“All the Stars Will Be Wells with a Rusty Pulley”: Neural Processing of the Social and Pragmatic Content in a Narrative

IF 3.1 3区 医学 Q2 NEUROSCIENCES
Melissa Thye;Paul Hoffman;Daniel Mirman
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Abstract

Making sense of natural language and narratives requires building and manipulating a situation model by adding incoming information to the model and using the context stored in the model to comprehend subsequent details and events. Situation model maintenance is supported by the default mode network (DMN), but comprehension of the individual moments in the narrative relies on access to the conceptual store within the semantic system. The present study examined how these systems are engaged by different narrative content to investigate whether highly informative, or semantic, content is a particularly strong driver of semantic system activation compared with contextually driven content that requires using the situation model, which might instead engage DMN regions. The study further investigated which subregions of the graded semantic hub in the left anterior temporal lobe (ATL) were engaged by the type of narrative content. To do this, we quantified the semantic, pragmatic, social, ambiguous, and emotional content for each sentence in a complete narrative, the English translation of The Little Prince. Increased activation in the transmodal hub in the ventral ATL was only observed for high semantic (i.e., informative) relative to low semantic sentences. Activation in the dorsolateral and ventrolateral ATL subregions was observed for both high relative to low semantic and social content sentences, but the ventrolateral ATL effects were more extensive in the social condition. There was high correspondence between the social and pragmatic content results, particularly in the ventrolateral ATL. We argue that the ventrolateral ATL may be particularly engaged by internal, or endogenous, processing demands, aided by functional connections between the anterior middle temporal gyrus and the DMN. Pragmatic and social content may have driven endogenous processing given the pervasive and plot-progressing nature of this content in the narrative. We put forward a revised account of how the semantic system is engaged in naturalistic contexts, a critical step toward better understanding real-world semantic and social processing.
"所有的星星都将用生锈的滑轮打井":叙事中社会和实用内容的神经处理。
要理解自然语言和叙事,就需要建立和操作一个情境模型,将输入的信息添加到模型中,并利用模型中存储的上下文来理解随后的细节和事件。情境模型的维持需要默认模式网络(DMN)的支持,但对叙述中各个时刻的理解则依赖于对语义系统中概念存储的访问。本研究考察了不同的叙述内容是如何调动这些系统的,以研究与需要使用情境模型的情境驱动型内容相比,信息量大或语义性强的内容是否是激活语义系统的特别强大的驱动力,而后者可能会调动 DMN 区域。该研究进一步调查了叙事内容的类型对左前颞叶(ATL)分级语义枢纽的哪些子区域产生了影响。为此,我们对《小王子》英译本这一完整叙事中每个句子的语义、语用、社会、歧义和情感内容进行了量化。与低语义句子相比,只有在高语义句子(即信息量大的句子)中才能观察到腹侧 ATL 跨模态中枢的激活增加。在高语义句子和低语义句子以及社会内容句子中,都可以观察到 ATL 背外侧和腹外侧子区域的激活,但在社会句子中,ATL 腹外侧的影响更为广泛。社交和语用内容结果之间的对应性很高,尤其是在腹外侧 ATL。我们认为,在颞叶前中回和 DMN 之间的功能连接的帮助下,腹外侧 ATL 可能特别受内部或内源性加工需求的影响。鉴于叙事中的实用性和社会性内容的普遍性和情节发展性,这些内容可能驱动了内源性加工。我们对语义系统在自然语境中的参与方式提出了新的解释,这是更好地理解现实世界语义和社会加工的关键一步。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Cognitive Neuroscience
Journal of Cognitive Neuroscience 医学-神经科学
CiteScore
5.30
自引率
3.10%
发文量
151
审稿时长
3-8 weeks
期刊介绍: Journal of Cognitive Neuroscience investigates brain–behavior interaction and promotes lively interchange among the mind sciences.
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