Language is among the most clinically significant cognitive systems a practitioner can understand. For functional neurologists, rehabilitation specialists, and neuroscience-informed clinicians, a precise model of how the brain processes, stores, and recovers language function is not an academic luxury. It is a clinical asset. This course provides exactly that: a rigorous, research-based update on the neuroscience of the language network, aphasia recovery, and the emerging role of neural network models in advancing our understanding of linguistic cognition.

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The prevailing clinical picture of language in the brain has long been dominated by the Broca-Wernicke framework. While that model remains useful as an entry point, decades of functional MRI research have substantially refined our understanding. The language system is now understood as a distributed, left-lateralized network of regions supporting word retrieval, syntactic processing, and the construction of complex meaning. It operates across modalities, whether a patient is reading, listening, speaking, or signing, and it is strikingly stable across the lifespan. This course translates that body of research into clinically meaningful insight.

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Clinicians will gain a working understanding of how the language network is identified at the individual level, why brain-to-brain variability matters for interpreting neuroimaging data, and how functional connectivity methods have confirmed the coherence of the language system across diverse conditions. The course then moves into aphasia, presenting current findings on recovery mechanisms, individual predictors of outcome, and why research now points away from wholesale neural remapping and toward targeted engagement of the remaining specialized network.

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This course is designed for licensed clinicians in functional neurology, chiropractic neurology, rehabilitation, and related disciplines who seek to bring a more precise neuroscientific framework to their understanding of language disorders. No prior research background is required. What is required is the intellectual rigor to engage with primary neuroscience at the level your patients deserve.

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Dr. Evelina Fedorenko is a cognitive neuroscientist at MIT whose laboratory has spent over two decades mapping the language system in the human brain using functional MRI, functional connectivity, and cross-linguistic paradigms. Her work has appeared in leading journals across cognitive science and neuroscience, and her research on aphasia recovery has direct implications for clinical practice. This course brings her findings directly to the clinical community.