Clinical Examination of Hip
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CLINICAL EXAMINATION OF THE HIP
MAJ VIVEK MATHEW PHILIP
RESIDENT
ORTHOPAEDICS
AFMC
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CLINICAL EXAMINATION OF THE HIPAnatomy
History
Clinical Examination
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ANATOMY.
Ball and socket type of synovial joint.
Connects the pelvic girdle to the lower limb
Made up of femoral head and acetabulum
Designed for stability and wide range of movement
Covered with a thin layer of hyaline cartilage
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Anatomy
The articular surface of is horse-shoe shaped and is deficient inferiorly- acetabular notch
Has a labrum-is a circular layer of cartilage which surrounds the outer part of the acetabulum making the socket deeper and so helping provide more stability
Capsule
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Iliofemoral Ligament
This is a strong ligament which connects the pelvis to the femur
at the front of the joint
It resembles a Y in shape
Stabilises the hip by limiting hyperextension
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Ischiofemoral ligament:This is a ligament which reinforces the posterior aspect of the capsule attaches the ischium to the two trochanters of
the femur.
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Pubofemoral ligamentThe pubofemoral ligament attaches the pubis to the femur
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Transverse acetabular Ligament: Bridges acetabular notch.
Ligament of head of femur: flat and triangular in shape
Lies within joint, ensheathed by synovium
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Muscles
Gluteals:
Gluteus Maximus, Gluteus Minimus and Gluteus Medius
Attach to the Ilium and travel laterally to insert into the greater trochanter of the femur
Medius and Minimus abduct and medially rotate the hip joint, as well as stabilising the pelvis
Gluteus maximus extends and laterally rotates the hip joint
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More Muscles
Quadriceps
The four Quadricep muscles are Vastus lateralis, medialis, intermedius and Rectus femoris
All attach inferiorly to the tibial tuberosity
Rectus femoris originates at the Anterior Inferior Iliac Spine and acts to flex the hip
The 3 other Quad muscles do not cross the hip joint, and attach around the greater trochanter and just below it.
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:
Iliopsoas:
The is the primary hip flexor muscle which consists of 2 parts
Attaches superiorly to the lower part of the spine and the inside of the ilium
Cross the hip joint and insert to the lesser trochanter of the femur
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Muscles:
Hamstrings:
The hamstrings are three muscles which form the back of the thigh
Attach superiorly to the ischial tuberosity
Cause hip extension
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Functional Group of Muscles Acting on the Hip
Flexors: Iliopsoas, sartorius, tensor fascia lata, rectus femorus,
Extensors:- hamstrings, addcutor magnus, gluteus maximus
Adductors: - adductor longus, brevis, and magnus, gracilis, pectineus
Abductors:- gluteus medius, minimus, tensor fascia lata
- gamelli, obturators, piriformis in sittingExternal rotators:
- obturator externus, internus, piriformis, quadratus femoris, gluteus maximus
Internal Rotators:- gluteus medius, minimus, tensor fascia lata.
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Nerves
Femoral (L2,3,4)
Obturator (L2, 3, 4)
Sciatic (L4,5, S1, 2,)
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Blood Supply
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EXAMINATION OF HIP
History
General examination
Gait
Inspection
Palpation
Movements
Measurements
Special tests
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Clinical features of Hip Pathology:
Pain.
Swelling.
Loss of function.
Limp.
Leg length discrepancy.
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PAIN
Most important reported symptom.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
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The Pain Continues... Onset: When did it start? Hours, days, weeks, yearsCharacter
Sharp: muscle strain/tear, fractureDull: OA, RAAchy: OA, RA, AVN
RadiationSciatica can run from the hip, down the back
of the thigh, into the footRadiates to the groin can imply inguinal
hernia, groin strain, etc.
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Pain: What were they doing when the pain came
on?Did they fall?
fractures, muscle tears, haematomas, etcPlaying sports?
Muscle sprain, labral tear, etcProlonged exercise?
OAGradual vs sudden?
RA,OA vs. trauma
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Pain:Do they have any 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
If analgesia works, find out what they take and how often!
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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?
