neuromotor Flashcards

(44 cards)

1
Q

2 motor speech disorders

A

dysarthria and aprxia of speech

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2
Q

abnormalities in the strength, speed, range, steadiness, tone or accuracy of movements required for the breathing, phonatory, resonatory, articulatory, or prosodic aspects of speech production.

A

the dysarthrias.

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3
Q

neuropathophysiologic disterbunces of control or execution

A

the dysarthrias.

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4
Q

dysarthria is due to one or more of these sensorimotor abnormalities.

A

weakness, spasticity, incoordination, involuntary movements, or excessive or variable muscle tone.

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5
Q

disarthria is _____in origin.

A

neurologic

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6
Q

a disorder of movement is dysarthria or apraxia?

A

dysarthria.

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7
Q

dysarthria can be categorized into different types characterized by distingushable ___ cahracterists and ____ _____ factors. the ability to categorize the dysarthrias therefore has implications for the localization of teh causal disorder.

A

distinguishable perceptual caharacteristics and underlying neuropathophysiologic.

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8
Q

all these factors are involved when identifying dysarthria except
-a age of onset
- b cause
- c natural course
-d environment
-e site of lesion
-f neurological diagnosis of disease
- g pathophysiology
- h speech subsystem involved
- i perceptual characteristics
- j severity
-k diet

A

d and k

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9
Q

a motor speech disorder caused by a disturbance in motor planning, or programming of sequential movement for volitional speech production.

A

apraxia

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10
Q

characteristics of apraxia include impaired what?

A

articulation, rate, and prosody, or in the rhythm of the spoken utterance.

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11
Q

apraxia typicall co-exists with__ or ___.

A

aphasia or language delay.

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12
Q

t.f apraxia is more likely to occur concomitantly with dysarthria.

A

false, it is LESS likely to coocur.

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13
Q

term used for the developmental counterpart of acquired apraxia of speech.

A

childhood apraxia of speech (CAS).

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14
Q

in CAS development of ___ ____ skills are effected

A

expressive phonological skills.

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15
Q

dysarthria is present in % of PD paitents.

A

90.

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16
Q

dysarthria is present in _ of individuals with CP.

A

90%

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17
Q

CNS

A

brain and spine.

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18
Q

PNS

A

cranial and spinal nerves

19
Q

supportive cells which serve as supportive cells for neurons and form the blood brain barrier

20
Q

cells that form myelin in the CNS and PNS

A

oligodendroglia and schwann cells.

21
Q

astrocytes

A

star-shaped cells that assist in neural migration.

22
Q

cells that line the ventricular system

A

ependymal cells.

23
Q

microglia

A

cells that remove damaged dissue.

24
Q

connective tissus makes up the.

A

tissue that makes up the meninges

25
oligodendroglia and schwann cells, astrocytes, ependymal cells, microglia and connective tissue are all what type of cells?
glial cells.
26
tracts are
bundles of axons found in the cns
27
nerves are
bundles of axons found in the pns
28
small substance released at endpoints once charge reaches axon's terminal ramifications...
neurotransmitters.
29
two important neurotransmitters in the motor system
acetylcholine and dopamine.
30
glutamate, gamma-aminobutyric acid (GABA), dopamine and acetylcholine are all...
neurotransmitters.
31
glutamate is
the primary excitatory neurotransmitter for all cns neurons.
32
a primary inhibitory neurotransmitter in the mature CNS that plays a major role in the regulation of muscle tone is
gamma-aminobutyric acid (GABA_
33
a neuro transmitter that plays a role in movement, motivation and reward, cognition and learning, attention, mood and sleep is what?
dopamine.
34
dopamine aide's in the initiation and control of __ ___ ___ including speech through the basal ganglia.
skilled mmotor acts through the basal ganglia
35
the only neuro transmitter involved in the PNS control of skeletal muscle functions . and it is also involved in the CNS including areas related to speech motor control and learning.
acetylcholine.
36
abnormalities in dopamine could lead to hypokinetic dysarthria related with.
PD paitents.
37
abnormalities with acetycholine could lead to flaccid dysarthria associated with.
myasthenia gr.
38
abnormalities with GABA could lead to spastic dysathria associated with.
spastic CP.
39
CSF HOUSED in
the ventricles
40
CSF produced in
choroid plexus.
41
the safety valve of blood supply to the brain
the circle of willis.
42
damage to which arteries can lead to dysarthria?
L or R carotid artery and in the left or right anterior and middle cerebral arteries (MCA)
43
damage to which artery could lead to apraxia of speech?
left MCA.
44
the starting place for any voluntaryy movement
the desire to move.