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A Voxel-Based Morphometry Study of the Brain of University Students Majoring in Music and Nonmusic Disciplines

机译:一种基于体文的形态学研究,音乐和非武士学科专业的大学生大脑研究

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摘要

The brain is not a static organ, but it changes dynamically throughout an individual's lifespan. During development, the brain changes flexibly with various kinds of experiences. These changes are characterized both structurally and functionally [1, 2]. Structural changes include alterations in the volume of specific gray matter (GM) regions, as well as volume and fiber arrangement in the white matter (WM). Functional changes include alterations in regional activation and functional connectivity between regions. The musician's brain is regarded as an ideal model of brain plasticity, because musicians usually start musical training very early in life and continue for many years into adulthood [1,2]. Musical training requires complex information processing or functions and includes auditory and somatosensory processing, motor control, attention, working memory, executive functions, and higher-order integrative functions. Playing musical instruments requires multitasking, in which emotional expression is critical. Musical training is also an activity in which
机译:大脑不是一个静态器官,但它在整个个人的寿命周期里动态变化。在开发期间,大脑随着各种经验而灵活地改变。这些变化在结构上和功能上表现为[1,2]。结构性变化包括特定灰质(GM)区域的变化,以及白质(WM)中的体积和纤维布置。功能变化包括区域激活的改变和区域之间的功能连接。音乐家的大脑被视为大脑可塑性的理想模型,因为音乐家通常在生命中非常早期开始音乐训练,并在成年期[1,2]中持续多年。音乐训练需要复杂的信息处理或功能,包括听觉和躯体感应加工,电机控制,注意力,工作记忆,执行功能和高阶综合功能。播放乐器需要多任务处理,其中情绪表达至关重要。音乐训练也是一种活动

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