Brain Lang. 2013 Nov;127(2):181-91. doi: 10.1016/j.bandl.2013.09.014.
Auditory word-form recognition was originally proposed by Wernicke to occur within left superior temporal gyrus (STG), later further specified to be in posterior STG. To account for clinical observations (specifically paraphasia), Wernicke proposed his sensory speech center was also essential for correcting output from frontal speech-motor regions. Recent work, in contrast, has established a role for anterior STG, part of the auditory ventral stream, in the recognition of species-specific vocalizations in nonhuman primates and word-form recognition in humans. Recent work also suggests monitoring self-produced speech and motor control are associated with posterior STG, part of the auditory dorsal stream. Working without quantitative methods or evidence of sensory cortex' hierarchical organization, Wernicke co-localized functions that today appear dissociable. "Wernicke's area" thus may be better construed as two cortical modules, an auditory word-form area (AWFA) in the auditory ventral stream and an "inner speech area" in the auditory dorsal stream.
听觉词形识别最初是由 Wernicke 提出发生在左颞上回(STG),后来进一步具体到在后部 STG。为了解释临床观察(特别是错语),Wernicke 提出他的感觉言语中枢对于纠正来自额叶言语运动区域的输出也是必不可少的。相比之下,最近的研究表明,在非人类灵长类动物中识别特定物种的发声和人类识别词形中,前颞上回(STG)作为听觉腹侧流的一部分,起到了重要作用。最近的研究还表明,监测自我产生的言语和运动控制与听觉背侧流的后部 STG 有关。Wernicke 在没有定量方法或感觉皮层分层组织证据的情况下,共同定位了今天看来可分离的功能。因此,“Wernicke 区”可能更好地被解释为两个皮质模块,一个是听觉词形区域(AWFA)在听觉腹侧流,另一个是听觉背侧流中的“内在言语区域”。