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Anatomy of shoulder joint
Anatomy of shoulder joint
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hip joint.ppt

  1. 1. HIP JOINT
  2. 2. It is the joint of lower limb Type:  Synovial  Polyaxial  Ball and socket
  3. 3. Stability depends upon:  Depth of acetabulum  Narrowing of the mouth of acetabulum  Tension & strength of the ligaments  Strength of the surrounding muscles  Length and obliquity of neck of femur  Atmospheric pressure  *A wide range of mobility is possible because of long neck of femur.It is narrower than the diameter of head of femur
  4. 4.  Lunate surface of acetabulum  Head of femur
  5. 5.  Fibrous capsule  Synovial membrane  Labrum acetabulare  Ilio femoral ligament  Pubo femoral ligament  Ischio femoral ligament  Transverse acetabular ligament  Ligament of head of femur
  6. 6.  Parts:  Capsule is made of:  Outer longitudinal fibres (the part reflected along neck of femur to form retinacula) – blood vessels of head & neck of femur pass along retinacula.  Inner circular fibres (zona orbicularis)  Features:  Thicker –anteriorly-subjected to maximum tension in standing posture  Thinner – postero inferiorly
  7. 7. Other names:  Ligamentum teres/ Round ligament of head of femur  Rounded- above  Wider -below  Above- pit of fovea  Below –transverse acetabular ligament
  8. 8. Superior :  Reflected head of rectus femoris  Gluteus medius & minimus  Part of gluteus maximus Inferior:  pectineus  Obturator externus  Gracilis  Adductor longus,brevis magnus  hamstrings
  9. 9. Branches of :  obturator artery  Medial & lateral circumflex femoral arteries  Supr.& infr.gluteal arteries  Retinacular arteries supply head & neck of femur
  10. 10.  Femoral nerve through nerve to rectus femoris  Anterior division of obturator nerve  Nerve to quadratus femoris  Superior gluteal nerve
  11. 11.  Flexion  Extension  Abduction  Adduction  Circumduction  Flexion is limited by contact of thigh with antr.abdominal wall  Adduction is limited by contact with opposite limb
  12. 12.  Extension -15 degrees  Abduction -50 degrees  Medial rotation -25 degrees  Lateral rotation-60 degrees
  13. 13. Flexion:  Psoas major  Iliacus,assisted by-  Pectineus,rectus femoris,sartorius adductor longus Extension:  Gluteus maximus & hamstrings assisted by tensor fascia lata Adduction:  Adductor longus,brevis,magnus  Assisted by pectineus ,gracilis Abduction:  Gluteus medius & minimus  Assisted by tensor fascia lata & sartorius Medial rotation: gluteus medius,gluteus minimus Lateral rotation:  Obturator internus,externus,piriformis,  2 gamelli,quadratus femoris
  14. 14.  Hip joint is commonly affected by disease or by injuries
  15. 15.  Congenital or acquired  Congenital – due to non development of upper part of acetabulum  Dislocation is more common posteriorly and less common anteriorly.  In posterior dislocation ,sciatic nerve may be injured
  16. 16.  Flattening of head of femur  X - rays reveal joint space is increased
  17. 17.  Neck-shaft angle is reduced from normal angle  Normal angle is 125 degrees
  18. 18.  Disease of old age  Due to growth of osteophytes at the articular surfaces  Movements are limited and painful
  19. 19.  Nelaton’s line:  Line joining anterior superior iliac spine to ischial tuberosity  It passes through highest part of greater trochanter
  20. 20.  Mainly tuberculosis  In any disease , referred pain is felt in the knee due to common nerve supply
  21. 21.  Below 5 years - congenital dislocation and tuberculosis  5 -10 years -Perthe’s disease  10 –20 years – Coxa vera  above 40 years -Osteoarthritis

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