中国康复理论与实践
中國康複理論與實踐
중국강복이론여실천
CHINESE JOURNAL OF REHABILITATION THEORY & PRACTICE
2013年
4期
368-370
,共3页
脑卒中%五次坐位站起%静态平衡%动态平衡
腦卒中%五次坐位站起%靜態平衡%動態平衡
뇌졸중%오차좌위참기%정태평형%동태평형
stroke%Five Times Sit to Stand%static balance%dynamic balance
目的探讨脑卒中患者坐位站起速度与静态平衡和动态平衡的相关性.方法测量22例脑卒中患者五次坐位站起(FTSTS)的时间,用平衡仪测量静态平衡能力及重心左右移动的能力,并测量坐位时功能性前伸的距离.分别计算五次坐位站起(FTSTS)用时与各测量指标的相关性,并做回归分析.结果 FTSTS 用时分别与偏瘫侧、外周面积、坐位时功能性前伸相关(P<0.05).多元回归分析显示,影响坐位站起速度的主要因素是坐位时功能性前伸距离和静态时重心摆动的外周面积.右侧偏瘫患者比左侧偏瘫患者坐位站起速度快(P<0.05).结论静态时重心摆动的外周面积和坐位下功能性前伸距离是影响坐位站起速度的主要因素,右侧偏瘫患者的坐位站起速度明显快于左侧偏瘫患者.
目的探討腦卒中患者坐位站起速度與靜態平衡和動態平衡的相關性.方法測量22例腦卒中患者五次坐位站起(FTSTS)的時間,用平衡儀測量靜態平衡能力及重心左右移動的能力,併測量坐位時功能性前伸的距離.分彆計算五次坐位站起(FTSTS)用時與各測量指標的相關性,併做迴歸分析.結果 FTSTS 用時分彆與偏癱側、外週麵積、坐位時功能性前伸相關(P<0.05).多元迴歸分析顯示,影響坐位站起速度的主要因素是坐位時功能性前伸距離和靜態時重心襬動的外週麵積.右側偏癱患者比左側偏癱患者坐位站起速度快(P<0.05).結論靜態時重心襬動的外週麵積和坐位下功能性前伸距離是影響坐位站起速度的主要因素,右側偏癱患者的坐位站起速度明顯快于左側偏癱患者.
목적탐토뇌졸중환자좌위참기속도여정태평형화동태평형적상관성.방법측량22례뇌졸중환자오차좌위참기(FTSTS)적시간,용평형의측량정태평형능력급중심좌우이동적능력,병측량좌위시공능성전신적거리.분별계산오차좌위참기(FTSTS)용시여각측량지표적상관성,병주회귀분석.결과 FTSTS 용시분별여편탄측、외주면적、좌위시공능성전신상관(P<0.05).다원회귀분석현시,영향좌위참기속도적주요인소시좌위시공능성전신거리화정태시중심파동적외주면적.우측편탄환자비좌측편탄환자좌위참기속도쾌(P<0.05).결론정태시중심파동적외주면적화좌위하공능성전신거리시영향좌위참기속도적주요인소,우측편탄환자적좌위참기속도명현쾌우좌측편탄환자.
@@@@Objective To investigate the relationship between sit-to-stand velocity and dynamic or static balance respectively in stroke patients. Methods 22 stroke patients were measured with Five Times Sit to Stand (FTSTS). Static balance performance as well as swaying of center of gravity in lateral directions was recorded with balancing apparatus. The distance of Functional Reach Test (FRT) was also re-corded. The relationship between FTSTS scores and hemiparetic side, ENV.Area, and the distance of FRT were analyzed. Results The score of FTSTS positively related with hemiparetic side, ENV.Area, and the distance of FRT (P<0.05). The main factors associated with the sit to stand velocity are the distance of FRT and ENV.Area. Right-side hemiplegic patients stood faster than left-side hemiplegic patients (P<0.05). Conclusion ENV.Area and distance of FRT are the main factors associated with sit to stand velocity. Right-side hemiplegia stand sig-nificantly faster than left-side hemiplegia.