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The neural bases of difficult speech comprehension and speech production: Two Activation Likelihood Estimation (ALE) meta-analyses

机译:困难语音理解和语音产生的神经基础:两种激活可能性估计(ALE)荟萃分析

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The role of speech production mechanisms in difficult speech comprehension is the subject of on-going debate in speech science. Two Activation Likelihood Estimation (ALE) analyses were conducted on neuroimaging studies investigating difficult speech comprehension or speech production. Meta-analysis 1 included 10 studies contrasting comprehension of less intelligible/distorted speech with more intelligible speech. Meta-analysis 2 (21 studies) identified areas associated with speech production. The results indicate that difficult comprehension involves increased reliance of cortical regions in which comprehension and production overlapped (bilateral anterior Superior Temporal Sulcus (STS) and anterior Supplementary Motor Area (pre-SMA)) and in an area associated with intelligibility processing (left posterior MTG), and second involves increased reliance on cortical areas associated with general executive processes (bilateral anterior insulae). Comprehension of distorted speech may be supported by a hybrid neural mechanism combining increased involvement of areas associated with general executive processing and areas shared between comprehension and production.
机译:言语产生机制在困难的言语理解中的作用是言语科学中不断争论的主题。在神经影像研究中进行了两次激活似然估计(ALE)分析,研究困难的语音理解或语音产生。荟萃分析1包括10项研究,这些研究将理解度较低的语音/失真语音与理解度较高的语音进行了对比。荟萃分析2(21个研究)确定了与语音产生相关的区域。结果表明,难以理解的领域包括对理解和产生重叠的皮质区域(双侧前颞颞沟(STS)和前辅助运动区(SMA前))以及与清晰度处理相关的区域(左后MTG)的依赖性增强),其次涉及增加对与一般执行过程(双侧前绝缘)相关的皮质区域的依赖。可以通过混合神经机制来支持对语音失真的理解,该混合神经机制结合了与一般执行处理相关的区域和理解与生产之间共享的区域的更多参与。

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