R.L. Heschl论颞上回:《Über Die Vordere Quere Schläfenwindung Des Menschlichen Großhirns》的英译

Q3 Engineering Brain multiphysics Pub Date : 2022-01-01 DOI:10.1016/j.brain.2022.100055
Miriam Heynckes , Omer Faruk Gulban , Federico De Martino
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引用次数: 2

摘要

这一观点伴随着R.L. Heschl的“Über Die Vordere Quere Schläfenwindung Des Menschlichen Großhirns”的翻译,翻译过来是“在人类大脑的前颞横回”。原始手稿报告了人类颞横回(Heschl’s gyrus)的解剖描述。在这一描述中,Heschl报告了对一种特殊形态偏离的详细描述,其中一种是颞上回分裂。在这里,我们将上述分化形态学对现代神经科学的意义置于背景中,特别是但不限于听觉人类神经影像学,并附有原始手稿的完整英文翻译。这个观点伴随着R.L. Heschl的“Über Die Vordere Quere Schläfenwindung Des Menschlichen Großhirns”的翻译,翻译过来是“关于人类大脑的前颞横回”。原始手稿报告了人类颞横回(Heschl’s gyrus)的解剖描述。在这一描述中,Heschl报告了对一种特殊形态偏离的详细描述,其中一种是颞上回分裂。在这里,我们将上述分化形态学对现代神经科学的意义置于背景中,特别是但不限于听觉人类神经影像学,并附有原始手稿的完整英文翻译。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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On the superior temporal gyrus by R.L. Heschl: English translation of “Über Die Vordere Quere Schläfenwindung Des Menschlichen Großhirns”

This perspective accompanies a translation of R.L. Heschl's “Über Die Vordere Quere Schläfenwindung Des Menschlichen Großhirns”, which translates to “On the anterior transverse temporal gyrus of the human cerebrum”. The original manuscript reports an anatomical description of the transverse temporal gyrus, Heschl's gyrus, in humans. Within this description, Heschl reports a detailed description of a particular morphological shape deviation, one in which the superior temporal gyrus is split. Here, we contextualize the significance of said diverging morphology for modern neuroscience, specifically for but not limited to auditory human neuroimaging, accompanied by the full English translation of the original manuscript.

Statement of Significance

This perspective accompanies a translation of R.L. Heschl's “Über Die Vordere Quere Schläfenwindung Des Menschlichen Großhirns”, which translates to “On the anterior transverse temporal gyrus of the human cerebrum”. The original manuscript reports an anatomical description of the transverse temporal gyrus, Heschl's gyrus, in humans. Within this description, Heschl reports a detailed description of a particular morphological shape deviation, one in which the superior temporal gyrus is split. Here, we contextualize the significance of said diverging morphology for modern neuroscience, specifically for but not limited to auditory human neuroimaging, accompanied by the full English translation of the original manuscript.

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来源期刊
Brain multiphysics
Brain multiphysics Physics and Astronomy (General), Modelling and Simulation, Neuroscience (General), Biomedical Engineering
CiteScore
4.80
自引率
0.00%
发文量
0
审稿时长
68 days
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