Reliability and validity of Chinese version of sensory-motor function scale during awake craniotomy
10. 3760/cma. j. issn. 1674-6554. 2019. 03. 017
- VernacularTitle:唤醒状态下感觉运动功能评定量表的汉化及信效度研究
- Author:
Jinfeng WEN
1
;
Xiangyi CAO
;
Haiyan XU
;
Zhen WANG
;
Xiuqiong CHEN
;
Zhangrui PENG
;
Pingxi ZHAO
;
Xing ZOU
Author Information
1. 广东三九脑科医院心理行为科
- Keywords:
Awake craniotomy;
Sensorimotor function;
Reliability;
Validity
- From:
Chinese Journal of Behavioral Medicine and Brain Science
2019;28(3):280-284
- CountryChina
- Language:Chinese
-
Abstract:
Objective To translate English version of sensory-motor profile awake ( SMP-a) into Chinese version (the Chinese Version of SMP-a),and analyze the reliability and validity of the scale before and after craniotomy under awakening anesthesia. Methods Eighty-one patients whose tumors were located near or already in sensory-motor functional area were included in this study. Before and after awake cranioto-my,the Chinese version of SMP-a was used to accurately assess the sensory-motor function of each patient. Finally, the reliability and validity of the scale were analyzed by SPSS statistical software. Results Cronbach's α coefficient in the Chinese version of SMP-a was 0. 971,and Cronbach's α coefficient in the four subscales of face,hand,leg and sensation was 0. 965,0. 989,0. 981 and 0. 970,respectively. The test-retest reliability of the Chinese version of sensorimotor assessment scale was 0. 910,0. 904,0. 884,0. 898 and 0. 695 (total,face,hands,legs and sensory score respectively). The raters' consistency reliability was above 0. 949,0. 960,0. 934,0. 887 and 0. 660,respectively. The Pearson correlation coefficients of sensorimotor function score with SF-36 physiological function factors and KPS score were 0. 868 and 0. 790,respectively. Conclusion Before or after operation,the Chinese version of SMP-a has preferable reliability,internal con-sistency reliability and structural validity. It is feasible in awakening anesthesia craniotomy,and the degree of damage can be determined by repeated measurement of the sensorimotor sites that may be impaired by the patient.
