2. General principles of joint
examination
Ensure that the joints to be examined are fully exposed
and the patient is resting comfortably.
Provide privacy
Be sensitive to patients feeling and physical comfort
3. Objectives
Apply knowledge of anatomy and physiology of
musculoskeletal system
Differentiate between normal and abnormal
Implement physical assessment
4. When to conduct Assessment
Bone or muscle injury
Medications to treat bone or muscle problem
Past surgeries for muscle or bones
Family history of bones or muscle disorders
Pain
Symptoms limiting your daily activities
Frequent falling
5. Common musculoskeletal disorders
Tendinitis
Carpal tunnel syndrome
Osteoarthritis
Rhematoid arthritis
Fibromalagia
Bone fractures
7. Neurovascular Assessment
Assess for Note and report
• Color Pallor ,cyanosis, redness, or discoloration
• Temperature Unusual coolness or warmth
• Pain Pain that is worse on passive motion pain that no longer
responds to analgesics
• Movement Alteration in movement
• Sensation Alteration in feeling ,tingling or paresthesias
• Pulses Diminished or absent pulses
• Capillary
refill
Nailbed that does not blanch in 3 -5 seconds
8. The routine for joint examination is:
Inspection
Palpation
Movement of joint(s)
9. INSPECTION
Observe any lack of symmetry and
any evidence of trauma or disease.
Look for muscle wasting;
Inspect the joint contour (shape)and observe
any evidence of swelling, deformity or inflammation
Ask client to point to any painful areas including sites or
radiation of pain
11. − Temperature
− Erythema over joints
− Swelling
− Subcutaneous nodule
− Synovial cyst
− Tenderness
− General Hygiene
NAILAND HAIR
SYMMETRY
12. Palpation
Palpate for warmth swelling and tenderness in
the areas of swelling redness and the areas where the
patient reported pain
Hand should be warm to prevent spasm
Both superficial and deep palpation are performed
Usually begins from neck shoulder elbow wrist hand
back hip knees ankles and feet
14. The neutral position
The range of most movements
are described with the neutral
position in mind
In the neutral position
the limbs are extended with
the feet dorsiflexed at 90 degrees
and the forearms in mid-pronation
15. Main anatomical movements
Adduction -movement of the part
distal to the joint towards the midline
Abduction -movement away
from the midline
16. Main anatomical movements
Flexion - bending of joint
away from neutral position
Extension - movement to straighten
a joint towards the neutral position
Hyperextension - occurs when
the joint can be extended beyond
the neutral position
17. Main anatomical movements
Pronation - rotation of the
forearm so that the palm
faces backwards
Supination - rotation of the
forearm so that the palm
faces forwards
25. Examination of the spine
Ask patient to undressndown to their underwear
Inspect from the front,sides and behind ideally with patient sitting
and standing for:
• Pigmentations, abnormal hair growth or unusual skin creases
• Alignment of the neck and shoulder symmetry
• Kyphosis (thoracic spine curves giving a round shouldered or
hunched appearance)
• Lordosis (lumber spine curves pushing abdomen out, seen in
late stages of pregnancy)
• Scoliosis (thoracic and or lumbar spine curve laterally forming
a S or C shaped)
32. Shoulder movements
Adduction -movement of the
distal part of the joint towards
the midline
Abduction –movement
away from the midline
33. Shoulder movements
Internal rotation -involves
moving the flexed forearm
across the front of the body.
The movement is limited by the
chest wall
External rotation - the flexed
forearm is moved outwards
34. Elbow
Inspection :
Olecranon process for any tenderness or swelling
Displacemnt of olecranon process
ROM:
Flexion
Extension
Pronation
Supination
Muscle strenghth
35. Wrist and hands
Inspection
No redness or swelling
No wrinkles
Palpation
Palpate metacarpophalangeal joints
Palpate interphallangeal joints
36. Interphalangeal joints
Palpate the interphalangeal
joints individually between
finger and thumb
DIP = distal interphalangeal
joint
PIP = proximal
interphalangeal joint
37. Metacarpo-phalangeal joints
Use a similar technique
to palpate metacarpo-phalangeal
joints
With patient palms facing
down, support palms with fingers
place thumbs on dorsal
metacarpo-phalangeal surface
and gently palpate
38. Finger movements
Ask the patient to make a fist
(flexion of distal and proximal
interphalangeal and metocarpophalangeal joints)
Then ask the patient to open their hand
(extension of interphalangeal and
metocarpophalangeal joints)
Abduction, ask the patient to spread
their fingers apart.
Adduction: ask them to put them back together.
39. Thumb flexion and extension
Movement of flexion occurs
across the palm
Extension takes the thumb
away from the lateral aspect
of the palm
Occurs at the MCP joint
(Metacarpo-phalangeal joint)
40. Thumb abduction and adduction
Abduction occurs at 90° to the palm
Adduction returns the thumb
to the palm
Occurs at CMC jointcarpo-metacarpal
joint
41. Thumb opposition
The thumb is used to
touch the base of the little
finger
This movement is important
for fine manipulative skills
42. PHALEN’S TEST
Phalen's Test is also known a Wrist
Flexion Test and is an
orthopedic special test used to help
diagnose injury to the median nerve
in the wrist especially as it relates to
the carpal tunnel
TINELS SIGN
A way to detect irritated nerves.
