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Clinical recovery from CNS damage [digital]

Online www.karger.com

Redefining recovery from aphasia

This book concerns the neural organization of language in the healthy brain and in persons with aphasia. The novel concept of neural multifunctionality explains how language is created in the healthy brain, resolves contradictions between classical aphasiology and contemporary understandings of brain-language relations, and serves as the neurobiological basis for development of new approaches to aphasia therapy.This book focuses on two fundamental aspects of brain-language relations: one concerns the neural organization of language in the healthy brain; the other challenges current approaches to treatment of aphasia and offers a new theory for recovery from aphasia. The essence of the book lies in the phrase neural multifunctionality: the constant and dynamic incorporation of non-linguistic functions into language models of the intact brain. The book makes the claim that language is a construction, created as we use it, and cannot be understood as being supported by neurally based linguistic networks only. Rather, language emerges from the constant and dynamic interaction among neural networks subserving cognitive, affective, and praxic functions with neural networks subserving lexical retrieval (naming), sentence processing (comprehension), and discourse (communication, conversation). In persons with stroke-induced aphasia, neural networks for executive system function, attention, memory, motor system function, visual system function, and emotion interact with neural networks for language to produce the aphasia profile and to influence recovery from aphasia. Consequently, neural multifunctionality in aphasia explains individual differences in the lesion-deficit model and continued recovery over time, redefining the concept of recovery from aphasia and offering new opportunities for treatment.

Online EBSCO Academic Comprehensive Collection