Hip and Thigh
Hips
Anatomy
Bones
Femur
Pelvis
Anterior Superior Iliac spine (ASIS)
Anterior Inferior Iliac Spine (AIIS)
Iliac crest
Ischium
Pubis
Ramus
Symphysis
Articulation
Head of femur with acetabulum
Lateral of pelvis
Depth of is allows it to encompass almost the entire head
Deepened by the peripheral labrum
Ball an Socket joint
Synovial joint
Capsule
Labrum
Ring of touch cartilage around the acetabulum
It distributes force and holds on to the head of the femur
Cushions joint
Foveal artery
Runs inside the ligament to the femoral head
Helps avoid avascular necroses,
Avascular necrosis
When the bone is not properly supplied with blood, that part will die and healing won't take place
Femoral head can loses its rounded shape and won't rotate smoothly within the acetabulum, it can lead to a form of arthritis
Movement
Circumduction
Flexion or extension
120 degrees
Adduction and abduction
50 degrees of abduction
Internal and external rotation
45 external
35 internal
Capsule, Ligament
Iliofemoral
anterior
Ischiofemoral
posterior
Pubofemoral
Anterior
Bursae
Iliopsoas
Between the iliopsoas muscle and anterior joint capsule
Trochanteric
Between the greater trochanter of femur and gluteus maximus muscle
Injuries
Sprain and Strains
Hx
Violent torsion or extension
Hip flexion against resistance
Iliopsoas strain
Ssx
Deep pain, worse with movement
Pain with AROM, no pain with Passive
Tx
Rest, NSAID, physiotherapy
Subluxation vs snapping hip
Sublux is seen in extreme ROM sports
Femoral heads comes out of acetabulum and pops back in
Snapping hip
Tendon slides over the trochanter
Iliotibial slides over the greater trochanter
Iliopsoas slides over lesser trochanter
Gymnastics, dancing martial arts
Narrow pelvis, abnormal increase in abduction ROM, lack of ROM in internal and external ROM
Cause by acetabulum labral tears and sublux of the joint itself
Relatively harmless
Often chronic
Could lead to osteoarthritis
Tx for sublux
Rest, ice, NSAIDs, stretching , change activities
Hip Dysplasia
Femur head id deformed and has a shallow hip socket
Allows for the hip joint to become partially or completely dislocation
Can be curable in childhood
Laeds to arthritis later in life
Bursitis
Hx
Overuse or direct blow
Ssx
Tenderness, pain on movement
Tx
POLICE
NSAID
Rest
Physio
Labral Tear
Hx
Shearing
Excessive forces at hip joint
Internal rotation
Hip labrum pulls away from acetabulum
3 main causes
Trauma, motor vehicle accidents
Hip abnormalities
Hip dysplasia, FAI
Repetitive movements, most common
Twisting, hockey/golf
Extreme end range, ballet and gymnastics
Repetitive joint loading, marathoners
Ssx
Deep groin/buttock pain
Pain/stiffness moving hip in certain directions
Feeling clicking/locking when moving hip joint
Tx
Conservative
Rest, NSAIDS, injections, physiotherapy
Surgical
Arthroscopic labral debridement
Arthroscopic labral repair
Arthroscopic labral replacement
Labral tear predisposes athlete to articular cartilage degeneration or osteoarthritis
Fracture/Dislocation
Hx
Severe Trauma (MVA) or elderly person (Neck of femur)
Ssx
Extreme pain, markedly reduced ROM deformity, it may not be present
Tx
Recognize, stabilize and transport
NPO cause surgery
Avascular necrosis can be a complication
Fracture can damage blood vessels and reduce blood flow to bones
Thigh
Bones
Femur
Head
Neck
Greater and lesser trochanters
Shaft
Condyles
Artery
Femoral
Turns to popliteal
Nerves
Femoral
L2 to L4 nerve root
Sciatic
L4 to S3 Nerve root
Muscles
Anterior
Quadriceps femoris
Posterior
Hamstring
Hip Flexors
Iliopsoas
iliacus
Rectus femoris
Hip Extensors
Gluteus maximus
hamstrings
Hip Adductors
Adductors
Magnus
Longus
Brevis
Gracilis
Pectineus
Hip Abductors
Gluteus medium, minimums, maximus
Tensor fascia latae and others
Hip External Rotators
Piriformis
Obturator externus and internus
Superior and inferior gemellus
Quadratus femoris
Hip Internal Rotatos
TFL, tensor fascia latae
