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Showing papers by "Matti Laine published in 1998"


Journal ArticleDOI
TL;DR: This paper examined the coherence and informativeness of discourse in vascular dementia (VaD) and probable Alzheimer's disease (AD) by analyzing work history interviews in 8 patients with VaD, 11 patients with AD, and 19 age-and education-matched normal controls.

68 citations


Journal ArticleDOI
TL;DR: The results suggest that ERD/ERS does not reflect primary auditory stimulus processing, and most probably reflected task difficulty and differences between lexical-semantic and phonological memory functions.

55 citations


Journal ArticleDOI
TL;DR: It is shown that nouns with partitive or genitive endings take longer to recognize and elicit more errors than otherwise comparable monomorphemic nominative singular nouns in Finnish, and both hemispheres are capable of morpheme-based access.
Abstract: In two lateralized visual lexical decision experiments conducted with normal subjects, we studied hemispheric performance in the recognition of case-inflected Finnish nouns. Previous research employing mainly locative cases has indicated that such noun forms undergo morphological decomposition. The present experiments extend this finding to syntactic cases by showing that nouns with partitive or genitive endings take longer to recognize and elicit more errors than otherwise comparable monomorphemic nominative singular nouns. Morpheme-based recognition of all case-inflected forms would be a particularly appropriate solution for mental lexicon in highly inflecting languages like Finnish: it saves storage space and enables fast recognition of inflected forms not encountered before. In real words, morphological structure did not interact with visual field. However, particularly demanding, morphologically decomposable nonwords elicited more errors in the left visual field/right hemisphere than did nondecomposable nonwords. Our results suggest that at least in Finnish, both hemispheres are capable of morpheme-based access, but this mechanism is more accurate in the left than in the right hemisphere.

30 citations