3. DEMOGRAPHIC DATA
Name
Age-
Like congenital hip dysplasia in infants and
osteoporotic femoral neck fractures in elderly
Gender-
Like congenital hip dysplasia primarily in girls
and Legg-Calve-Perthes disease in boys
Occupation- affects posture
5. History of Present Illness
if trauma involved- mechanism of injury
did patient land on outside of
hip(e.g.,trochanteric bursitis) or land on or hit
the knee, thus jarring the hip(e.g.,
subluxation, acetabular labrum tear)
Was the patient involved in repetitive loading
activity(e.g. femoral stress fracture) or
osteoporotic (insufficiency injury)
Time and Duration
6. PAST HISTORY
Trauma
Tuberculosis
Surgery around hip
Skin /hematological disorders
Neurological disorders
Connective tissue disorders
Steroid intake
Any other significant medical /surgical
illness
7. PERSONAL HISTORY
Occupation and work tolerance
Diet
Smoking/alcohol/tobacco-
increase the risk of
osteonecrosis
Menopausal history
8. FAMILY HISTORY
TB in close relative
Dysplasia
Metabolic storage
disorders
Inflammatory arthritis
9. PAIN HISTORY
Site
Anterior hip pain : arthritis, hip flexor strain, iliopsoas
bursitis, labral tear
Lateral hip pain : greater trochanteric bursitis, gluteus
medius tear, iliotibial band syndrome (athletes),
meralgia paresthetica (an entrapment syndrome of the
lateral femoral cutaneous nerve syndrome)
Posterior hip pain DDx: hip extensor and external
rotator pathology, degenerative disc disease, spinal
stenosis
REFERED PAIN: to knee. hip pathology can be referred
to the knee
10. Pain cont..
Onset :
Gradual : RA,OA, etc
Sudden onset : fractures ,muscle tear, haematoma,
Any fall ? Fracture, haematoma, muscle tear
Playing sports? Muscle sprain, labral tear, etc
Character
Sharp: muscle strain/tear, fracture
Dull: OA, RA
Achy: OA, RA, AVN
Radiation
Sciatica can run from the hip, down the back of the thigh, into the
foot
Radiates to the groin can imply inguinal hernia, groin strain,etc.
11. Pain cont..
Aggravating or relieving factors :
OA gets worse as they day goes on and is relieved by
rest
Muscle tears/sprains may be exacerbated by
movement
RA is worse after prolonged periods of rest
How does the pain affect their daily life?
How far can they walk?
Difficulty walking up/down stairs?
Are they still able to do their favourite hobbies?
Has their partner noticed their pain limiting them?
Are they taking regular analgesia?
12. Diagnostic Clues in Hip Pain
Type of pain Possible Causes
Dull, deep, aching Arthritis, Paget disease
Sharp, intense, sudden, associated
with weight bearing
Fracture
Tingling that radiates Radiculopathy, spinal stenosis,
meraglia parasthetica
Increased pain while sitting with the
affected leg crossed
Trochanteric bursitis
Pain at sitting, legs not crossed Ischiogluteal bursitis
Pain after standing, walking Hip arthrosis
Pain on attempted weight bearing Occult fracture, severe arthrosis
Unremitting, long duration Paget disease, metastatic
carcinoma, severe
arthrosis(occasionally)
14. OBSERVATION
Redness
Swelling-
• Site
• Onset
• Duration
• Association with pain
• Progression over time
Build of patient
Tropic changes
Deformities
Assistive devices
Muscle wasting
15. Attitude of limb and Diagnosis
CDH – Broadening at trochantric level, widening of
the perineum, assymetry of gluteal folds
Synovitis – mild flexion, abduction, Ext Rotation
,with apparent lengthening
True arthritis – Flex Adduc Int Rota(FADIR) with or
without true shortening
Posterior dislocation – FADIR with apparent and
true shortening.
Anterior dislocation – Flex Abd Ext Rota with
apparent
lengthening
# NOF, Troch # - Ext Rota(morein troch#)
16. Gait
Simplest of all definitions “mode of walking”
Normal gait is rhythmical bipedal biphasic walking in
which the lumbar spine, hip and legs move in unison.
17. Limp
Any abnormality of normal
rhythmic biphasic walking.
Usually noted by kin
Onset
Duration
Association with pain
Progression
Ambulatory status
Stiffness
Deformity
Limb length disparity
Paralytic disability
18. TYPES OF GAIT
Antalgic gait
In painful hip
conditions pt
walks with
reduced stance
phase on the
affected side.
20. Waddling gait:
Body sways from
side to side on a
wide base seen in
B/L DDH,
pregnancy
21. Circumduction gait
In fixed abduction deformity or in hemiparesis
the pt moves his limbs while dragging his
body along with limb in a semi circle.
