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首页> 外文期刊>Experimental Brain Research >Posterior cingulate and retrosplenial cortex connections of the caudal superior temporal region in the rhesus monkey.
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Posterior cingulate and retrosplenial cortex connections of the caudal superior temporal region in the rhesus monkey.

机译：恒河猴尾部颞上区的扣带回和脾后皮质连接。

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The rostral part of the superior temporal gyrus (STG) is known to project to ventral temporal cortex, but analogous paralimbic connections of the caudal STG have received comparatively less attention. The present study of the connections of the STG with medial paralimbic cortex showed that the caudal part of the STG (area Tpt and caudal area paAlt) and adjacent cortex of the upper bank of the superior temporal sulcus (caudal area TPO) have reciprocal connections with the caudal cingulate gyrus (areas 23a, b and c), retrosplenial cortex (area 30), and area 31. By contrast, cortex of the rostral-to-mid STG (areas Ts2, Ts3, and the rostral part of area paAlt) and adjacent upper bank of the STS (mid-area TPO) have few, if any, such interconnections. It is suggested that this connectional pattern of the caudal STG is consistent with its putative role of localizing sounds in space as proposed in recent studies.
机译：已知颞上回（STG）的延髓部突出到腹颞皮层，但是尾STG的类似下肢连接受到的关注相对较少。对STG与内侧上肢旁皮质的连接的当前研究表明，STG的尾部（区域Tpt和尾部区域paAlt）和上颞沟上岸的相邻皮质（尾部区域TPO）与尾状扣带回（区域23a，b和c），脾后皮质（区域30）和区域31。相比之下，前额到中部STG的皮质（区域Ts2，Ts3和区域paAlt的头侧部分）与STS（中区域TPO）的相邻上排之间的互连很少（如果有）。建议这种尾部STG的连接模式与其在最近的研究中提出的在空间定位声音的假定作用相一致。

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