HELP! Is it Aphasia, Apraxia, Dysarthria or ALL of the Above??!!

Slides:



Advertisements
Similar presentations
Language and Cognition Colombo, June 2011 Day 8 Aphasia: disorders of comprehension.
Advertisements

The Aphasias Woodford A. Beach, MS, CCC/SP Senior Speech-Language Pathologist Clinical Instructor, Otolaryngology MCVH&P of VCUHS May 3, 2002.
Chapter 15 Human Communication.
1 FON 218: Neurolinguistics APHASIA APHASIA Wanda Jakobsen Wanda Jakobsen.
Copyright © 2008 Pearson Allyn & Bacon Inc.1 Chapter 13 Human Communication This multimedia product and its contents are protected under copyright law.
Chapter 13 Language
Types of Aphasia “Classifications are a necessary evil” Antonio Damasio (1998) Ling 411 – 05.
Aphasia A disorder caused by damage to the parts of the brain that control language. It can make it hard to read, or write and to comprehend or produce.
Human Communication.
Jennifer Nazar.  A language disorder produced by brain damage.  Most studies come from those who have aphasias.  Study behaviors associated with the.
Aphasia “Impairment of central language abilities in the speech modality following brain damage.“ In contrast to: peripheral speech problems (dysarthria)
Speech and Language. It is the highest function of the nervous system Involves understanding of spoken & printed words It is the ability to express ideas.
Speech/Language Function BCS 242 Neuropsychology Fall 2004.
Disorders Fluent aphasias [3] Nonfluent aphasias [4] Pure aphasias [1] Watershed.
Organic Disorders of Language Dr Alex Davies ST4 General Adult Psychiatry.
Language Disorders October 12, Types of Disorders Aphasia: acquired disorder of language due to brain damage Dysarthria: disorder of motor apparatus.
Aphasia Aphasia Presented by: Eitan Gordon. A Definition  Aphasia is a disruption of language associated with brain damage. A comprehensive explanation.
Adult Neurogenic Language and Cognitive-Communicative Disorders Chapter 19
“He speaks fine; he doesn’t need speech therapy! What is speech and language? Presented by: D’Anna Nowack M.S. CCC/SLP.
Physiology of Language
Introduction to Neuropsychology Language. Example Exam Questions 1. How have neuropsychological investigations informed our current understanding about.
Language and Brain. Is Language Situated in our Brain? Neurolinguistics is the study of how the brain processes language.
APHASIA. What is it?  “Acquired language dysfunction due to neurological injury or disease”  Most common cause is stroke (about 25-40% of stroke patients.
Asrar Altuwairqi. -What is Aphasia? - Aphasia type -What causes aphasia -Sing and symptoms -Fact about aphasia -Aphasia assessment -Aphasia management.
Communication after a Stroke
1 Chapter 19: Higher mental functions Chris Rorden University of South Carolina Norman J. Arnold School of Public Health Department of Communication Sciences.
Brain Lateralization Left Brain vs Right Brain. Corpus callosum Bridge between left and right hemispheres of the brain.
Aphasia and Language-Related Agnosia and Apraxia
Aphasias: Language Disturbances Associated with Brain Injury The Classic View: based on symptoms and associated with particular brain areas The Major Syndromes:
Notes: Exam corrections – due on Thursday, November 12 Last Exam Concrete vs Abstract words.
Lateralization & The Split Brain and Cortical Localization of Language.
APHASIA. What is Aphasia? Aphasia is a total or partial loss of the ability to use words.
Despite adjustments to the Wernicke-Lichtheim model, there remained disorders which could not be explained. Later models (e.g., Heilman’s) have included.
1 Language disorders We can learn a lot by looking at system failure –Which parts are connected to which Examine the relation between listening/speaking.
Speech and Language Test Language.
Psycholinguistics.
EDU 477 SPECIAL EDUCATION APHASIA.
Last Lecture Dichotic Listening Dichotic Listening The corpus callosum & resource allocation The corpus callosum & resource allocation Handedness Handedness.
BEKA EDGAR RACHEL FARMER RACHEL MCKELROY SARA RUFFNER Aphasias.
CSD 2230 HUMAN COMMUNICATION DISORDERS Topic 6 Language Disorders Adult Disorders Aphasia and Right Hemisphere Injury.
Outline  1. Brain Structure  2. Module theory: Language and brain  3. Aphasia  4. Summary.
ADULT LANGUAGE DISORDERS
PhD MD MBBS Faculty of Medicine Al Maarefa Colleges of Science & Technology Faculty of Medicine Al Maarefa Colleges of Science & Technology Lecture – 12:
1.  What is Speech ?  Speech is complex form of communication in which spoken words convey ideas.  When we speak, first we understand. 2.
PHYSIOLOGY OF SPEECH Prof. Sultan Ayoub Meo
Types of Aphasia Ling 411 – 05. Simple Functions / Complex Functions: Speaking and Understanding How is simplicity/complexity determined? What about "understanding.
Human Anatomy & Physiology FIFTH EDITION Elaine N. Marieb PowerPoint ® Lecture Slide Presentation by Vince Austin Copyright © 2003 Pearson Education, Inc.
Aphasia A disorder caused by damage to the parts of the brain that control language. It can make it hard to read, or write and to comprehend or produce.
FUNCTIONS OF CEREBRAL HEMISPHERE. The brain and spinal cord are protected by meninges 3 layers: Dura mater ~ outermost, tough, continuous with periosteum.
Kurt Sieloff, MD. Overview  Speech Terminology  Classic Aphasias  Non-classical Aphasias  Cortical Syndromes  Cortical Structures  = Extra important.
Neurologically Based Communicative Disorders. Disorders Aphasia Apraxia Dysarthria.
Speech and Language. It is the highest function of the nervous system Involves understanding of spoken & printed words It is the ability to express ideas.
PSU CCIS Workshop – February 17 th 2009 KSURHS332 – Dr. Nabila Tounsi Higher mental functions Dr. nabila TOUNSI.
Language and the brain Introduction to Linguistics.
Welcome Back Pick up a Packet! UAA, Cody Augdahl, 2005.
Cerebral Cortex 2.
Higher Cortical Functions
Neurological Basis for Speech and Language
Physiology of Cerebral Cortex
Nervous System Physiology
Dr Mohamad Shehadeh Agha MD MRCP (UK)
Language: An Overview Language is a brain function
PHYSIOLOGY OF SPEECH Taha Sadig Ahmed.
Function of Brain in Communication (Language)
The disorder, it’s effects, and treatment
Study of the neural bases of language development and use
Speech and Language.
Dr. Mohommed Moizuddin Khan
Presentation transcript:

