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Using MRI to Characterize the Anatomy and Function of the Auditory Cortex in Infancy

机译：使用MRI来表征婴儿期在听觉皮层的解剖和功能

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An extended body of behavioral work has described the auditory skills of infants, but the neural basis of these skills has remained largely unexplored. Recently, noninvasive brain imaging techniques, such as magnetic resonance imaging (MRI), have been suc-cessfully used from the first hours after birth, providing informative data on auditory processing and its anatomic underpinnings. The goal of this paper is to examine this increasing body of data, focusing on a basic aspect of auditory processing that has attracted considerable attention and is starting to be elucidated: the hemispheric spe-cialization for the processing of complex auditory stimuli. We will briefly discuss the peculiarities of MRI techniques applied to the infant brain, and review the anatomic and functional evidence for the existence and weighting of hemispheric asymmetry for auditory processing in infancy.
机译：一个扩展的行为工作体已经描述了婴儿的听觉技巧，但这些技能的神经基础仍然很大程度上是未开发的。最近，非血液脑成像技术，例如磁共振成像（MRI），从出生后的第一个小时开始，提供有关听觉处理的信息和解剖学内限。本文的目标是检查这种增加的数据体系，重点关注听觉处理的基本方面，吸引了相当大的关注，并开始阐明：用于加工复杂听觉刺激的半球菌本化。我们将简要介绍应用于婴儿大脑的MRI技术的特点，并审查了在婴儿期对听觉处理的存在和加权的解剖学和功能证据。

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