Segalowitz S J, Cohen H
Brock University, St. Catharines, Ontario, Canada.
Brain Lang. 1989 Aug;37(2):220-31. doi: 10.1016/0093-934x(89)90016-3.
Recent speech perception work with normals and aphasics suggests that the right hemisphere may be more adept than the left at making the voicing discrimination, and the reverse for place of articulation. We examined this right hemisphere voicing effect with natural speech stimuli: stop consonants in pre-, mid-, and postvocalic contexts. Using a neuroelectric event-related potential paradigm, we found numerous effects indicating bilateral components reflecting the voicing and place contrast and unique right hemisphere discrimination of both voicing and place of articulation.
近期针对正常人和失语症患者的言语感知研究表明,在进行浊音辨别方面,右半球可能比左半球更具优势,而在发音部位辨别上则相反。我们使用自然语音刺激(即元音前、元音中及元音后的塞音)来研究这种右半球浊音效应。通过神经电事件相关电位范式,我们发现了许多效应,这些效应表明存在反映浊音和发音部位对比的双侧成分,以及右半球对浊音和发音部位的独特辨别能力。