diagnosed with children with dyskinetic cerebral
palsy. The Design is ABA design of single-subject research design. Baseline(A) and Type¥± Baseline(A : 12weeks) phases were received with NDT treatment, Intervention(B : 12weeks) phase provided with 40 minute functional resistance training using weighted vest in a session twice a week. In order to analyze the measure results of gross motor function and performan ce,balance abilities in children dyskinetic cerebral palsy during baseline, intervention and type¥± baseline phase.

Result : A statistically significant differences in the total GMFM including walking/running/jumping during baseline,
intervention, typeII baseline, but no significant differences in the lying/rolling, sitting, crawling/kneeling and standing. A
statistically significant differences in the total GMPM including dissociated movement, coordination, weight shift, stability
during baseline, intervention, typeII baseline, but no significant differences in the body alignment domains. A statistically
significant differences in the length and surface area ellipse of center of pressure during baseline, intervention, typeII baseline.

Conclusion : The intervention method to facilitate multi-joint and closed kinematic chain movement equipped weighted vest
applied functional resistance training on children with dyskinetic cerebral palsy effectively improve on gross motor function
and performance, balance abilities.
KEYWORD
functional resistance training, dyskinetic cerebral palsy, gross moto, , balance
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