HELP! Is it Aphasia, Apraxia, Dysarthria or ALL of the Above??!! Jamie L. Johnson, MA L/CCC-SLP University of Kansas Hospital September 24, 2015

During this session, participants will actively participate in discussing: Different types of aphasia and dysarthria. Define dysarthria and apraxia. Evaluation in the acute and outpatient settings will be identified. The role of the SLP in education with family/friends for carryover into the home and community will briefly be discussed.

Aphasia National Aphasia Association www.aphasia.org

Aphasia Evidence Map

Standardized Evaluations Purpose: Assess 4 modalities Classification Prognostic statement Treatment

Fluency Non-fluent 0-5 words Borderline fluent 6-8 words

Fluency Average of 3 longest phrases in response to What happened to you Description of picture (cookie theft) Response to emotional question-”Tell me about your family.” “Do you remember what happened on 911?”

Standardized Evaluations Classification WAB BDAE Non-classification MTDDA PICA Functional Assessment of Communication Skills for Adults (ASHA FACS) CADL Communication Effectiveness Index (CETI)-caregiver

Screening Tests Frenchay Aphasia Screening Test (FAST) Ullevaal Aphasia Test (UAST)

Others: ADP Boston Naming Test

SETTING DEPENDENT ACUTE INPATIENT REHAB OUTPATIENT SNF LTACH HOME HEALTH

Standardized Evaluations What do you use??

HOW ABOUT YOU Do you determine the type or classification of aphasia?

