HIGHLIGHTS
- What: The aim of this paper is to provide a neurocomputational view of the planning and execution of speech in Parkinson`s disease (PD) by reviewing the scientific literature within the theoretical framework of two well-developed computational models of speech production: the DIVA and GODIVA models (see Guenther, 2016 for a detailed treatment). Although the primary focus of studies on speech deficits in PD is the basal ganglia, it should be noted that the neurodegenerative and pathophysiological effects of PD impact additional anatomical structures involved in speech motor control, including the cranial nuclei/nerves and cerebral . . .

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