作者简介：丹妮尔·佩尔·里克是耶鲁大学儿童研究中心的社会神经系统学研究员，用电生理学方法研究孤独症。
About the Author: Danielle Perszyk is a social neuroscience researcher at the Yale Child Study Center, where she studies autism using electrophysiological methods.
联合会的兴趣领域包括了作用于神经系统的化学物质的不良反应的所有研究训练，如神经化学、生理学、神经病理学和行为学。
Fields of interest include all disciplines related to the study of the adverse effects of chemicals on the nervous system, including neurochemistry, physiology, neuropathology, and behavior.
从生物学的这个途径，需要学习神经系统的心理学和生理学。
For the biological approaches to AI, study psychology and the physiology of the nervous system.
这个发现成为里程碑性的标志，它为攻击行为的生理学研究和神经系统是怎样引发不同行为的研究提供了可能的新型动物模型。
The findings mark a milestone in an unlikely new animal model for understanding the biology of aggression and how the nervous system gives rise to different behaviors.
新算法利用了源图像的全局特征，符合人的视觉神经系统的生理学特性，实验结果表明了新型融合算法的有效性。
The novel algorithm utilizes global features of source images. It accords with the physiological characteristic of human visual neural system. Th...
神经生理学对于视神经系统的研究为视知觉形成过程提供了物质构架。
Neuroscience research on the visual nervous system has established the physical frame of perception, contributing to visual perception process theory.
神经生理学对于视神经系统的研究为视知觉形成过程提供了物质构架。
Neuroscience research on the visual nervous system has established the physical frame of perception, contributing to visual perception process theory.
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