European Neurology · 2002 · 10 citations · 16 references
Auditory ImageryNeuropsychologyKinesthetic AlexiaNeurolinguisticsPsycholinguisticsMotor ControlAnatomyBrain LesionSocial SciencesAphasiaNeurologyCognitive ElectrophysiologyCognitive NeuroscienceMultisensory IntegrationRehabilitationVisual ImagesPreserved Visual ReadingFine Motor ControlLeft Parietal LobeNeuroanatomyNeuroscienceCentral Nervous SystemMedicine
To investigate the neuropsychological mechanisms of kinesthetic alexia, we asked 7 patients who showed kinesthetic alexia with preserved visual reading after damage to the left parietal region to perform tasks consisting of kinesthetic written reproduction (writing down the same letter as the kinesthetic stimulus), kinesthetic reading aloud, visual written reproduction (copying letters), and visual reading aloud of hiragana (Japanese phonograms). We compared the performance in these tasks and the lesion sites in each patient. The results suggested that deficits in any one of the following functions might cause kinesthetic alexia: (1) the retrieval of kinesthetic images (motor engrams) of characters from kinesthetic stimuli, (2) kinesthetic images themselves, (3) access to cross-modal association from kinesthetic images, and (4) cross-modal association itself (retrieval of auditory and visual images from kinesthetic images of characters). Each of these factors seemed to be related to different lesion sites in the left parietal lobe.
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Lesion Localization in Apractic Agraphia
Michael P. Alexander, Richard S. Fischer, Rhonda B. Friedman · Archives of Neurology · 1992 · 104 citations
Alexia with agraphia of kanji (Japanese morphograms).
M Kawamura, Kenji Hirayama, K Hasegawa et al. · Journal of Neurology Neurosurgery & Psychiatry · 1987 · 80 citations · Full text