4. C
L
I
N
I
C
A
L
D
A
Y
Components of joint examination
Look (inspection)
Feel (palpation)
Move:
Active movements
Passive movements
Grading muscular power
Special tests
Neurovascular assessment
6. C
L
I
N
I
C
A
L
D
A
Y
Look(inspection)
Ideally expose the entire limb that is being
examined and the opposite limb to
compare the findings
Ask for a chaperone as appropriate
Positioning limbs correctly before
comparing
If the patient can walk, inspect the gait
7. C
L
I
N
I
C
A
L
D
A
Y
Feel(palpation)
Warn the patient you are going to touch
them
Enquire about the presence of pain
general palpation of the area in question (
use palmar (to check for tenderness) and
dorsal (to assess for warmth) aspect of the
examining hand
8. C
L
I
N
I
C
A
L
D
A
Y
Feel(palpation)
Palpate bony landmarks, muscle and
tendon groups and any major nerves
Localized tenderness ---injury or
inflammation of a particular structure
Diffuse tenderness ---general process like
cellulitis or arthritis
Palpate for a joint effusion.
10. C
L
I
N
I
C
A
L
D
A
Y
Special test
Shoulder ---- rotator cuff, signs of
impingement and instability
Knee---extensor mechanism, the collateral
and cruciate ligaments, and menisci and
look for signs of patella-femoral
dysfunction.
Hip----fixed deformities, particularly
Thomas test for fixed flexion
11. C
L
I
N
I
C
A
L
D
A
Y
Neurovascular assessment
Palpation of pulses
Detailed examination of each nerve, and
its sensory and motor component
A quick screening examination of the joint
above and below should also be
performed if time permits
#6: General resting posture and/or gait: general attitude of the limb (limb positioning) -
this provides clues to tendon injury, disc prolapse, fracture, muscle weakness.
≒ Skin: scars, sinuses, swellings, contractures, erythema/colour change, atrophy, loss of
hair or nail, ulceration.
≒ Subcutaneous tissue: oedema, contractures, haematoma, swellings.
≒ Muscle and tendons: atrophy, hypertrophy, contractures, bulge (Popeye sign of biceps
rupture), tendon ruptures, muscle haematoma.
≒ Bone: deformity, swelling, shortening.
≒ Joint: deformity, shortening, contractures, effusion.
#10: Active movements: the patient should be systematically directed to move the joint
themselves. The range of movement can be compared to the normal side to measure the
extent of any limitation. Checking active movements first also helps to localise any areas
of concern which the clinician can then focus on while checking movements passively.
≒ Assisted movements: this is where the patient moves the limb but some assistance
may be provided by the examiner to take the joint through its full range of motion. This
is especially relevant in shoulder examination when demonstrating a painful arc or a
ruptured rotator cuff.
≒ Passive movements: after checking active movements, passive movements can then be
checked by the examiner moving the limb/joint in question. This is useful as sometimes
the patient may not be able to move a limb due to muscle/tendon injury or paralysis.
However, the presence of a full passive range of movement indicates the absence of any
injury to the joint itself. With passive movement, one should also be able to feel for any
crepitus by resting a hand on the joint during movement.
≒ Power: finally the power of muscle groups should be tested and graded as per the
medical research council scale (see page 134). It should be clear as to whether power is
reduced because of true neurological weakness or due to pain.