It is performed by lightly tapping
(percussing) over the nerve
to elicit a sensation of tingling
or "pins and needles" in the
distribution of the nerve
43. Movements of the spine
Flexion
Extension
Lateral Flexion right and left
Lateral Rotation right and left
45. Cervical spine movements
Lateral flexion - ask the patient
to touch their ears to their shoulders,
without raising the shoulders.
Normal approx. 45 degrees
46. Cervical spine movements
Flexion -ask the patient to touch
their chin to their chest –normal
about 45 degrees
Extension -ask the patient
to look upwards and back -normal
about 45 degrees
47. Cervical spine movements
Rotation - ask the patient
to look back over each shoulder
in turn - normal approx. 70 degrees
49. Movement of the Hip Joint
*Flexion * Abduction
*Extension *Adduction
*Internal and external rotation
50. Hip movements -flexion and extension
Flexion-with the patient
lying supine and the knee flexed
passively flex the hip joint -normal
approx. 115 degrees
Extension-with the patient
lying prone, support the knee and
with a hand on the buttock passively
extend the joint (normal approx. 30 degrees)
51. Hip movements -abduction and
adduction
Abduction -normal approx. 45 degrees
Adduction -judged by carrying
limb immediately in front of
other -normal approx. 30 degrees
52. The person flexes the knee and hip
The knee is held in one hand
and the foot in the other
External rotation is achieved
by passively moving the foot
medially (normal approx. 45 degrees)
Internal rotation is tested
by moving the foot laterally
(normal approx. 45 degrees
Hip movements -rotation
54. Inspection and palpation of the knee
Inspect, comparing knees with patient supine
Swellings may be detected by a loss of the medial and or lateral
dimples suggestive of an effusion
Palpate for:
presence / absence of patella and its mobility
collateral ligaments
the joint line for tenderness
55. Movements of knee
Flexion
Extension
Hyperextension
Lateral and medial collateral ligaments
Anterior and posterior cruciate ligaments
56. Knee movements
Flexion:The knee is flexed
with one hand resting on
the patella -normal
approx. 135 degrees
Extension:The leg is
straightened to its fullest
extent -normal 5 degrees of
hyperextension
57. Movement of the ankle and foot
Ankle
• Dorsiflexion
• flexion
• Inversion
• Eversion
Toes
• Extension
• Flexion
• Abduction and adduction
58. Dorsiflexion and plantar flexion
Ask the person to bend
their foot down into plantar
flexion -normal approx. 50 degrees
Ask the person to bend
the foot upwards into
dorsiflexion –normal
approx. 20 degrees
59. Eversion and Inversion
Isolate the heel by holding
it firmly
Attempt inversion and
eversion by twisting the
mid-foot medially and laterally.
60. Muscle Strength scale
0 No detection of muscular contraction
1 A barely detectable flicker or trace of contraction
with observation or palpation
2 Active movement of body part with elimination of
gravity.
3 Active movement against gravity only and not
against resistance
4 Active movement against gravity & some
resistance
5 Active movement against full resistance without
evident fatigue (Normal muscle strength)
61. Common assessment abnormality
FINDINGS DESCRIPTION
• Ankylosis Abnormal stiffening and immobility of a joint
due to fusion of the bones
• Atrophy Gradually decline in effectiveness or vigour
due to underuse or neglect
• Contracture A condition of shortening and hardening of
muscles, tendons, or other tissue, often
leading to deformity and rigidity of joints.
• Pen planus Technical term for flatfoot.
• Crepitation A crackling sound or grating sensation as a
result of friction between bones
62. Common assessment abnormality
FINDINGS DESCRIPTION
• Effusion Escape of fluid into body part possibly with
swelling and pain
• Hypertrophy The enlargement of an organ or tissue from
the increase in size of its cells
• Kyphosis Excessive outward curvature of the spine,
causing hunching of the back.
• Lordosis Excessive inward curvature of the spine
• Scoliosis Abnormal lateral curvature of the spine.
63. Common assessment abnormality
FINDINGS DESCRIPTION
• Archiles
tendon
Achilles tendinitis is a common condition that causes
pain along the back of the leg near the heel.
• Dislocation Bone is displaced from its normal joint
• Ganglion
cyst
Fluid filled bump or mass over over a tendon sheath or
joint usually on dorsal surface of foot or wrist
• Lateral
epidondylytis
(tennis elbow)
Dull ache along outer aspect of elbow .Worsens with
twisting and grasping motions
• Myalgia General muscle tenderness and pain
64. Common assessment abnormality
FINDINGS DESCRIPTION
• Paresthesia Numbness or tingling sensation
• Plantar
fascitis
Burning sharp pain on the sole of foot
• Subluxation Partial dislocation of joint
• torticollis Neck is twisted in unusual position to one
side
• Valgum
deformity
(knock- knees)
When knees are together and there is more
than 1 inch (2.5cm)b/w medial malleoli
• Varum
deformity
(Bowlegs)
When knees are apart and the medial
malleoli are together space of more than
one inch (2.5cm)exists