22. Gluteus maximus gait
In paralysis of gluteus maximus, Pt lurches
backward during stance phase.
23. Short limb gait-
When the affected
limb becomes
short Up and
down movement
of half
of the body.
Pt lurches on the
affected side with
a pelvis drop on
the same side.
24. Quadriceps gait
In quadriceps
weakness body
collapses-hence
the trunk goes for
anterior bending to
shift the vertical
vector anterior to
the knee to balance
25. Toe in and toe out gait
Toe in : Pt walks with both feet turned inwards, seen
in femoral anteversion.
Toe out : Pt walks with both feet turned outward
seen in femoral retroversion.
27. Inspection (side)
Iliac crest/Trochanteric
region
Lumbar
lordosis/Gluteal
bulge /supra or
infratrochanteric
depression & thigh ms
mass
Level of tip of
trochanters.
30. PALPATION
Local temperature
Increased in acute arthritis
Joint tenderness
Anteriorly-2cms below
and lateral to mid- inguinal
point
Posteriorly- junction of
medial 2/3rd and lateral
1/3rd of a line joiningGT &
PSIS
38. APPARENT LENGTH MEASURMENTS
functional length
patient in straight line and
limbs parellel, defromities
not corrected
shows the compensation
that the pt has developed
to conceal any fixed
deformity
here both limbs should be
kept parallel to each other
measured from
xiphisternum or umbilicus
to medial malleolus
39. TRUE LENGTH MEASURMENTS
anatomical length
Pt exposed adequately
Bony points marked with
pencil
Squaring of the pelvis
patient in straighat line and
deformities corrected and the
limbs are kept in identical
position
measured from the ASIS to
medial malleolus
40. MEASUREMENTS
If True Shortening = Apparent Shortening: No compensation
True Shortening >apparent shortening: only part of the
deformity is compensated by tilting the pelvis(fixed abduction
deformity)
True Shortening<apparent shortening: fixed adduction
deformity with no compensation
41. Total length (quick assessment )
Allis or Galeazzi
sign
Hips flexed up to
60, knees at 90
with feet planted
over the bed.
Both the knees
should be at the
same level.
Any disparity in
level indicates limb
length disparity
43. Causes of True shortening
Supra trochanteric
Coxa Vara
Perthes
SCFE
Malunited basal # NOF
Congenital Coxa Vara
Arthritis
Dislocation
Infra trochanteric
Malunion
Fracture femur & tibia
Growth arrest from
polio
Trauma and infective
sequale
44. Qualitative assessment of shortening
Midpoint of 2
perpendicular lines
from ASIS and GT
Ischial tuberosity to
ASIS
45. Qualitative assessment of shortening
Chiene’s lines
The lines joining the two
ASIS and the two GTs are
parallel to each other
Troch tip to
ASIS
46. Musle Girth/Bulk Assessment
Circumferential
measurements
Any muscle wasting
indicates chronic
disease.
Should be in same
position
47. Musle Girth/Bulk Assessment
Distance taken from tibial
tuberosity__ upward
Muscle Bulk
5 inches VMO
7 cms Vastus Lateralis
9 cms More of Quads less of Hams
11 inches More of Hams less of Quads
48. Range of Motion
Done using a goniometer
MOVEMENT ROM
(in degrees)
Flexion 0- 120
Extension 0- 30
Abduction 0- 45
Adduction 0- 30
Internal rotation 0- 45
External rotation 0- 45
54. FUNCTIONAL ASSESSMENT
Functional Tests of Hip
Squatting
Going up and down stairs one at a time
Crossing the legs so that the ankle of one foot rests
on the knee of the opposite leg
Going up and down stairs two or more at a time
Running straight ahead
Running and decelerating
Running and twisting
One-legged hop(time, distance, crossover)
Jumping
58. Tests for hip pathology
PATRICK TEST
HIP SCOUR TEST
CRAIG’S TEST
59. PATRICK TEST
Distinguish between SI
joint and hip joint
pathology.
Also known as
• FABER TEST
• JANSEN’S TEST
• FIGURE OF FOUR
TEST
• BUCKET HANDLE
TEST
60. HIP SCOUR TEST
examiner passively flexes and adducts the subject’s hip and
places the knee in full flexion.
The affected limb is placed in adduction and a compression force
is applied and maintained through the femur through a range of
70-140 degrees of hip flexion. The test is repeated in abduction.
Positive test is a reproduction of the patient's worst pain
Tests for Hip labrum defect, capsulitis, osteochondral defects,
acetabular defects, osteoarthritis, avascular necrosis and femoral
acetabular impingment syndrome.