Gluteus Medius
Adductors
pectineus
Piriformis
Sciatic nerve is under
If it is tight it can pinch the sciatic nerve
Iliotibial Band
A lateral thickening of the fascia latae
Cord of connective tissue
Source of pain is from the richly innervated and vascularized layer of fat and connective tissue between the IT band and lateral epicondyle
Thigh Compartments
Anterior Compartment
Quad Muscle group
Primarily knee extensors
Rectus femoris
Vastus lateralis
Vastus intermedius
Vastus medialis
Posterior Compartment
Hamstring muscle group
Primarily knee flexors
Biceps femoris
Most lateral
Semitendinosus
Middle of hamstring group
Semimembranosus
Most medial
Medial Compartment
Adductor muscle groups
Adductor magnus, longus, brevis
Pectineus
Gracilis
Contusion
Hx
Direct blow
Ssx
Pain and bruising
Tenderness/firm on palpation
Localized swelling
Decreased ROM
Limp
Tx
POLICE
NO HEAT NO MASSAGE over the contusion
Padding
ROM exercise and physio
Myositis Ossification
Several contusions or mishandling or severe contusion
ROM not returning after contusion
Thigh firm on palpation weeks to months later
Send of imaging
Bone is being laid down within the injured muscle
Can be causes heating and massaging over the contusion
Strain
Hx
Resisting a force, torsion, hyperextension, abduction
Predisposed by decreased strength or flexibility, previous strains
Ssx
1st degree
Pain (worse with resistance and AROM)
Tenderness
No limp, snap or pop
2nd degree
Pain and tenderness, bruising
Snap or pop felt/heard
Limp
3rd degree (rupture)
Pain and tenderness, bruising
Snap or pop felt/heard
Limp
Gap in the muscle
Tx
1st degree
POLICE
ROM exercise, tape
2nd degree
POLICE
Rest for 2-6 weeks
ROM exercise, tape
Physio and rheab
3rd degree
NPO, stabilize
Transport to hospital for surgery
Rest, physio, rehab
Hamstring Strains
Cause
Inflexibility
Improper warm-up
Temperature
Fatigue
Violent contraction
Tx
POLICE, rest, stretching delayed, strengthening eccentric, gradual return to activities, hamstring tensor wrap and core shorts
Iliotibial Band Friction Syndrome
Clinical features
Subjective; ache on lateral aspect of the knee
Worse with cycling downhill running
Objective
Tenderness on palpation over lateral femoral epicondyle
Positive Ober's test
With or without burning sensation
Tightness of gluteus max and TFL
Over developed vastus lateralis
Overprotection can increase tibial rotation
Increase in femoral rotation/genu valgum
Treatment
Pathology is distal but need to treat proximal
Exercise therapy similar to patellafemoral pain syndrome
Strengthen hip abductors
Release glute max/TFL/ Vastus lateralis
Soft tissue release, massage, foam rolling, stretching
Dry needle
Fracture
Femoral fracture
Major trauma
Ssx
Severe pain, inability to weight bear
Tx
Stabilize NPO, get to hospital ASAP
Surgery with internal fixation with rod and plate
Rehab: gradual progression of ROM and strengthening/progressively weight bearing over 4-6 months
Review Pelvis and Genitalia anatomy in text
Scrotal contusion
Direct blow or trauma to the scrotum
Pain subsides over 5 minutes
Tx: hip flexion and gentle breathing
Traumatic hydrocoele
Delayed complications of contusion (days, weeks, months)
Appearance of cluster or swollen veins
Tx: surgical if warranted
Torsion of Spermatic Cord
Pain increase over time
Nausea, vomiting
Shock, rapid HR and RR; clammy skin
Swelling and extreme tenderness
Surgical emergency
NP and transport ASAP
Hip Pointer
Contusion of iliac crest
Ssx
Pain, tenderness, bruising
Localized swelling, limp
Difficulty with flexing thigh or rotating trunk
Tx
ICE, rest padding, physio
Coccygeal
Direct blow (fall, kick)
Ssx
Pain, bruising, tenderness
Tx
Hospital for X-ray
NSAID, warm baths
May need surgery
How the muscles that cross the pelvis (ie lats and glute max, external obliques and adductors) work together to squeeze and hold the pelvis stable is an example of: force closure