Reach to Grasp Flashcards

1
Q

What are the critical events for reach to grasp? What are the individual aspects of each critical event?

A

Preparatory phase-Visual Identification of object (head and eyes)

Transport Phase

  • dissociation of the trunk and arm
  • pre-shaping of the hand
  • sufficient acceleration/deceleration of the arm

Grasp Phase

  • creation of slip grip force
  • modulation of grip force
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2
Q

How can you facilitate muscle activation for reach to grasp movements?

A
  • FES
  • Guidance of movement
  • Increase load
  • EMG
  • Mirror box therapy to increase distal muscle activation
  • kinesiotape to deltoid
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3
Q

How can you facilitate smoothness and accuracy of reach to grasp movements?

A
  • visual target of path (tape on table)

- vibration of the forearm

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4
Q

What tend to be the easier objects to grasp for reach to grasp movements?

A

-large objects
-cylinders
-stable
-rough
-rigid
-light
more challenging objects tend to be smaller, spherical, unstable, smooth, compliant and heavy

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5
Q

Which of the following are appropriate progressions for different aspects of reach to grasp activities:

Objects: Use more spherical and smaller sized objects that are less rough

Weighting: Increase weight to decrease the proprioception influence of the weight

Vibration: Increase amount of vibration

Visual Feedback: Close eyes to rely on proprioception

Reach: Less support from surface, greater distance, more antigravity

A

use more spherical and smaller sized objects that are less rough

Close eyes to rely on proprioception

Less support from surface, greater distance, more anti-gravity

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6
Q

What are the sensory structures during acceleration phase of reach to grasp?

A

shoulder
elbow
wrist
hand

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7
Q

What interventions are appropriate to address muscle with decreased force production during reach to grasp?

A
Mirror Box
Trunk restraints
vibration
kinesiotape
FES/EMG
Resistance training
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8
Q

What interventions are appropriate to address muscle with decreased flexibility during reach to grasp?

A

Night splints
kinesiotape
HEP

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9
Q

What interventions are appropriate to address muscle with increased activation/spasticity during reach to grasp?

A
EMG/FES
Pharmacological approach (botox, baclofen, phenol, etc.)
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10
Q

What interventions are appropriate to address muscle with decreased timing/sequencing during reach to grasp?

A
Mirror box
bowls-modify aperature
RAS
FES/EMG
Visual tape on table
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11
Q

What interventions are appropriate to address muscle with decreased proprioception during reach to grasp?

A

Visual FB tape on table
forearm weighting
Mirror box
Kinesiotape

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12
Q

What interventions are appropriate to address muscle with decreased cutaneous sensation during reach to grasp?

A

TENS
Sensory discrimination
Kinesiotape

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13
Q

True or False: Bimanual intensive training had more impact on unimanual outcome measure?

A

False, it had less impact on unimanual outcome measure (Melbourne assessment)

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14
Q

True or False: Bimanual intensive training and constraint induced movement therapy have similar outcomes on bimanual assessment and participation measures.

A

True

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15
Q

True or False: Trunk restraint was demonstrated to reduce anterior trunk displacement during reaching

A

True

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16
Q

True or False: Trunk restraint demonstrated an increase in shoulder flexion and elbow extension in most studies analyzed

A

False, close, it was demonstrated to increase shoulder flexion in 2/5 of the studies and 3/5 of the studies for elbow extension

17
Q

True or False: Vibration was shown to “throw off” proprioception and cause more errors with reach to grasp activities.

A

False, vibration improved velocity of reaching, smoothness of reaching and accuracy of reaching

18
Q

What benefits does kinesiotape give for patients during reach to grasp training?

A
  • Paraspinal tape encouraged upright trunk position during reaching
  • deltoid tape results in patients reporting greater support during reaching