| ICF脑卒中核心分类组合功能的图形建模研究 |
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| 引用本文： | 尤萌,姜竹青,王旭,狄胜利,张凤芹,郭兆明,项剑,常林,杨天潼.ICF脑卒中核心分类组合功能的图形建模研究[J].中国法医学杂志,2016(4):336-340. |
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| 作者姓名： | 尤萌 姜竹青 王旭 狄胜利 张凤芹 郭兆明 项剑 常林 杨天潼 |
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| 作者单位： | 中国政法大学“2011”司法文明协同创新中心，北京 100088; 中国政法大学教育部证据科学重点实验室，北京100088 |
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| 基金项目： | 北京市优秀人才培养项目(2013D002023000002);北京市哲学社会科学规划项目(13FXC032);中国政法大学青年教师学术创新团队资助项目(2014CXTD04;2016CXTD05);中国政法大学研究生创新基金(2015SSCX046);中国政法大学科学研究规划项目(2016ZFG82003) |
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| 摘 要： | 目的依据《国际功能、残疾和健康分类(ICF)》脑卒中核心组合,探讨脑卒中相关功能类目之间的关系,绘制ICF脑卒中核心分类组合的功能地形图,为脑卒中的伤残评定提供科学理论依据。方法收集106例脑卒中被鉴定人样本,采用"最小的绝对缩减和变量选择算子",研究脑卒中ICF核心组合功能的59项类目变量之间的条件依存关系,并用图形建模分析类目之间的内在联系,绘制功能地形图。结果 59项类目之间的相互联系构成了功能地形图,b340、b735、b175和b152因关联性较高而居于地形图的中心位置。结论脑卒中功能地形图可以揭示ICF功能类目之间复杂的关系结构及关联程度。可以为应用ICF进行脑卒中的伤残评定提供科学理论依据。
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| 关 键 词： | 法医临床学 脑卒中 国际功能 残疾和健康分类 图形建模 |
Graphical modeling of ICF Core Set (Comprehensive Version for Stroke) |
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| You Meng;Jiang Zhuqing;Wang Xu;Di Shengli;Zhang Fengqin;Guo Zhaoming;Xiang Jian;Chang Lin;Yang Tiantong.Graphical modeling of ICF Core Set (Comprehensive Version for Stroke)[J].Chinese Journal of Forensic Medicine,2016(4):336-340. |
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| Authors: | You Meng;Jiang Zhuqing;Wang Xu;Di Shengli;Zhang Fengqin;Guo Zhaoming;Xiang Jian;Chang Lin;Yang Tiantong |
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| Institution: | You Meng;Jiang Zhuqing;Wang Xu;Di Shengli;Zhang Fengqin;Guo Zhaoming;Xiang Jian;Chang Lin;Yang Tiantong;Center of Cooperative Innovation for Judicial Civilization,China University of Political Science and Law & Jinlin University& Wuhan University;China University of Political Science and Law,Key Laboratory of Evidence Science,Ministry of Education; |
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| Abstract: | Objective It aims to investigate the relationships among the categories of Comprehensive Version for Stroke as described in the International Classiifcation of Functioning, Disability and Health (ICF) Core Set, and to provide new supports for Judicial Appraisal of functioning in stroke by ICF functioning mapping.Methods The variables of 59 categories of ICF assessment scale and the samples of 106 persons’ are selected and used in the least absolute shrinkage and selection operator (LASSO) for mining dependencies among those variables. The graphical modeling and analyzing with the software Gephi provides a visual map of the correlations among those classiifcations. Results 59 interconnected categories which organized into the functioning mapping. b340, b735, b175 and b152 are centrally positioned categories because of their high correlation.Conclusion Functioning mapping by graphical modeling can reveal complex relational structures embedded in functioning classiifcations, which provides the support for using ICF to appraisal stroke. |
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| Keywords: | forensic clinical medicine stroke international classiifcation of functioning disability and health graphical model |
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