Yao Shi-lin, Zhang Zu-zhi, Yang Xin-sheng, Xu Xia, Cao Jian, Xie Guang-yan, Zhang Qian
Department of Science and Technology, Anhui University of Traditional Chinese Medicine, Hefei, Anhui Province, China.
Zhong Xi Yi Jie He Xue Bao. 2012 May;10(5):508-15. doi: 10.3736/jcim20120505.
To explore the analysis methods for composite traditional Chinese medicine (TCM) constitutions.
The epidemiological data of TCM constitutions were collected from 974 volunteers via a cross-sectional survey. The samples were classified into 9 constitution types according to the maximal standardized scores of imbalanced constitutions. The correlation matrix of 9 constitutions was computed. The standardized scores of 9 constitutions of all the volunteers were ranked respectively, and the composite status of every two constitutions was observed using cross tabulation. The constitution types of all the volunteers were transformed into ternary code of 9 digits, and the composite status of 3 or more than 3 kinds of constitution types was analyzed.
According to the maximal standardized scores of imbalanced constitutions, of 974 volunteers, 227, 148, 218, 102, 31, 81, 44, 97 and 26 volunteers had balanced constitution, qi-deficiency constitution, yang-deficiency constitution, yin-deficiency constitution, phlegm-dampness constitution, heat-dampness constitution, blood stasis constitution, qi-stagnation constitution, and inherited special constitution, respectively. The standardized scores of balanced constitution were negatively correlated with those of imbalanced constitutions, while there was a positive correlation between the standardized scores of every two imbalanced constitutions. Among the 8 imbalanced constitutions, one kind of imbalanced constitutions was usually complicated with another kind of imbalanced constitutions. The number of qi-deficiency constitution complicated with yang-deficiency constitution, qi-deficiency constitution complicated with yin-deficiency constitution, and yin-deficiency constitution complicated with yang-deficiency constitution ranked the top three. The constitution types of 974 volunteers were transformed into a total of 465 ternary codes, showing a total of 465 kinds of constitution types; the simplex constitution, the approximately simplex constitution, and the composite constitution of two or more than two types were found in 259, 130, and 585 volunteers, respectively.
Cross tabulation can show the composite status of every two constitutions, while the ternary code can show the composite status of three or more than three constitutions.
探索复合中医体质的分析方法。
通过横断面调查收集974名志愿者的中医体质流行病学数据。根据偏颇体质的最大标准化得分将样本分为9种体质类型。计算9种体质的相关矩阵。分别对所有志愿者的9种体质标准化得分进行排序,采用交叉列表观察每两种体质的复合状态。将所有志愿者的体质类型转换为9位的三元编码,分析3种及以上体质类型的复合状态。
根据偏颇体质的最大标准化得分,974名志愿者中,平和质、气虚质、阳虚质、阴虚质、痰湿质、湿热质、血瘀质、气郁质、特禀质的人数分别为227、148、218、102、31、81、44、97、26人。平和质的标准化得分与偏颇体质的标准化得分呈负相关,而每两种偏颇体质的标准化得分之间呈正相关。在8种偏颇体质中,一种偏颇体质常与另一种偏颇体质合并出现。气虚质合并阳虚质、气虚质合并阴虚质、阴虚质合并阳虚质的人数位列前三。974名志愿者的体质类型共转换为465个三元编码,呈现出465种体质类型;单纯体质、近似单纯体质、两种及以上类型的复合体质分别见于259、130、585名志愿者。
交叉列表可显示每两种体质的复合状态,而三元编码可显示三种及以上体质的复合状态。