1) temporal incision
颞侧位
1.
Phacoemulsification and intraocular lens implantation through temporal incision of topical anaesthesia;
表面麻醉颞侧位超声乳化及人工晶状体植入术
3) lateral oblique of the temporomandibular joint
颞下颌关节侧斜位
1.
The desigh of the automatic position indicator of X-ray projection at lateral oblique of the temporomandibular joint;
颞下颌关节侧斜位X线双向投照定位仪的研制与应用
4) medial temporal lobe
内侧颞叶
1.
Role of medial temporal lobe structure in generating P_(300)——a preliminary study of ERPs in a patient following left temporal lobectomy;
内侧颞叶在P_(300)产生中的作用——左颞叶切除术后1例患者的事件相关电位研究
2.
Based on this kind of subsequent memory paradigm by multimodal cognitive neuroimaging techniques,many previously studies had extensively suggested that neural responses of some distinct regions within the medial temporal lobe(MTL) and prefrontal cortex(PFC) could predict whether events or experiences would be subsequently remembered or forg.
该文在介绍相继记忆模式及记忆形成过程的基础上,分析影响相继记忆效应大小和时空分布的因素,最后讨论内侧颞叶及前额叶神经网络中相关脑区如何分工、协同支持情节记忆形成。
3.
We argue that (1) consolidation and storage of declarative memory depends on the development of associations between anatomically separated regions in the neocortex, in which the medial temporal lobe plays a critical role; (2) after memory becomes consolidated, memory storage and retrieval completely rely on th.
主要观点是:陈述性记忆的存储和巩固依赖于新皮层不同脑区之间建立新的联系,内侧颞叶在这一过程中起着重要作用;当陈述性记忆完全巩固后,信息的存储和提取完全依赖于新皮质;一个完整的陈述性记忆的信息被分别存储在解剖上分离的语义记忆与情节记忆存储系统内。
5) Lateral Temporal
外侧颞叶
补充资料:侧基配位
分子式:
CAS号:
性质:又称侧基配位。某些具有π键的小分子配体(如N2)在与过渡金属M成键时,可以的配位方式形成配位化合物,这种方式称为侧向配位。例如[(C6H5Li)6Ni2N2·(C2H5)2O)2]2中N2与Ni2是以双侧基配位方式结合。N2的侧基配位使N2分子发生活化,因两个氮原子间的成键已大大削弱。
CAS号:
性质:又称侧基配位。某些具有π键的小分子配体(如N2)在与过渡金属M成键时,可以的配位方式形成配位化合物,这种方式称为侧向配位。例如[(C6H5Li)6Ni2N2·(C2H5)2O)2]2中N2与Ni2是以双侧基配位方式结合。N2的侧基配位使N2分子发生活化,因两个氮原子间的成键已大大削弱。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条