Accessory Mobilisations Flashcards

1
Q

Define joint mobilisation

A

A manual therapy technic, comprising a continuum of skilled passive movements to the joint complex that are applied at varying speed and amplitudes, that may include small amplitude/high velocity therapeutic movements (manipulations) with the intent to restore optimal motion, function and/or reduce pain.

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2
Q

What is the difference between mobilization and manipulation ?

A

-Joint mobilization is on continuum with joint manipulation
-mobilization is under patient’s control
- manipulation is done at speed where the patient cannot stop the motion

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3
Q

Wh at are the two types of joint motion ?

A
  • physiological joint motion
  • accessory joint motion
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4
Q

Define physiological joint motion

A

A movement that the patient can perform voluntarily and can be analyzed for quality and symptom response.

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5
Q

Define accessory joint movement

A

Is necessary for normal joint motion but cannot be performed voluntarily nor controlled. These movements include, the spin, roll and glide which accompany physiological movements of the joint. The accessory movements are examined passively to assess range and symptoms response in the open pack position of a joint.

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6
Q

What order follows objective examination ?

A

-AROM
-PROM
-Accessory motions/tests/end feel
-special tests

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7
Q

List the effects of joint mobilization

A
  • neurophysiological
  • nutritional
  • mechanical
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8
Q

Explain the neurophysiological effect of joint mobilization

A

Takes place with small amplitude joint mobilization oscillations
Causes pain relief due to neuromodulation at central nervous system

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9
Q

Explain the nutritional effect of joint mobilization

A

Takes place with distraction or small gliding movements
Is caused by synovial fluid movement

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10
Q

Explain the mechanical effect of joint mobilization

A

Takes place by stretching collagen structures ans loosening/breaking adhesion
Causes inhibitory effects on joint afferent receptors

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11
Q

Explain why and how mobilization affects pain ?

A

A descending nociceptive inhibition is sent off from the midbrain and suppresses the release of excitatory transmitters to the dorsal horn and therefore suppresses the post synaptic response.

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12
Q

Which factors can affect descending inhibition ?

A

Catastrophizing
Avoidance
Somatisation
All activate descending facilitation

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13
Q

Define open pack position

A
  • treatment position
  • resting position
  • surrounding tissue is as lax as possible
  • maximal incongruency
  • intracapsular space is as large as possible
  • joint is unlocked, statically inefficient for load bearing but dynamically safe
  • position adopted at rest or following acute trauma to accommodate maximal fluid accumulation
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14
Q

Define closed pack position

A
  • blocked position
  • testing position
  • joint positions are most congruent
  • capsule and ligament are under maximal tension
  • intracapsular space is minimal
  • joint is locked, statically efficient for load bearing, dynamically dangerous
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15
Q

What are the different end feel ?

A
  • hard=bony=bone to bone. A do normal if there is a loose fragments in the joint that stops the motion
  • soft=soft tissue being compressed. Abnormal if there is a boggy feel to the motion which indicate an œdema.
  • firm/springy=soft tissues that have reached their limit of stretch. If it limits the motion, it’s a signe of tissue shortening.
  • Empty=motion is stoped upon patient’s request (due to considerable pain). Always abnormal.
  • Spasm= always abnormal
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16
Q

What says the concave motion rule ?

A

When a concave surface slides on a fixed convex surface, the gliding occurs on the same direction as the movement.

17
Q

What is the convex motion rule ?

A

When a convex surface slides on a fixed concave surface, the gliding is opposite to the movement direction

18
Q

What are the grades of movements in a normal joint ?

A

GRADE 1
Small amplitude movement at the beginning of bailable ROM-no resistance

GRADE 2
Large amplitude movement through the middle ROM-no resistance

GRADE 3
Large amplitude movement from middle ROM to limit of the ROM

GRADE 4
Small amplitude movement at the very end of ROM

GRADE 5-MANIPULATION
High velocity thrust of small amplitude beyond ROM-not commonly used in physiotherapy

19
Q

Why would the physio use GRADE I and II ?

A

For pain relief
Oscillations in these grades stimulate joint mechanoreceptors to inhibit nociceptive feedback
Often used before and after treatment with grades III and IV.
Neutralises joint pressure
Prevent grinding

20
Q

Why would the physio use grade III and IV ?

A

Mechanical effect used to treat stiffness or hypo mobility
Increases ROM through promotion of capsular mobility
Mechanical distention and/or stretching of shortened tissues
Uncomfortable but not painful

21
Q

Describe the oscillations

A

-60-120/min
-sinusoïdal
- 1-5 sets of 5-60s
-generally used to treat pain

22
Q

Describe the prolonged hold/ sustained technic

A

-5-30s
-1 to 5 reps
- typically applied at end ROM to treat stiffness

23
Q

What are the basic rules for joint mobilization ?

A
  • patient relaxed
  • explanation of the purpose of treatment
  • comfortable room temperature
  • patient properly draped
  • remove watch, jewelers, secure ties, belt buckles..etc
  • start in a resting position and then chase end ROM
  • avoid muscle grading
  • allow gravity to assist
  • large area of hand contact (confident, firm, comfortable hand holds)
  • short lever arms
  • hands as close as possible to joint
24
Q

What are the absolute contraindications to joint mobilization ?

A
  • malignancy in the area of treatment
  • infection arthritis
  • metabolic bone disease
  • neoplastic disease
  • fusion or ankyloses
  • osteomyelitis
  • fracture/ligament rupture
  • herniated disc with nerve compression
  • hyper mobile joint for grade III and IV
25
Q

What are the relative contraindication for joint mobilisation ?

A
  • excessive pain or swelling
  • arthroplasty
  • pregnancy
  • hyper mobility
  • spondylolistesis
  • rheumatoid arthritis
  • vertebrobasilar insufficiency
26
Q

What is the classification of joint mobility ?

A

HYPO

GRADE 0 : no movement - no mobilization
GRADE1: extremely hypo mobile - mobilization
GRADE2: slightly hypo mobile - mobilisation, manipulation

GRADE 3: normal - no treatment

HYPER

GRADE 4: slightly hyper mobile - stabilization exercises, taping, bracing (check hypo mobility of other joints)
GRADE 5: extremely hyper mobile - stabilisation exercises, taping, bracing (check hypo mobility of other joints)
GRADE 6: unstable-bracing, splinting, casting, surgical stabilisation