Type of Aphasia Fluent or Nonfluent Conversational Speech Auditory comprehension Repetition Naming Lesion Location Anomic Aphasia fluent Fluent, normal utterance length and well-formed sentences Good for everyday conversation, difficulty with complex syntax preserved Impairment is hallmark Acute – outside perisylvian zona (angular gyrus or inferior temporal region), chronic- perisylvian area, posterior tempolateral region Conduction Aphasia Fluent with normal utterance length but has paraphasias Good for casual conversation, difficult with complex syntax Impairment is hallmark, good spontaneous speech, paraphasias during repetition Always impaired Posterior perisylvian lesions affecting supramarginal gyrus in parietal lobe and arcuate fasciculus Transcortical sensory aphasia (TcSA) Fluent with normal utterance length, but semantic paraphasias, anomia Significantly impaired Preserved Severely impaired Extrasylvian regions involving POT junction region; posterior and deep to Wernicke’s area; sensory info doesn’t reach language areas Wernicke’s aphasia Fluent Fluent, easily articulated speech of normal utterance length, semantic and phonemic paraphasias, verbal output excessive and rapid but empty Severely impaired at single-word level, difficulty with complex syntax and multi-step commands, unaware of inability to produce coherent speech Significantly defective, cannot even repeat single words Paraphasic and severe anomia Large posterior perisylvian lesions encompassing Wernicke’s area and extending superiorly into inferior parietal region Transcortical motor aphasia (TcMA) Nonfluent Little attempt to produce spontaneous speech, mute, speech is reduced in length Good for most conversational interaction, difficulty with complex syntax Preserved, but absence of spontaneous speech Relatively preserved Extrasylvian regions of left frontal lobe; dorsolateral frontal lesions located anterior or superior to Broca’s area, supplementary motor areas, cingulate gyrus Broca’s aphasia Slow, halting speech production, utterances are of reduced length with simple grammar Good for conversational speech, difficulty with complex syntax Limited to single words and short phrases Impaired to some degree, especially for low frequency words Broca’s area causes transient disruption of speech production and fluency; persistent Broca’s aphasia from larger perisylvian lesions encompassing more of the left frontal lobe

GLOBAL APHASIA VERBAL EXPRESSION COMPREHENSION REPETITION WRITING NON-FLUENT Severely Impaired *Automatic speech may be preserved COMPREHENSION REPETITION Impaired WRITING READING COMPREHENSION LARGE LEFT DOMINANT LESION Involving Broca’s and Wernicke’s areas

BROCA’S APHASIA VERBAL EXPRESSION: COMPREHENSION: REPETITION WRITING NON-FLUENT (4words or less) Slow effortful Perseverations “Telegraphic speech” COMPREHENSION: Relatively preserved REPETITION Poor WRITING Parallels expression READING COMPREHENSION Relatively spared ANTERIOR PORTION OF THE LEFT HEMISPHERE

TRANSCORTICAL MOTOR APHASIA VERBAL EXPRESSION NON-FLUENT AUDITORY COMPREHENSION: Intact REPETITION SIMILAR TO BROCA’S WITH ABILITY TO REPEAT Anterior and Superior to Broca’s area Watershed, borderzones

*MIXED NON-FLUENT Resembles Broca’s but auditory comprehension below 50 percentile. Auditory comprehension too good to be Global

WERNICKE’S APHASIA VERBAL EXPRESSION COMPREHENSION REPETITION FLUENT Jargon, non-sensical words, rapid rate Retain sentences but lack meaning May speak with no insight into errors COMPREHENSION poor REPETITION Temporo-parietal involving Wernicke’s area and adjacent white matter

CONDUCTION APHASIA VERBAL EXPRESSION COMPREHENISON REPETITION RARE FLUENT Word finding Paraphasic errors COMPREHENISON Relatively intact REPETITION Poor RARE ARCUATE FASCICULUS AND LEFT PARIETAL

TRANSCORTICAL SENSORY APHASIA VERBAL EXPRESSION FLUENT Echolalia COMPREHENSION SIMILAR TO WERNICKE’S- EXCEPT STRONG ABILITY TO REPEAT REPETITION: Intact Watershed PCA/MCA territories, borderzones Spares Wernicke’s area

*MIXED TRANSCORTICAL APHASIA COMBINATION OF THE TWO TRANSCORTICAL APHASIAS AUDITORY COMPREHENSION AND EXPRESSION SEVERELY IMPAIRED REPETITION INTACT

ANOMIC APHASIA VERBAL EXPRESSION COMPREHENSION REPETITION MILD FORM FLUENT Word Finding problems Circumlocutes COMPREHENSION Intact USE OF NON-SPECIFIC WORDS SUCH AS “THING” REPETITION MILD FORM +Awareness

