Range of Motion Flashcards

1
Q

range of motion

A

Amount of motion available at a joint

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2
Q

anatomical position

A

Starting position for measurement

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3
Q

osteokinematics

A

study of movement of bones around joints – i.e. the gross movement/physiological movement

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4
Q

arthrokinematics

A

study of movement of joint surfaces/ ‘joint play’, accessory movements

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5
Q

goniometry

A

measures angles of the osteokinematic motion and not arthrokinematics

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6
Q

sagittal plane movements on that axis

A

flexion/extension

separate left to right

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7
Q

frontal/coronal plane movements on axis

A

adduction/ abduction

anterior and posterior

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8
Q

transverse plane movements

A

rotation around vertical

superior and inferior

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9
Q

arthrokinematics movement

A

slide/glide
spin
roll

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10
Q

slide/glide

A

: Translatory motion i.e. the slide of one joint surface over another

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11
Q

spin

A

Rotary motion where all points on the moving joint surface rotate at a constant distance around a fixed axis of motion (spinning top)

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12
Q

roll

A

Rotary motion (wheel rotating across surface

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13
Q

principles of movement convex on concave surface movement

A

For a convex-on-concave surface movement, the convex surface rolls and slides in opposite direction to the movement of the shaft of the bone.

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14
Q

principles of movement concave-convex on CONCAVE surface

A

For a concave-on-convex surface movement, the concave surface rolls and slides in the same direction

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15
Q

physiological movement

A

– joint movement that can occur voluntarily

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16
Q

accessory movement

A

– movement that accompanies physiological joint movement but cannot be performed voluntarily i.e. arthrokinematic motions

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17
Q

AROM

A

Active ->unassisted voluntary joint range of movement

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18
Q

PROM

A

Passive ->assisted joint movement (document ROM – whether A or P for repeatability)

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19
Q

close packed position

A

Position of maximal congruency of joint surfaces.

In this position, most ligaments and parts of capsule are taut providing an efficient & stable joint position.

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20
Q

accessory motions of close packed position

21
Q

loose packed position

A

Position(s) in which ligaments and capsule are most slackened.
Potential volume of joint is at its greatest  effused joints adopt this position.

22
Q

accessory motions of loose packed position

A

maximal accessory motions Often mid-range

23
Q

what influences joint ROM

A
Age – joint specific not in general
Gender – a/a
Occupation
Time of day – Circadian Rhythm
Temperature
24
Q

Components of joint ROM assessment

A
quality of movement
quantity 
presence of resistance through range
pain behaviour
joint sounds
reactive muscle spasms
Endf eel
25
end feel
sensation transmitted to therapists hands | indicate structure limit the movement
26
soft end feel structure
Soft Tissue Approximation
27
soft end feel example
Knee flexion (contact between posterior soft tissue of the calf and thigh
28
firm end feel structure
muscular stretch capsular stretch ligament stretch
29
firm end feel muscular stretch example
Hip flexion with the knee straight (passive elastic tension of the hamstring muscles)
30
firm end feel capsular stretch example
Extension of the metacarpophalangeal joints (tension in the anterior capsule)
31
firm end feel ligament stretch example
Forearm supination (tension in the palmar radioulnar ligament of the inferior radio-ulnar joint and interosseous membrane)
32
example of hard end feel structure
elbow extension
33
hard end feel example
Contact between olecranon fossa of humerus and olecranon process of ulna
34
abnormal soft end feels description
Occurs sooner or later in the ROM than is usual in a joint that normally has a firm or hard end-feel. Feels boggy
35
abnormal soft end feels examples
Soft-tissue oedema (swelling) | Synovitis
36
abnormal firm end feel description
Occurs sooner or later in the ROM than is usual in a joint that normally has a soft or hard end-feel
37
abnormal firm end feel example
Capsular, ligamentous, muscular and fascial shortening
38
abnormal hard end feel description
Occurs sooner or later in the ROM than is usual in a joint that normally has a soft or firm end-feel. A bony grating or bony-block is felt.
39
abnormal hard end feel example
Osteoarthritis (esp advanced stage) Loose bodies in joint Fracture Myositis ossificans
40
abnormal empty end feel description
No real end-feel as pain prevents reaching end of ROM. No resistance is felt except for patient’s splinting or muscle spasm
41
abnormal empty end feel example
Pain limiting pathologies e.g. Fracture Abscess Acute bursitis Other acute inflammation
42
capsular pattern
pattern of passive limitation evident when a pathological condition involves the entire joint capsule
43
conition where capsular pattern can be useful
Rheumatoid arthritis (RA) Osteoarthritis (OA) Shoulder Adhesive Capsulitis.
44
non capsular pattern
variable and usually results from a condition involving structures other than joint capsule e.g. ligament, muscle or small adhesion in part of capsule.
45
contraindications to joint assessment
``` Joint dislocation (that has not been reduced) Unhealed / untreated fracture Immediately post-op to tendons, muscle, joint capsule or skin ```
46
JT assessment precautions
``` Infection/ inflammatory process in or close to joint Early stage of healing Analgesia or Muscle relaxants taken Bone fragility e.g. Osteoporosis Hypermobile or subluxed joint haemophilia region of a haematoma ```
47
measurement tools to quantify ROM
Inclinometer Universal goniometer Goniometer app
48
benefits of universal goniometer
Inexpensive Reliable and valid Easy to use in clinical setting
49
where is universal goniometer measured
Stationary Arm Fulcrum Moveable arm