In this phase I rehabilitation study, we investigated the effects of an intensive phonomotor rehabilitation program on verbal production in a 73-year-old male, 11 years postonset a left-hemisphere stroke, who exhibited apraxia of speech and aphasia. In the context of a single-subject design, we studied whether treatment would improve phoneme production and generalize to repetition of multisyllabic words, words of increasing length, discourse, and measures of self-report. We predicted that a predominant motor impairment would respond to intensive phonomotor rehabilitation. While able to learn to produce individual sounds, the subject did not exhibit generalization to other aspects of motor production. Discourse production was judged perceptu...
The purpose of this Phase II clinical rehabilitation research is to investigate whether a phonologic...
Thesis (Master's)--University of Washington, 2015Abstract Patient Factors that Predict Response to I...
Speech production involves many different muscles at very high speeds, and yet we can speak fluently...
Abstract—In this phase I rehabilitation study, we investigated the effects of an intensive phonomoto...
In this Phase II rehabilitation study, we investigated the effects of an intensive phonomotor rehabi...
This paper describes a controlled therapy study with a 54 year-old man (FB) with apraxia of speech (...
The rehabilitation of speech disorders benefits from providing visual information which may improve ...
International audienceThe rehabilitation of speech disorders benefits from providing visual informat...
Apraxia of speech (AOS) is a motor speech disorder that poses significant obstacles to a person's ab...
The purpose of this paper is to present data from 4 individuals who participated in a 60-hour phonol...
Recent models of speech encoding suggest that movement plans for frequently used words are stored an...
This volume focuses on the remediation of impairments of word production in aphasia. It is restricte...
Speech/language production disorders following stroke can be resistant to treatment. Carry-over of ...
The treatments of AOS have been debated since the late 1960s. Despite a considerable amount of study...
Purpose: Although phonomotor treatment shows promise as an effective intervention for anomia in peop...
The purpose of this Phase II clinical rehabilitation research is to investigate whether a phonologic...
Thesis (Master's)--University of Washington, 2015Abstract Patient Factors that Predict Response to I...
Speech production involves many different muscles at very high speeds, and yet we can speak fluently...
Abstract—In this phase I rehabilitation study, we investigated the effects of an intensive phonomoto...
In this Phase II rehabilitation study, we investigated the effects of an intensive phonomotor rehabi...
This paper describes a controlled therapy study with a 54 year-old man (FB) with apraxia of speech (...
The rehabilitation of speech disorders benefits from providing visual information which may improve ...
International audienceThe rehabilitation of speech disorders benefits from providing visual informat...
Apraxia of speech (AOS) is a motor speech disorder that poses significant obstacles to a person's ab...
The purpose of this paper is to present data from 4 individuals who participated in a 60-hour phonol...
Recent models of speech encoding suggest that movement plans for frequently used words are stored an...
This volume focuses on the remediation of impairments of word production in aphasia. It is restricte...
Speech/language production disorders following stroke can be resistant to treatment. Carry-over of ...
The treatments of AOS have been debated since the late 1960s. Despite a considerable amount of study...
Purpose: Although phonomotor treatment shows promise as an effective intervention for anomia in peop...
The purpose of this Phase II clinical rehabilitation research is to investigate whether a phonologic...
Thesis (Master's)--University of Washington, 2015Abstract Patient Factors that Predict Response to I...
Speech production involves many different muscles at very high speeds, and yet we can speak fluently...