当受试者靠近右颞顶联合区的大脑区域接受颅磁刺激的时候，他们的判断和那些完全没有接受颅磁刺激的人几乎完全相同。
When subjects received TMS to a brain region near the right TPJ, their judgments were nearly identical to those of people who received no TMS at all.
研究者们采用了一种被称为颅磁刺激（TMS）的无损伤技术，对右颞顶联合区的大脑活动进行选择性干扰。
The researchers used a noninvasive technique known as transcranial magnetic stimulation (TMS) to selectively interfere with brain activity in the right TPJ.
目的：填补国人嗅神经、嗅球和嗅束的形态学资料，为鼻腔顶、颅前窝手术提供保护病人嗅觉功能的解剖学依据。
Objective:To Provide morphological data of olfactory nerves, bulb and tract of Chinese to protect olfactory function in the operation of nasal cavity roof and anterior cranial fossae.
结论改良颅眶颧入路手术中没有骨质丢失，不需行眶顶重建，避免了术后的眼球内陷。
Conclusions The modified OZ approach eliminates the bone lose during operation, obviate the need for bone reconstruction of the orbital walls to prevent the postoperative complication of enophthalmos.
结论改良颅眶颧入路手术中没有骨质丢失，不需行眶顶重建，避免了术后的眼球内陷。
Conclusions The modified OZ approach eliminates the bone lose during operation, obviate the need for bone reconstruction of the orbital walls to prevent the postoperative complication of enophthalmos.
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