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SWELLINGSite
Onset
Duration
Association with pain
Progression over time
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LIMPUsually noted by kin
Onset
Duration
Association with pain
Progression
Ambulatory status
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PAST HISTORYTrauma
Tuberculosis
Surgery around hip
Skin /hematological disorders
Neurological disorders
Connective tissue disorders
Steroid intake
Any other significant medical /surgical illness
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PERSONAL HISTORYOccupation and work tolerance
Diet
Smoking/alcohol
Sexual history
Menopausal history
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FAMILY HISTORY
TB in close relative
Dysplasia
Metabolic storage disorders
Inflammatory arthritis
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GENERAL EXAMINATION
• Ht/wt/BMI
• Fever
• Vital signs
• Pallor
• External iliac/inguinal lymph nodes
• Stigmata of rheumatoid arthritis/TB
• Chest expansion
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LOCAL EXAMINATION
Inspection
Palpation
Movements
Measurements
Special tests
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GAITSimplest of all
definitions “mode of walking”
Normal gait is rhythmical bipedal biphasic walking in which the lumbar spine, hip and legs move in unison
Limping is the most common abnormality
Can be defined as any abnormality of normal rhythmic biphasic walking
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TYPES OF GAIT
Antalgic gait
in painful hip conditionspt walks with reduced stance phase on the affected side
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Waddling gait
Body sways from side to side on a wide base seen in b/l DDH,pregnancy
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Trendelenberg gait
In double stance forces distributed equally over two hips
In single stance forces increases 6 fold
Patient lurches on the affected siade and pelvis drops on to sound side
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Trendelenburg gait
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Cont’d…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
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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
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Gluteus maximus gait-
In paralysis of gluteus maximus
Pt lurches backward during stance phase
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Quadriceps gaitIn quadriceps
weakness body collapses-hence the trunk goes for anterior bending to shift the vertical vector anterior to the knee to balance
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Toe ingait Pt walks with both
feet turned inwards- seen in femoral
anteversion
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Toe outgait Pt walks with both
feet turned outwards- seen in femoral
retroversion
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ATTITUDE OF THE LIMBStanding : position of the head
level of scapulae and nipples
curvature of the spine
attitude of hip, knee & ankle
position of the ASIS-square or oblique
,
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ATTITUDE OF THE LIMB• Supine: Position
of the upper limbs
• lower limbs parallel/rotated
• Patella facing up/in/out
• exaggerated lumbar lordosis
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INSPECTION FROM BACKScoliosis
Gluteal muscle wasting
PSIS
Back of iliac crest
Scars and sinuses
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LOOK FOR LIMB LENGTH DESCREPANCY
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PALPATION“Confirms the findings
of inspection” Local temperature
Increased in acute arthritis
Joint tendernessAnteriorly-2cms below
and lateral to mid- inguinal point
Posteriorly- junction of medial 2/3rd and lateral 1/3rd of a line joiningGT & PSIS
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Tenderness ASIS GT PSIS pubic
symphysis SI joint ischial
tuberosity
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PALPATION(Contd)Femoral artery
pulsation at midinguinal pont
Palpation of GT: smooth/irregular
proximal migrationDigital Bryant’s Test
: supratrochanteric shortening
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MEASUREMENT OF DEFORMITY
Fixed Flexion Deformity
unilateral -Thomas Test The examiner blocks the
pelvis by bringing the contralateral sound hip into maximal flexion. This eliminates lumbar lordosis that can be used to compensate for the hip flexion contracture of the affected hip. The leg to be examined is then brought into maximal extension with the hip in neutral adduction and rotation.
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Patient in prone position with lower limbs hangigng out from the edge of the table
Patient should be able to kep both thighs extended
Measure the angle between thigh and bed for ffd
BILATERAL FFD
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Fixed Abduction Deformity
It is compensated by scoliosis with convexity towards the affected side & by the pelvis being tilted down causing apparent lengthening of limb
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Fixed adduction deformity
It is compensated by scoliosis with convexity towards the normal side & by the pelvis being tilted up causing apparent shortening of limb
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Fixed external & internal rotation deformity
Always remains revealed Determined by noting the direction of
anterior surface of patella or the toes when the foot is held at right angle to the leg
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Movements Flexion (135
deg):sitting • For ilio psoas
contribution:
Flex knee and move it towards the chest without moving the opposite leg when patient sits with the legs hanging on the edge of the examination couch
•
Active SLRT against resistance(supine)
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Movements
Extension ( 0 to 20 deg)
• For gluteus maximus contribution:
•
Hamstring contribution
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Movements
