Murasugi Kumiko, Schneiderman Eta
School of Linguistics and Applied Language Studies, Carleton University, 1125 Colonel By Drive, Ottawa, Ont., Canada K1S 5B6.
Brain Cogn. 2005 Mar;57(2):172-5. doi: 10.1016/j.bandc.2004.08.040.
A sentence anagram task was used to examine the right cerebral hemispheres's role in core grammatical functioning at the syntactic level. The test consisted of two subsets of stimuli involving empty categories: (a) those that required the empty category to be filled, and (b) those that allowed the category to remain empty. Three hypotheses were presented: (1) right-brain-damaged patients (RBDs) would be more sensitive to subset (a) than (b), (2) RBDs would perform similarly to left-brain-damaged subjects, and (3) non-brain-damaged controls would outerperform both brain-damaged groups. With all hypotheses supported, the discussion focuses on an explanation for RBDs' sensitivity to the first subset of stimuli.
一个句子变位词任务被用于检验右半球在句法层面核心语法功能中的作用。该测试由涉及空范畴的两个刺激子集组成:(a) 那些要求填充空范畴的子集,以及 (b) 那些允许范畴保持为空的子集。提出了三个假设:(1) 右脑损伤患者(RBDs)对(a)子集比(b)子集更敏感,(2) RBDs的表现将与左脑损伤受试者相似,以及(3) 非脑损伤对照组的表现将优于两个脑损伤组。在所有假设都得到支持的情况下,讨论集中在对RBDs对第一组刺激敏感性的解释上。