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Near-infrared-spectroscopic study on processing of sounds in the brain; a comparison between native and non-native speakers of Japanese

机译:脑内声音处理的近红外光谱研究;日语母语人士和非母语人士的比较

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摘要

>Conclusions The result suggested that mother tongue Japanese and non- mother tongue Japanese differ in their pattern of brain dominance when listening to sounds from the natural world—in particular, insect sounds. These results reveal significant support for previous findings from Tsunoda (in 1970). >Objectives This study concentrates on listeners who show clear evidence of a ‘speech’ brain vs a ‘music’ brain and determines which side is most active in the processing of insect sounds, using with near-infrared spectroscopy. >Methods The present study uses 2-channel Near Infrared Spectroscopy (NIRS) to provide a more direct measure of left- and right-brain activity while participants listen to each of three types of sounds: Japanese speech, Western violin music, or insect sounds. Data were obtained from 33 participants who showed laterality on opposite sides for Japanese speech and Western music. >Results Results showed that a majority (80%) of the MJ participants exhibited dominance for insect sounds on the side that was dominant for language, while a majority (62%) of the non-MJ participants exhibited dominance for insect sounds on the side that was dominant for music.
机译:>结论结果表明,母语日语和非母语日语在聆听来自自然世界的声音(尤其是昆虫的声音)时在大脑支配方式上存在差异。这些结果为Tsunoda(1970年)以前的发现提供了重要的支持。 >目标:这项研究集中在听众身上,这些听众可以清楚地看到“语音”大脑与“音乐”大脑的证据,并通过近红外光谱法确定哪一侧在处理昆虫声音方面最活跃。 >方法本研究使用2通道近红外光谱(NIRS)提供更直接的左,右脑活动量度,而参与者则聆听三种声音:日语语音,西方语音小提琴音乐或昆虫的声音。数据来自33名参与者,他们的日语和西方音乐表现出相反的倾向。 >结果结果显示,大多数(80%)的MJ参与者表现出对占主导地位的一侧的昆虫声音的支配,而大多数(62%)的非MJ参与者表现出主导地位在音乐中占主导地位的一侧发出昆虫的声音。

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