Abduction ( 0 to 45 deg)
Adduction(0 to 45 deg)
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MovementsExternal rotation
90 deg flexion(45 deg)
full extension(45deg)
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Movements Internal rotation
Internal rotation in 90 deg flexion(45 deg)
Internal Rotation in full extension(45 deg)
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LIMB LENGTH MEASUREMENTS
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MEASUREMENT- Muscle bulk
Muscle wasting
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LIMB LENGTH:APPARENT• functional length
• patient in straight line and limbs parellel, defromities not corrected
• from the fixed midpoint to the medial malleolus
• 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
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TRUE LENGTH •anatomical length •patient in straighat line and deformities corrected and the limbs are kept in identical position
•measured from the ASIS to medial malleolus
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BLOCK METHOD
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MEASUREMENTSIf 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
Every 10 degree of deformity : 01 cm
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APPARENT SHORTENING & LENGTHENING
ADDUCTION :APPARENT SHORTENINGABDUCTION :APPARENT LENGTHENING
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SEGMENT OF TRUE SHORTENING
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SEGMENTAL SHORTENING:SUPRATROCHANTERIC
BRYANT’S TRINGLE NELATON’S LINE
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MEASUREMENTSChiene’s linesThe lines joining the
two ASIS and the two GTs are parallel to each other
Disturbed in supratrochanteric shortening
Shoemaker’s lines
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MEASUREMENTSMorris’ Bistrochanteric Test:• it measues the distance between the GT
and pubic symphysis on both sides
• Reduced in hip dislocations
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Supra trochanteric Coxa Vara Perthes SCFE Malunited basal #
NOF Congenital Coxa
Vara Arthritis Dislocation
Infra trochanteric Malunion Fracture femur &
tibiaGrowth arrest from
polioTrauma and
infective sequale
True shortening
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•
TELESCOPY
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
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VASCULAR SIGN OF NARATH
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TRENDELENBURG TEST
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This test examine the strength of the abductor mechanism of the hip.
Fulcrum: head of femur
Load arm:weight of the body
Power arm: abductors
Lever: neck and trochanters of the femur Normally, in a one legged stance, the pelvis is raised up on the
unsupported side. If the weight bearing hip is unstable, the pelvis drops on the unsupported side, to avoid falling the patient has to throw his or her body towards the loaded side.
•In the classic test, the examiner stands behind the patient. If the patient stands on a healthy hip the gluteal fold on this side drops.
•If the patient stands on a diseased leg the gluteal fold on the opposite side drops (the sound side sags).
1.. Weakness of the hip abductors e.g. poliomyelitis 2.. Shortening of femoral neck e.g. coxa vara. 3. Dislocation or subluxation of the hip
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TESTS FOR DDH BARLOW’S MANOUVRE
The maneuver is easily performed by adducting the hip while applying light pressure on the knee, directing the force posteriorly.[2] If the hip is dislocatable - that is, if the hip can be popped out of socket with this maneuver - the test is considered positive
ORTOLANI TEST It is performed by an examiner
first flexing 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:[2]
hip
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TESTS FOR JOINT CONTRACTURES
FLEXION:THOMAS TEST
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TESTS FOR JOINT CONTRACTURES
OBER’S TEST:
Test for ileo-tibial tract contracture.
In lateral decubitus position knee is flexed to 90 degree hip is abducted to 40 degree and pelvis is stabilised.
limb is gently adducted towards the examining table normally the hip adducts and the limb crosses the midline
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TESTS FOR JOINT CONTRACTURESELY’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
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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
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TEST FOR FEMORAL ANTEVERSION:CRAIG’S TEST
1.Positioned prone 2.Knee flexed 90 deg3.One hand over
trochanter 4.Other hand is rotating
the leg till the trocanter felt prominent
5.Angle subtended between the imaginary vertical to the long axis of the leg
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PIRIFORMIS TEST(FADIR)
Lateral decubitus position
•hip is flexed to 45 degree
•knee is flexed to 90 degree
•one hand stabilises the pelvis
•other hand pushes the knee to the floor causing the internal rotation
•pain locally-piriformis tendinitis
•pain radiates down-piriformis syndrome
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PATRICK’S TEST(FABER) Tend to stress
the ipsilateral s-i joint
•pain is posterior in s-i arthritis
•pain is anterior in hip arthritis
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PELVIC STRESS TESTSLATERAL PELVIC
COMPRESSION TEST
ANTERIOR PELVIC COMPRESSION TEST
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PELVIC STRESS TESTSPUBIC SYMPHYSIS
STRESS TESTSTINCHFIELD TEST
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IMPINGEMENT TEST FLEXION
ADDUCTION
INTERNAL ROTATION
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FULCRUM TESTIt tests for the
stress fractures of the shaft of femur
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NOT TO FORGET
•OTHER LOWER LIMB JOINTS
•SPINE
•PER RECTAL EXAMINATION
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THANK YOU
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