61. Craig’s test
To measure femoral anteversion
Also called Ryder method for
measuring femoral anteversion
Normal angle- 8-15 deg.
62. Tests for stability of hip
Telescopy Test
Trendelenburg’s Test
Ortolani’s test
Barlow’s Test
63. Telescopy Test
Flex the hip to 90
deg,
one hand with the
thumb on ASIS and
the remaining
fingers over the soft
tissue proximal to
femur
other hand at the
distal femur
push and pull the
femur
64. Trendelenberg Test
Assess the ability of the hip
abductors.
A positive test
demonstrates that the hip
abductors are not
functioning.
Causes:
• Power : Weakness of the
hip abductors e.g.
myopathy, neuropathy
• Lever : # NOF, Troch# etc
• Fulcrum: Arthritis, RA,
dislocation
65. ORTOLANI TEST
First flexion the hips and
knees of a supine infant to
90 degrees, then with the
examiner's index fingers
placing anterior pressure
on the greater trochanters
gently and smoothly
abducting the infant's legs
using the examiner's
thumbs.
A positive sign is a
distinctive 'clunk' which can
be heard and felt as the
femoral head relocates
anteriorly into the
acetabulum
66. BARLOW’S MANOUVRE
The maneuver is easily
performed by
adducting the hip
while applying light
pressure on the knee,
directing the force
Posteriorly.
If the hip is dislocatable -
that is, if the hip can be
popped out of socket
with this maneuver -
the test is considered
positive.
70. TESTS FOR MUSCLE TIGHTNESS
OR CONTRACTURES
OBER’S TEST
ELY’S TEST
THOMAS TEST
RECTUS FEMORIS CONTRACTURE
TEST(KENDALL TEST)
90-90 STRAIGHT LEG RAISING TEST
BENT KNEE STRETCH TEST
TRIPOD SIGN
PIRIFORMIS TEST(FADIR)
PHELP’S TEST
71. OBER’S TEST
Test for ileo-tibial tract contracture.
Patient in side-lying with test side up. The knee may be
extended or flexed to 90 or 30 deg. The hip is maintained in
slight extension. The test leg is abducted, then allowed to
lower toward the table with the pelvis stabilised.
normally the hip adducts and the limb crosses the midline
72. ELY’S TEST
for the contracture of the rectus femoris
prone position with the knees extended
passively flex one knee to be tested
normally knee can be flexed fully
in contracted rectus full flexion of the knee forces the hip
into flexion causing the rise of buttocks
73. THOMAS TEST
patient supine on the
examination table and
holds the uninvolved knee
to his or her chest, while
allowing the involved
extremity to lie flat.
If the iliopsoas muscle is
shortened, or a
contracture is present, the
lower extremity on the
involved side will be
unable to fully extend at
the hip. This constitutes a
positive Thomas test
If leg doesn’t lift off the
table but abducts-J sign-
indicative of tight IT Band.
74. RECTUS FEMORIS CONTRACTURE
TEST(KENDALL TEST)
Pt. supine with knees
bent over edge of
table.
Pt. flexes one knee
onto chest and the
test leg remains bent
over the table edge.
The test knee extend
indicates a positive
test.
75. 90-90 STRAIGHT LEG RAISING TEST
The patient lies supine
with the hips and knees
flexed to 90º and grasps
behind both of his or her
thighs to stabilise the hip
joints, then actively
extends each knee in turn.
Inability to extend the
knee to within 20º of full
knee extension implies
hamstring muscle
tightness.
Popliteal angle-if less than
125 deg
76. BENT KNEE STRETCH TEST
Test for proximal hams.
Patient in supine, hip and knee of the symptomatic
extremity are maximally flexed, and the knee is then
slowly passively extended by the examiner.
Pain in hams at ischial origin indicates positive test.
77. TRIPOD SIGN
For Hams
contracture/tightness
Pt. seated at edge of table
with both knees flexed to
90 deg., examiner then
passively extends one
knee
If hams on that side are
tight, patient extends trunk
to relieve tension
Extension of spine
indicative of positive test.
78. PIRIFORMIS TEST(FADIR)
Pt. in side lying, hip flexed to 45 degree and knee is
flexed to 90 degree
one hand stabilises the pelvis and other hand pushes the
knee to the floor causing the internal rotation
pain locally-piriformis tendinitis
pain radiates down-piriformis syndrome
79. PHELP’S TEST
To detect the contracture of gracilis muscle
Prone position with the knee extended, Passive abduction
to the maximum with the extended knee
Knees are then flexed to relax gracilis, Attempt to further
abduct the hip with knee in flexion
Further abduction is possible in gracilis contracture