CROSSED APHASIA LANGUAGE CENTER NO IN EXPECTED HEMISPHERE EX. RIGHT-HANDED PERSON WITH R CVA WITH APHASIA

Reading and Writing Alexia Alexia with Agraphia Agraphia

Paraphasias Neologism Perseveration Circumlocutions Literal/Phonemic Verbal/Semantic Neologism Perseveration Circumlocutions

SUBCORTICAL APHASIA THALAMUS INTERNAL CAPSULE BASAL GANGLIA MIRROR CORTICAL LESION APHASIAS CAN CO-OCCUR WITH CORTICAL APHASIAS

PRIMARY PROGRESSIVE APHASIA GRADUAL LOSS OF LANGUAGE- PRESERVED MEMORY, VISUAL PROCESSING AND PERSONALITY- UNTIL THE END BEGINS WITH WORD FINDING PROGRESSES TO IMPAIRED GRAMMAR AND COMPREHENSION DYSARTHRIA AND APRAXIA MAY ACCOMPANY *STRUCTURAL & PHYSIOLOGICAL ABNORMALITIES IN LEFT HEMISPHERE (FRONTAL, PARIETAL AND TEMPORAL. NOT DUE TO NEOPLASTIC, VASCULAR OR METABOLIC ETIOLOGIES NOR INFECTION Semantic variant Logopenic variant Non-fluent Agrammatic variant

INSULA “The Role of the insula in Speech and Language Production” Oh, A. et al. Brain and Language 135 (2014) 96- 103. “Prime real estate” Responsible for articulatory control Direct connections to Broca’s area Higher order cognitive aspects of speech-language fMRI-exp/rec and production/ perception=Bilateral ant insula Speech perception Left dorsal mid- insula Expressive language tasks activated left ventral mid=insula Mid Insula plays different roles in S/L processing

MANY FACES OF APHASIA

Differential Diagnosis Motor Speech Disorders: Dysarthria Weakness/paralysis, incoordination, rigidity, involuntary movement Apraxia Motor planning problem Absence of weakness Initiation, groping, revisions, inconsistent

Apraxia of Speech Messages from the brain to the mouth are disrupted, and the person cannot move his or her lips or tongue to the right place to say sounds correctly, even though the muscles are not weak. Apraxia can occur in conjunction with dysarthria or aphasia Caused by damage to the parts of the brain that control coordinated muscle movement

Signs or Symptoms of Apraxia of Speech Know what words they want to say, but their brains have difficulty coordinating the muscle movements necessary to say all the sounds in the words. Individuals with apraxia may demonstrate: Difficulty imitating and producing speech sounds Sound distortions, substitutions, and/or omissions Inconsistent speech errors Groping of the tongue and lips to make specific sounds and words Slow speech rate Impaired rhythm and prosody (intonation) of speech Better automatic speech than purposeful speech Inability to produce any sound at all in severe cases. Frustrating

The faces of…dysarthria?......apraxia?

G CODES Modifier Impairment NOMS 0% WNL 7 1-20% MIN 6 20-40 MILD 5 40-60% MILD-MOD 4 60-80% MODERATE 3 80-99% MOD-SEVERE 2 100% SEVERE 1

NOMS MOTOR SPEECH LEVEL 1: The individual attempts to speak, but speech cannot be understood by familiar or unfamiliar listeners at any time. LEVEL 2: The individual attempts to speak. The communication partner must assume responsibility for interpreting the message, and with consistent and maximal cues, the patient can produce short consonant-vowel combinations or automatic words that are rarely intelligible in context. LEVEL 3: The communication partner must assume primary responsibility for interpreting the communication exchange, however, the individual is able to produce short consonant-vowel combinations or automatic words intelligibly. With consistent and moderate cueing, the individual can produce simple words and phrases intelligibly, although accuracy may vary. LEVEL 4: In simple structured conversation with familiar communication partners, the individual can produce simple words and phrases intelligibly. The individual usually requires moderate cueing in order to produce simple sentences intelligibly, LEVEL 5: The individual is able to speak intelligibly using simple sentences in daily routine activities with both familiar and unfamiliar communication partners. The individual occasionally requires minimal cueing to produce more complex sentences/messages in routine activities, although accuracy may vary and the individual may occasionally use compensatory strategies. LEVEL 6: The individual is successfully able to communicate intelligibly in most activities, but some limitations in intelligibility are still apparent in vocational, avocational, and social activities. The individual rarely requires minimal cueing to produce complex sentences/messages intelligibly. The individual usually uses compensatory strategies when encountering difficulty. LEVEL 7: The individual’s ability to successfully and independently participate in vocational, avocational, or social activities is not limited by speech production. Independent functioning

