Measurement of motor behavior Flashcards

1
Q

Measures the outcome or results of performing a motor skill

A

performance outcome measure

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2
Q

What are some performance outcome measures?

A

time to complete task
reaction time
distance covered
errors

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3
Q

measures performance of characteristics that produced the outcome

A

performance production measures

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4
Q

what are some performance production measures?

A

velocity
acc.
jt. angle
force

tells how NS and muscular system are functioning

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5
Q

What are the most commonly used measures ?

A

kinematics of movement.
outcomes of movement
muscle performance via EMG
visualizing brain function during motion

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6
Q

description of pure motion without regard for forces and masses involved

A

kinematics

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7
Q

What can kinematics be broken down into?

A

spatial and temporal components

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8
Q

What are spatial properties?

A

path length
path shape (trajectory)
plane of movement
Distance Traveled

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9
Q

what are Temporal properties

A

velocity during movement
jt. coordination
movement duration

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10
Q

inability to produce motor planning on command

A

apraxia

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11
Q

In spatial properties study, what was seen with pathway of control group vs apraxic group?

A

control: linear
apraxic: circular in frontal plane

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12
Q

What does the circular pathway of the apraxic group in the spatial properties study tell us?

A

shoulder elbow and wrist not moving in organized manner

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13
Q

What did pts do in the temporal properties study?

A

draw triangles

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14
Q

What was found in the temporal property study?

A

velocity of movement was the same but hemiparetic group crosses zero more frequently in acceleration.

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15
Q

what is significant about the hemiparetic group crossing zero more often?

A

it means the task may have taken longer

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16
Q

what happened in the bread slicing study?

A

control group had linear velocity and apraxic group showed dissociation of inter-joint coordination

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17
Q

what does giving apraxic pt both object and tool do?

A

it can ameliorate space to help eliminate apraxic movement. resulting in comparable results to control to accomplish task.

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18
Q

has a defined start and end point

A

discrete task

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19
Q

average magnitude of error in movement performance..

what does it take into account?

A

constant error

direction

20
Q

measures magnitude of error in movement performance without taking direction into account

A

absolute error

21
Q

measures consistency or inconsistency of responses

A

variable errors

22
Q

measures deviation and consistency

A

root mean square error

23
Q

what else does root mean square measure?

what can you create from it?

A

difference between target trajectory and actual trajectory over time

performance curve

24
Q

has multiple stimuli but each has a different response

A

choice reaction time

25
Q

has multiple stimuli but can only react to one

A

discrimination reaction time

26
Q

go signal -> initiation of response

A

reaction time

27
Q

initiation of response to termination of response

A

movement time

28
Q

what is within the reaction time?

A

pre-motor and motor

29
Q

reaction time + movement time?

A

response time

30
Q

emg can measure motor but not

A

preplanning

31
Q

Parkinsons patients spend more time in _____ while apraxic patients spend more time ________

A

movement performance

movement planning.

32
Q

measures involvement of muscles by recording electrical activity during movement

A

EMG

33
Q

What does EMG provide information on?

A

identity of active muscle
temporal patterning
intensity of contraction

34
Q

What was seen in the CP omg study?

A

CP pts had activation of both antagonists at the same time during a say making balance difficult

35
Q

in terms of time
task completion is
movement duration is

A

an outcome measure

a performance measure

36
Q

in terms of distance
how far someone walks is
how much are moves during a pitch is

A

outcome measure

performance measure

37
Q

allow us to see changes in local blood flow, glucose metabolism, and blood oxygenation

A

PET and fMRI

38
Q

Response to damage and behavioral attempts to compensate for effects of damage

A

Behavioral compensation neuroplasticity

39
Q

response to behavioral experience that enhances functional outcome and promotes reorganization

A

functional recovery neuroplasticity

40
Q

Functional recovery occurs as a result of

A

spontaneous recovery
experience dependent motor training
increased involvement of contralateral hemisphere
axonal remodeling

41
Q

integration of alternative motor elements from different end effectors

A

substitution

42
Q

_____ and _____ can set in very quickly from compensation and substitution

A

learned non-use and misuse

43
Q

what does tPA do

A

breaks up clot to promote blood flow during stroke.

44
Q

because of that in and out mindset of rehab we teach

A

compensatory and substitution strategies

45
Q

what are constraints for achieving neuroplasticity?

A
fatigue
spasticity
attention
depression
limited time
46
Q

______ interferes with recovery

A

compensation

47
Q

functional reorganization of motor cortex is _____

A

skill dependent