Prather P, Shapiro L, Zurif E, Swinney D
Aphasia Research Center, Boston V.A. Medical Center, Massachusetts 02130.
J Psycholinguist Res. 1991 May;20(3):271-81. doi: 10.1007/BF01067219.
We argue that the lesion localizing value of disruptions to modular information processing systems emerges most clearly from on-line analyses of processing. In this respect we seek to show that left anterior (but not left posterior) damage causes slowed information access and we discuss the manner in which this slowing might yield some of the specific syntactic limitations charted in Broca's aphasia. The general possibility we raise is that the cortical area implicated in Broca's aphasia is not necessarily the locus of syntactic representations, but rather sustains particular time-based operating characteristics that in turn sustain normal real-time parsing.
我们认为,模块化信息处理系统中断的损伤定位价值,在处理过程的在线分析中最为清晰地显现出来。在这方面,我们试图表明,左前侧(而非左后侧)损伤会导致信息获取速度减慢,并且我们会讨论这种减慢可能产生布罗卡失语症中所记录的某些特定句法限制的方式。我们提出的总体可能性是,与布罗卡失语症相关的皮层区域不一定是句法表征的场所,而是维持特定的基于时间的操作特征,这些特征反过来又维持正常的实时解析。