NOMS SPOKEN LANGUAGE COMPREHENSION LEVEL 1: The individual is alert, but unable to follow simple directions or respond to yes/no questions, even with cues. LEVEL 2: With consistent, maximal cues, the individual is able to follow simple directions, respond to simple yes/no questions in context, and respond to simple words or phrases related to personal needs. LEVEL 3: The individual usually responds accurately to simple yes/no questions. The individual is able to follow simple directions out of context, although moderate cueing is consistently needed. Accurate comprehension of more complex directions/messages is infrequent. LEVEL 4: The individual consistently responds accurately to simple yes/no questions and occasionally follows simple directions without cues. Moderate contextual support is usually needed to understand complex sentences/messages. The individual is able to understand limited conversations about routine daily activities with familiar communication partners. LEVEL 5: The individual is able to understand communication in structured conversations with both familiar and unfamiliar communication partners. The individual occasionally requires minimal cueing to understand more complex sentences/messages. The individual occasionally initiates the use of compensatory strategies when encountering difficulty. LEVEL 6: The individual is able to understand communication in most activities, but some limitations in comprehension are still apparent in vocational, avocational, and social activities. The individual rarely requires minimal cueing to understand complex sentences. The individual usually uses compensatory strategies when encountering difficulty. LEVEL 7: The individual’s ability to independently participate in vocational, avocational, and social activities are not limited by spoken language comprehension. When difficulty with comprehension

NOMS SPOKEN LANGUAGE EXPRESSION LEVEL 1: The individual attempts to speak, but verbalizations are not meaningful to familiar or unfamiliar communication partners at any time. LEVEL 2: The individual attempts to speak, although few attempts are accurate or appropriate. The communication partner must assume responsibility for structuring the communication exchange, and with consistent and maximal cueing, the individual can only occasionally produce automatic and/or imitative words and phrases that are rarely meaningful in context. LEVEL 3 The communication partner must assume responsibility for structuring the communication exchange, and with consistent and moderate cueing, the individual can produce words and phrases that are appropriate and meaningful in context. LEVEL 4: The individual is successfully able to initiate communication using spoken language in simple, structured conversations in routine daily activities with familiar communication partners. The individual usually requires moderate cueing, but is able to demonstrate use of simple sentences (i.e., semantics, syntax, and morphology) and rarely uses complex sentences/messages. LEVEL 5: The individual is successfully able to initiate communication using spoken language in structured conversations with both familiar and unfamiliar communication partners. The individual occasionally requires minimal cueing to frame more complex sentences in messages. The individual occasionally self-cues when encountering difficulty. LEVEL 6: The individual is successfully able to communicate in most activities, but some limitations in spoken language are still apparent in vocational, avocational, and social activities. The individual rarely requires minimal cueing to frame complex sentences. The individual usually self-cues when encountering difficulty. LEVEL 7: The individual’s ability to successfully and independently participate in vocational, avocational, and social activities is not limited by spoken language skills. Independent functioning may occasionally include use of self-cueing.

NOMS READING WRITING

Education Family Training Staff Training Education materials Websites Apps Home Programs Family/Caregiver’s role in Therapy in any setting

QUESTIONS???

REFERENCES Davis, G. (2007) Aphasiology: Disorders and Clinical Practice. pages 33-39. Helm-Estabrooks, N. Albert, M.L., 1991, 2004. Manual of Aphasia and Aphasia Therapy. 2nd edition, Pro-Ed, Austin Texas. Johnson, A., Jacobson, B,(2006) Medical Speech Pathology: A Practitioner's Guide. Thieme Medical Publishers, New York, NY LaPointe, L. (2001 ) Aphasia and related Neurogenic Language Disorders. Thieme Medical Publishers, New York, NY Oh, A. et al. (2014) The Role of the Insula in Speech and Language Production Brain and Language. 135, 96-103. www.ASHA.org