Accessory Motion Testing: Stiffness Flashcards

1
Q

Accessory Motion Testing: Stiffness

A

Choose direction based on Assessment/biomechanical theory first

Determine if it contributes to loss of motion

Joint accessory motion hypomobility without ROM impairment does not need to be treated

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2
Q

Accessory Motion Testing: Pain

A

Choose direction based on Assessment/biomechanical theory first

Determine if it reproduces symptoms

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3
Q

Basic principles of Accessory motiontesting:

A
  1. Patient (subject) is maximally relaxed.
  2. Usually test from “resting position” (or loose or open pack position) of joint.

3.Palpate to find appropriate landmarks

4.Good bone contact for good fixation

  1. Hands as close as possible to joint line
  2. Place yourself in good position and work with gravity whenever possible/needed
  3. Stabilize one segment while mobilize other segment
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4
Q

What are you testing for?

A

Hypo- Early Tissue Resistance
Normal
Hyper- Late Tissue Resistance
Pain

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5
Q

Glenohumeral joint: distraction

A

the force is perpendicular to the T.P. in the glenoid fossa

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6
Q

Glenohumeral joint: caudal glide

A

the distraction force is applied by the hand in the axilla, and the caudal glide force is from the hand superior to the humeral head

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7
Q

Glenohumeral joint: posterior glide

A

patient supine

pushing posterior

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8
Q

Glenohumeral joint: anterior glide

A

patient is prone or supine

pushing anterior

*Caution with suspected laxity or instability

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9
Q

Acromioclavicular joint:

A

patient seated

anterior glide of the distal clavicle on the acromion

left hand on clavicle, right on on lateral shoulder

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10
Q

Sternoclavicular joint: anterior and inferior glides

A

A) Pull the clavicle upward for an anterior glid

(B) Press caudalward with the curled fingers for an inferior glide

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11
Q

Sternoclavicular joint: posterior and superior glides

A

A) Press down with the thumb for posterior glide

(B) Press upward with the index finger for superior glide

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12
Q

Scapulothoracic articulation:

A

elevation, depression, protraction, retraction, upward and downward rotations, and winging

patient is sidelying, facing you

left hand on scapula, right on clavicle

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13
Q

Common Stiff Shoulder Diagnosis

A

Post-operative Care
Post-immobilization Care
Adhesive Capsulitis
GHJ OA

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14
Q

____ is the most frequent complication following shoulder surgery

A

Residual shoulder stiffness

> Limits function, but may also lead to early degeneration

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15
Q

Causes of Stiffness

A

Immobilization

Lack of Movement (pain, fear avoidance)

Poor patient adherence

Synovitis

Surgery

Complex regional pain syndrome (CRPS)

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16
Q

Step 1: Garner Trust

A

Patients after shoulder injuries and surgery have a very difficult time relaxing

Commonly afraid, get them to trust you

If they are guarding during your manual techniques, you will irritate their shoulder

Patient understanding and consent imperative

17
Q

Step 2: Catch it Early

A

“ounce of prevention = pound of cure”

Early recognition of patient prone to stiffness or becoming stiff early = Success more likely

Post-op: Contact surgeon, develop plan

Measure frequently, objectively track

18
Q

Step 3: Motion is Lotion

A

Early active and passive motion

Movement = cycling of synovial fluid = lubrication/joint nutrition

Post-op: Whatever you can do within surgical precautions/restrictions

19
Q

Step 4: How Long?

A

Creep occurs in most tissues after 2 min

Cumulatively exceed 2 min

Low Load Long Duration Most Effective = Assess and reassess

20
Q

Step 5: Toe the Line
Step 6: Use Your Bag of Tricks (adjuncts)

A

Warm up essential = Exercise is best to raise core temp

TENS during treatment

PNF contract-relax

Set aside pride, whatever gets the patient moving

HEP Imperative to keep the motion gained

Know when to slow down, speed up, or call for help

21
Q

Where is the stiffness coming from?

A

Joint
Muscle length
Pain
Muscle strength

22
Q

Therapeutic oscillatory or sustained hold techniques

A

Beginning of the range: pain relief

End of the range: improve restricted motion

High Velocity Thrust / manipulations for quick stretch to the tissues

23
Q

beginning of available range

A

small amplitude
low velocity oscillations
within resistance free range

24
Q

middle of available range

A

large amplitude
low velocity oscillations

Slow speed oscillations 1 or 2 minutes to relax muscle guarding

25
Q

end of available range

A

small amplitude
low velocity oscillations
into tissue resistance

use 6+second stretch force, followed by partial release back to beginning of range (but not releasing the tissue ‘slack’), then repeat with slow intermittent stretches, 3-4 seconds between each

26
Q

before anatomical limit

A

high velocity
small amplitude thrust
beyond tissue resistance

27
Q

Grades of movement

A

Low amplitude high speed oscillations can be used to inhibit pain

slower oscillaitons to relax muscle guarding

Alternatively, for painful joints, use sustained joint accessory motion, distraction 7-10 seconds, few seconds between, re-assess after a few cycles

28
Q

Grade I

A

small amplitude oscillations within resistance free range

rapid

29
Q

Grade II

A

large amplitude oscillations within resistance free range

smooth, regular

30
Q

Grade III

A

large amplitude oscillations up to the point of resistance

smooth, regular

31
Q

Grade IV

A

small amplitude oscillations at point of tissue resistance

rapid

32
Q

Grade V

A

small amplitude high velocity thrust beyond tissue resistance but before anatomical limit

33
Q

Accessory Motions:
GH
ST
AC
SCJ

A

GH: Distraction/Ant/Post/Inf glides

ST: Distraction/Sup/Inf/Protr/Retract

AC: Anterior

SCJ: Ant/Post/Sup/Inf