Poremba Amy, Saunders Richard C, Crane Alison M, Cook Michelle, Sokoloff Louis, Mishkin Mortimer
Department of Psychology and Neuroscience Program, University of Iowa, Iowa City, IA 52242, USA.
Science. 2003 Jan 24;299(5606):568-72. doi: 10.1126/science.1078900.
Cerebral auditory areas were delineated in the awake, passively listening, rhesus monkey by comparing the rates of glucose utilization in an intact hemisphere and in an acoustically isolated contralateral hemisphere of the same animal. The auditory system defined in this way occupied large portions of cerebral tissue, an extent probably second only to that of the visual system. Cortically, the activated areas included the entire superior temporal gyrus and large portions of the parietal, prefrontal, and limbic lobes. Several auditory areas overlapped with previously identified visual areas, suggesting that the auditory system, like the visual system, contains separate pathways for processing stimulus quality, location, and motion.
通过比较同一动物完整半球和声学隔离的对侧半球的葡萄糖利用率,在清醒、被动聆听的恒河猴中描绘出大脑听觉区域。以这种方式定义的听觉系统占据了大脑组织的很大一部分,其范围可能仅次于视觉系统。在皮质层面,激活区域包括整个颞上回以及顶叶、前额叶和边缘叶的大部分。几个听觉区域与先前确定的视觉区域重叠,这表明听觉系统与视觉系统一样,包含用于处理刺激质量、位置和运动的独立通路。