Range of Motion and Measurements Flashcards

1
Q

Impaired and altered function of related components of the somatic (body framework)system: skeletal, arthrodial, and myofascial structures, and related vascular, lymphatic, and neural elements

A

Somatic dysfunction

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2
Q

Fractures, sprains, inflammatory processes

A

somatic lesions (can’t be treated with OMT)

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3
Q

TART

A

T-tissue texture changes
A-asymmetry
R- restriction of motion
T-tenderness

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4
Q

2 types of ROM

A

Active (pt. demos) & Passive (examiner guides pt. thru)

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5
Q

Which range of motion is greater?

A

Passive

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6
Q

3 cardinal planes?

A

Sagittal, frontal (coronal), horizontal (transverse)

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7
Q

3 types of joints?

A

fibrous-skull articulations
cartilaginous-discs between vertebrae
synovial-extremities

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8
Q

What kinds of joints do most of body motion?

A

synovial and cartilaginous joints

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9
Q

Gross vs Segmental Motion?

A

Gross: Cervical spine
Segmental: C7 on T1

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10
Q

limit of motion imposed by anatomic structure; limit of passive motion

A

anatomic barrier

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11
Q

limit of active motion

A

physiologic

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12
Q

range between the physiologic and anatomic barrier of motion in which passive ligamentous stretching occurs before tissue disruption

A

elastic

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13
Q

permanant restriction of joint motion associated with pathologic change of tissues

A

pathologic

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14
Q

functional limit with the anatomic ROM, which abnormally diminishes the normal physiologic range

A

restrictive

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15
Q

motion has what 3 qualities?

A

direction, range, and quality

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16
Q

elastic end feel

17
Q

abrupt end feel

A

osteoarthritis

18
Q

hard end feel

A

somatic dysfunction

19
Q

empty end feel

A

stop due to pain

20
Q

crisp end feel

A

involuntary muscle guarding

21
Q

rubbery or bouncy end feel

A

viscerosomatic reflex: pain moves to chest wall, kicks on sympathetics; (Example: Hx of GERD: T5-9)

22
Q

firm end feel

A

microtrauma (ex overuse)

23
Q

sloppy end feel

A

ligamentous laxity

24
Q

Two types of flexibility

A

Static and dynamic

25
maximal ROM a joint can achieve with an externally applied force
static flexibility
26
ROM an athlete can produce and speed at which they can produce it
dynamic flexibility
27
physical measurement of reduced ROM of a joint or group of joints
stiffness
28
relationship of joint mechanics with surrounding structures
linkage; linking together will increase ROM
29
device used for actual measurement of ROM
goniometer
30
extended anatomic position when doing measurements
zero starting position
31
part of spine with greatest ROM?
cervical spine
32
2 vertebrae, the associated disc, neuromuscular, and other soft tissues
functional unit
33
passive rotation of cervical spine
70-90 deg each way
34
whole rotation motion of cervical spine
140-180 deg
35
passive side bending of cervical spine
20-45 deg each way
36
whole side bending of cervical spine
40-90 deg
37
flexion of cervical spine: chin to chest
45-90 deg
38
extension of cervical spine
45-90 deg
39
whole motion flex/ext of cervical spine
90-180 deg