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Y. Bastiaanse, S. Edwards (1998)
Diversity in the lexical and syntactic abilities of fluent aphasic speakersAphasiology, 12
R. Bastiaanse, S. Edwards, K. Kiss (1996)
Fluent aphasia in three languages: Aspects of spontaneous speechAphasiology, 10
B. Richards (1987)
Type/Token Ratios: what do they really tell us?Journal of Child Language, 14
J. Gordon, G. Dell (2003)
Learning to divide the labor: an account of deficits in light and heavy verb productionCogn. Sci., 27
(1997)
Quantifying lexical diversity in the study of language development: The New Bulmershe Papers
J. Christiansen (1995)
Coherence Violations and Propositional Usage in the Narratives of Fluent AphasicsBrain and Language, 51
H. Hulst, N. Smith (1982)
The Structure of phonological representations
O. Jespersen (1928)
A modern English grammar on historical principlesLanguage, 4
R. Jakobson, M. Halle (1957)
Fundamentals of Language
R. Jakobson (1971)
Two Aspects of Language and Two Types of Aphasic Disturbances
R. Berndt, C. Mitchum, Anne Haendiges, J. Sandson (1997)
Verb Retrieval in Aphasia. 1. Characterizing Single Word ImpairmentsBrain and Language, 56
M. Kim, C. Thompson (2004)
Verb deficits in Alzheimer’s disease and agrammatism: Implications for lexical organizationBrain and Language, 88
Consuelo Boronat, L. Barde, M. Schwartz (2004)
Explaining verb production difficulty in aphasia: Testing the division of labor between syntactic and semantic informationBrain and Language, 91
Heather Wright, S. Silverman, M. Newhoff (2003)
Measures of lexical diversity in aphasiaAphasiology, 17
E. Saffran, R. Berndt, M. Schwartz (1989)
The quantitative analysis of agrammatic production: Procedure and dataBrain and Language, 37
P. Doyle, A. Goda, Kristie Spencer (1995)
The Communicative Informativeness and Efficiency of Connected Discourse by Adults With Aphasia Under Structured and Conversational Sampling ConditionsAmerican Journal of Speech-language Pathology, 4
G. Glosser, Toni Deser (1991)
Patterns of discourse production among neurological patients with fluent language disordersBrain and Language, 40
Miriam Butt (2003)
The Light Verb Jungle
L. Barde, M. Schwartz, Consuelo Boronat (2006)
Semantic weight and verb retrieval in aphasiaBrain and Language, 97
(2000)
Quantitative production analysis: A training manual for the analysis of aphasic sentence production
M. Kim (2004)
Verb Production in Fluent Aphasia: A Preliminary ReportPerspectives on Neurophysiology and Neurogenic Speech and Language Disorders, 14
P. Gordon (1985)
Level-ordering in lexical developmentCognition, 21
H. Kolk (1995)
A Time-Based Approach to Agrammatic ProductionBrain and Language, 50
Louise Zingeser, R. Berndt (1990)
Retrieval of nouns and verbs in agrammatism and anomiaBrain and Language, 39
C. Ernest-Baron, R. Brookshire, L. Nicholas (1987)
Story structure and retelling of narratives by aphasic and non-brain-damaged adults.Journal of speech and hearing research, 30 1
S. Breedin, E. Saffran, M. Schwartz (1998)
Semantic Factors in Verb Retrieval: An Effect of ComplexityBrain and Language, 63
L. Nicholas, R. Brookshire (1993)
A system for quantifying the informativeness and efficiency of the connected speech of adults with aphasia.Journal of speech and hearing research, 36 2
P. Kiparsky (1982)
From cyclic phonology to lexical phonology
J. Gordon (2006)
A quantitative production analysis of picture descriptionAphasiology, 20
G. Dell, Gary Oppenheim, Audrey Kittredge (2008)
Saying the right word at the right time: Syntagmatic and paradigmatic interference in sentence productionLanguage and Cognitive Processes, 23
Background: Individuals with non‐fluent aphasia have difficulty producing syntactically laden words, such as function words, whereas individuals with fluent aphasia often have difficulty producing semantically specific words. It is hypothesised that such dissociations arise, at least in part, from a trade‐off between syntactic and semantic sources of input to lexical retrieval. Aims: The aims of this study were (a) to identify quantitative measures of the semantic content of narrative for people with aphasia that are reliable indicators of semantic competence, independent of overall aphasia severity; (b) to determine whether these measures distinguish between fluent and non‐fluent aphasia; and (c) to assess whether individuals with fluent and non‐fluent aphasia show a trade‐off between measures of syntactic and semantic production. Methods & Procedures: Connected speech samples were elicited from 16 participants with aphasia, 8 fluent and 8 non‐fluent. The semantic sufficiency of the samples was analysed by measuring the proportion of correct information units (CIUs), the type–token ratios (TTRs) of content words, and the proportion of semantically specific (“heavy”) to semantically general (“light”) verbs produced. These measures were then correlated with syntactic measures from the QPA (Berndt, Wayland, Rochon, Saffran, & Schwartz, 2000) across and within participant groups. Outcomes & Results: CIUs were found to reflect primarily aphasia severity, and not to differentiate between fluent and non‐fluent groups. TTRs were also strongly influenced by severity among fluent, but not non‐fluent, participants. The ratio of heavy to light verbs reliably distinguished the groups, and showed different patterns of correlation with the syntactic measures. Conclusions: Results show some evidence for a trade‐off between syntactic and semantic inputs to word retrieval, at least among non‐fluent participants. The heavy–light verb ratio provides information about semantic specificity, beyond what is provided by the CIU or TTR measures.
Aphasiology – Taylor & Francis
Published: Jul 1, 2008
Keywords: Aphasia; Narrative; Semantics; Agrammatism; Anomia.
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