MSK Objective Assessment Flashcards

(43 cards)

1
Q

What makes up a routine assessment?

A
Observation
Palpation
Effusion 
Active ROM
Passive ROM
Resisted testing 
Accessory movement 
Ligaments 
Functional tests
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2
Q

What are you observing during the objective assessment?

A

Alignment
Atrophy
Colour
Deformity

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3
Q

What are you feeling for during active ROM?

A
Quality 
Range 
Pain response (when and where)
Occurrence of muscle spasm 
Any resistance to movement
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4
Q

What movements are you testing during active ROM?

A
Flexion 
Extension 
Abduction 
Adduction 
Medial rotation 
Lateral rotation
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5
Q

What does AROM test for?

A

Muscle and tendon
Inert tissue
Load

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6
Q

What is a passive ROM?

A

A test of inert and non-contractile structures

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7
Q

What should you be looking for when performing PROM?

A

Limit to movement
Pain response
ROM achieved
Any other symptoms produced

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8
Q

What is normal end feel?

A

Soft - soft tissue approximation
Hard - bony approximation
Spongey - inflamed or effusive joint
Soft with a hard end feel - capsular, ligament or muscle stretch

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9
Q

What are abnormal end feels?

A
Bone to bone 
Muscle spasm
Capsular/elastic 
Empty (can’t get an end feel)
Springy block
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10
Q

What is effusion testing?

A

Tap test - tap the patella and find soft end feel, indicative of swelling
Sweep test - sweep fro, inferior medial to superior and then laterally, observe medial aspect of knee or palpate to for fluid

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11
Q

What does resisted muscle testing test for?

A

Contractile tissues

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12
Q

What does a strong and painful resisted muscle test result mean?

A

Tendinitis

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13
Q

What does a strong and painless resisted muscle test result mean?

A

Normal

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14
Q

What does a weak and painless muscle test result show?

A

Muscle rupture

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15
Q

What does a weak and painful resisted muscle test show?

A

Fracture

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16
Q

What does it show when a resisted muscle test is painful on repetition?

A

Intermittent claudication

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17
Q

What does it mean when all movements are painful in a muscle resisted test?

A

Affective disorder

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18
Q

What are special tests used for during an objective assessment?

A

To determine which disease, condition or injury is present

19
Q

What procedure do you use for a soft tissue injury?

20
Q

What does POLICE stand for?

A
Protection 
Optimal Loading 
Ice 
Compression 
Elevation
21
Q

What is the process of mechanotherapy?

A
Loading of tissue 
Stimulated cellular response 
Tissue adapts 
Tissues improves structure 
Tissue able to maintain homeostasis = less pain
22
Q

How can you assess ligaments?

A

Accessory tests

23
Q

What are the soft tissue treatment techniques?

A
Specific soft tissue mobilisations (SSTM)
Deep transverse frictions 
Muscle lengthening 
Trigger point 
Exercise
24
Q

How can SSTM help injuries?

A

Pain relief
Collagen remodelling and ground substances
Affects visco-elastic properties

25
What is physiological SSTM?
Self stretch Therapist stretch Engage barrier Oscillate using maitland grading or static holds
26
What are accessory SSTM techniques?
Direct pressure Bowing Transverse mobilisations
27
What are combined SSTM techniques?
Deep transverse friction massage
28
How does deep transverse friction massage work (DTFM)?
Breaks down adhesions Increases blood supply Activates cells in the area Helps re-orientate fibres
29
What are the contra-indications and precautions for DTFM’s?
``` Open wounds Clotting disorders DVT Acute inflammation Skin infections Acute inflammation Growth plates Skin disorders Possible cancer Rheumatoid arthritis Bursitis ```
30
What are graded mobilisations determined by?
SIN factor Position in the range Amplitude Relationship to resistance and pain
31
What are the grades for mobilisations>
``` Grade I - small and fast Grade II - large sand slow RESISTANCE Grade III - large and slow Grade IV - small and fast ```
32
What are the effects of immobilisation?
``` Loss of function Decreased ROM Muscle atrophy Soft tissue length changes Cartilage changes Bony changes Pain states ```
33
What are the types of joint motion?
Osteokinematic | Arthrokinematic
34
What is Osteokinematic joint motion?
Movement of the bones
35
What is arthrokinematic joint motion?
Motion between joint surfaces
36
What is closed pack position?
Position in which the joint ligaments and capsule are maximally taught
37
What are the benefits for joint mobilisations?
Restoration of movement to a joint | Specific to joint
38
What are the effects of joint mobilisations?
Improving ranges of active, passive and accessory joint movements Increasing length of joint joint soft tissue structures Increasing length of joint surrounding soft tissue structures Relief of pain Decrease muscle spasm Placebo effect
39
What are the benefits of exercise?
``` Reduced stress Increased balance and coordination Decreased body fat Decreased osteoporosis Relaxation Increase muscle tone, flexibly and posture Increased cardiorespiratory function Increased well-being and confidence ```
40
What are the principles of strength training?
``` Overload Specificity Motivation Learning Reversibility Diminishing returns Age Gender ```
41
What are some of the goals for active assisted exercise?
Maintain physiological elasticity and contractility of the participating muscles Provide sensory feedback for the contracting muscles Increase circulation Develop coordination and motor skills for functions activities
42
What are the principles of application for active assisted exercise?
``` Examination, evaluation and treatment planning Communication Remove restrictive clothing Clear the work space Starting position of the patient Your position Demonstrate with passive movement first ```
43
What are the types of active assisted exercise?
Manual active assisted exercise Auto-assisted exercise Mechano- assisted exercise (poles, slippy boards, gym balls, wall, hoops, stationary bikes)