Neurological Approaches: Eval and Intervention Flashcards

1
Q

motor control vs motor learning

A
  • motor control- directing and regulation movement
  • motor learning- learning movements
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2
Q

motor learning and motor control principles

A
  • modify and adapt task to increase success
  • repeat tasks that are motivating, meaningful and promote problem-solving
  • help children achieve goal-directed functional
    actions using motor solutions that emerges from an interaction of the child with the task and the
    environment.
  • motor control- top-down approaches focusing on engaging the child in desired
    occupations within a supportive environment which allows the child to problem solve.
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3
Q

types of motor learning

A

Blocked - more effective during initial stages (pick up the same 10 blocks and place in a container)

Random - more effective during final stages and increases ability to adapt (pick up a variety of objects
while engaged in play).

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4
Q

Rood principles

A
  • uses sensory stimulation to specific sensory receptors to facilitate and normalize movement patterns
  • stabilizers (heavy-work muscles, extensors and abductors)
  • mobilization ( light-work muscles, flexors and adductors)
  • work on heavy work muscles before light work muscles (proximal stability for distal mobility)
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5
Q

Rood sequence of motor development

A
  • supine withdrawal
  • rollover
  • prone extension
  • neck co-contraction
  • prone on elbows
  • quadruped
  • standing
  • walking
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6
Q

Rood techinques for treatment

A

cuteanous
- light-moving touch, fast brushing, and icing

proprioceptive stimulation
- facilitation- Heavy joint compression, quick stretch, tapping, vestibular stimulation, and vibration
- inbit- Neutral warmth, light joint compression (approximation), and elongated position

olfactory
- Pleasant (vanilla) are calming. Unpleasant/noxious (sulfa and ammonia) are alerting

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7
Q

Brunnstrom Therapy principles

A
  • associated reactions can be used to initiate or elicit synergies by giving resistance
  • REFLEXES represent normal stages of development so they can be used to assist and/or initiate movement
  • Proprioceptive stimuli can facilitate a synergy pattern
  • Visual feedback such as mirrors or videotapes or auditory stimuli such as loud and repetitive
    commands can reinforce synergistic movement
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8
Q

PNF principles

A
  • using mass movement patterns that resemble normal movement during functional activities to help strengthen weak components of movements
  • Adequate control of the head, neck, and trunk region develops fine motor skills
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9
Q

PNF techniques

A
  • D1: (drivers seat starting position- reach diagonally for seat belt w. right hand)
  • D2: (passenger seat starting position– reach with right hand straight up for seat belt then across body to buckle it)
  • Relaxation techniques increases ROM when pain or spasticity increases with passive stretch.
    -Contract-relax is when there is no active ROM.
    - Hold-relax techniques benefit patients with pain.
  • Rhythmic initiation is used to improve the ability to initiate movement (Parkinson disease or apraxia)
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10
Q

NDT principles

A

-to normalize tone, inhibit primitive patterns of movement, and facilitate automatic, voluntary
reactions and subsequent normal movement patterns
- quality of the movement.
- Facilitation techniques and inhibition techniques are used to normalize or balance tone
- Normalization of muscle tone techniques

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11
Q

Normalization of muscle tone techniques

A
  • Weight bearing
  • Trunk rotation
  • scapular protraction
  • Anterior pelvic tilt/forward positioning of pelvis
  • Facilitation of slow, controlled movements
  • Proper positioning
  • Incorporating the UE into activities- promotes functional use of the involved UE by incorporating via weight bearing, bilateral activities
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12
Q

assessing for glenohumeral subluxation

A
  • let arm dangle into gravity
  • palpate space under acromion process
  • compare both sides and document width (using finger breadths)
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13
Q

overhead suspension sling

A
  • people w/ proximal weakness (ALS, GBS, musuclar dystrophy)
  • with muscle grade between 1 to 3
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14
Q

mobile arm supports or balanced forearm orthoses

A
  • for person w/ weak proximal muscles
  • helps them use available control of trunk and shoulder to engage in functional tasks
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15
Q

shoulder slings

A
  • support flaccid arm
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16
Q

supports on wheelchair for positioning flaccid arm

A
  • lapboards
  • arm troughs
17
Q

cranial nerves

A
  • olfactory- smell
  • optic- vision
  • oculomotor- medial and vertical movements
  • trochlear- downward and inward eye movements
  • trigeminal- jaw movements,
  • abducens- lateral eye movements
  • facial- facial extension
  • vestibulocochlear- equilibrium and hearing
  • glossopharyngeal- taste
  • vagus -abdominal organs
  • spinal- movement of neck and shoulders
  • hypoglossal- movement of tongue
18
Q

direct interventions for oral motor dysfunction

A

modifying consistency, amount, and pacing of solid and liquids

postural interventions to increase swallowing during meals
- chin tuck
- forward head tilt
- head turn

swallowing adaptations
- supraglottic swallow to protect airway
- Mendelsohn-

19
Q

sensory assessments

A
  • Sensory Integration and Praxis Test (4-8 yrs)
  • DeGangi-Berk Test of Sensory Integration (3-5 yrs)
  • Tests of Sensory Functions in Infants (1-18 months)
  • Sensory Processing Measure (elementary school-age children)
  • Sensory Profile
20
Q

principles of sensory interventions

A
  • input is child driven
  • provide the just right challenge
  • promoting organized adaptive responses
21
Q

Ayres sensory integration principles

A