BIOMECHANICAL FOR Flashcards

1
Q

is based on the principles of anatomy and physiology of the musculoskeletal system, kinetics, kinematics, and certain physiological processes

A

Biomechanical Frame of Reference

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2
Q

the study of how forces produce motion in body parts

A

kinetics

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3
Q

study of motion of body parts in time

A

kinematics

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4
Q

such as tissue healing, exercise physiology, and energy cost of activities as together

A

physiological processes

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5
Q

is the arc of motion through which a joint moves that is determined by the underlying structure of the joint (i.e., bones and ligaments) and the integrity of the surrounding capsule

A

Joint range of motion (ROM)

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6
Q

The PRIMARY FACTORS considered under the Biomechanical FOR

A
  1. Joint range of motion
  2. Muscle strength
  3. Endurance
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7
Q

is the ability to sustain muscle and cardiorespiratory activity and determines the extent to which a person can do tasks that make up occupations

A

Endurance

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8
Q

is the power of a muscle to resist movement

A

Muscle strength

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9
Q

A person is _______ when motion are intact and within normal limits for one’s age, gender, and physical characteristics to produce stability and movement.

A

functional

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10
Q

These compromised capacities considered under the Biomechanical FOR

A

(1) limitations in movement
(2) inadequate muscle strength
(3) decreased endurance

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10
Q

occurs when a person is unable to generate and/or sustain the stability or movement needed to perform their occupations due to compromised musculoskeletal capacities due to disease or trauma, or disuse or overuse

A

dysfunction

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11
Q

ROM is measured in degrees of movement using

A

goniometer

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12
Q

voluntarily done

A

active

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13
Q

an external force is moving the segment

A

passive

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14
Q

Muscle strength is normally tested as maximum tension produced under

A

voluntary control

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15
Q

The most commonly used assessment for strength is __________ wherein the therapist tests the ability of the person to produce resistance and/or movement under standardized circumstances.

A

manual muscle testing (MMT)

16
Q

for grip strength

A

hand dynamometers

17
Q

pinch strength

A

pinch gauges

18
Q

can be compromised by inactivity, immobilization, cardiorespiratory deconditioning, muscular deconditioning, and diminished flexibility

19
Q

Endurance can be measured

A

dynamically or statically

20
Q

can become a barrier to the use of biomechanical capacities for occupational performance

21
Q

3 factors of endurance

A

intensity, duration, and frequency

22
Q

may be reported through pointing, verbal expression, or marking areas in a diagram

23
Q

may be rated on a numerical or visual scale

24
Interventions of Biomechanical FOR
1. Establish and restore 2. Maintain 3. Prevent
25
of edematous body segments through wrapping or bandaging reduces edema associated with limitations in ROM
Compression
26
through handling, bracing, or splinting facilitate functional movement
Positioning
27
are external devices that are applied to the body to immobilize, restrain, or support injured tissues
Splints and orthotics
28
through the full range of ROM is recommended twice daily
Active or passive movement
29
to create non-injurious tension on muscles and tendon can result to passive stretching of joint structures
Therapeutic handling or external devices
30
activities must be graded by positioning materials and equipment to demand greater reach in order to create challenge to the joint structures
active stretching
31
For some clients whose decreased motion is due to scar tissue or pain
physical agent modalities
32
is often used to stimulate muscle contractions and increase the firing of additional motor units to increase strength
Resistance
33
are used to stress muscles to the point of fatigue
Exercises