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management of spinal cord injury


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management of spinal cord injury

  1. 1. Management ofspinal cord injury (SCI) BY ADEAGBO, CALEB A.
  2. 2. Case scenario 47 y/o male involved in RTA 4/12 ago. Admitted via A&E in LUTH and transferred to National Hospital for further mgt. Sensation intact on both ULs & LLs. Muscle power 0/5 below the Umbilicus. No bladder / bowel control. Diagnosed of C-spine injury and presenting now with paraplegia LLs and paraparesis ULs4/3/2012 2
  3. 3. Outline Overview  Diagnosis Key terms  Neurological Anatomy assessment and Causes classification Type  Management Pathophysiology  References Clinical syndromes4/3/2012 3
  4. 4. Overview SCI is damage to the spinal cord that results in loss of functions such as mobility or feeling. The fourth leading cause of death in the US. Spinal Cord (SC) is the major bundle of nerves that carry impulses to/from the brain to the rest of the body. Spinal Cord is surrounded by rings of bone- vertebra and function to protect the spinal cord. Most common vertebrae involved are C5, C6, C7, T12, and L1 because they have the greatest ROM 4/3/2012 4
  5. 5. Key terms used in SCI SCI is insult to spinal cord resulting in a change in the normal motor, sensory or autonomic function. This change is either temporary or permanent. Tetraplegia The impairment or loss of motor and/or sensory function in the cervical segments of the spinal cord due to damage of neural elements within the spinal canal. Paraplegia The impairment or loss of motor and/or sensory function in the thoracic, lumbar, or sacral segments of the spinal cord due to damage of neural elements within the spinal canal. 4/3/2012 5
  6. 6. Key terms used in SCI Dermatome The area of skin innervated by one sensory nerve root. Myotome The collection of muscles innervated by one motor nerve root. Neurological Level of Injury The most caudal segment of the spinal cord with normal motor and sensory function on both sides. Skeletal Level The radiographic level of greatest vertebral damage. 4/3/2012 6
  7. 7. Key terms used in SCI Motor level The most caudal key muscle group that is graded 3/5 or greater with the segments cephalad to that level graded normal (5/5) strength. Sensory level The most caudal dermatome to have normal sensation for both pinprick and light touch on both sides. Complete injury The absence of sensory and motor function in the lowest sacral segments. Incomplete injury Preservation of motor or sensory function below the neurologic level of injury that includes the lowest sacral segments. 4/3/2012 7
  8. 8. Key terms used in SCI Sacral sparing Presence of motor function (voluntary external anal sphincter contraction) or sensory function (light touch, pinprick at S4/5 dermatome, or anal sensation on rectal examination) in the lowest sacral segments. Zone of partial preservation All segments below the neurologic level of injury that have preserved motor or sensory findings; used only in complete SCI. 4/3/2012 8
  9. 9. AnatomySpinal cord: foramen magnum  1st/2nd lumbar vertebrae.Gray matter: central (cell bodies)White matter: peripheral (ascending and descending tracts)On the surface : Deep anterior median fissure Shallower posterior median sulcusSpinal cord segment : Section of the cord from which a pair of spinal nerves are given off31 pairs of spinal nerves: 8 cervical, 12 thoracic, 5 lumbar, 5 sacral, 1 coccygeal 4/3/2012 9
  10. 10. Anatomy Dorsal root – sensory fibres Ventral root – motor fibres Dorsal and ventral roots join at intervertebral foramen to form the spinal nerve4/3/2012 10
  11. 11. Longitudinal section of SC4/3/2012 11
  12. 12. Tracts of SC4/3/2012 12
  13. 13. Clinically important ascending tracts and where they decusate4/3/2012 13
  14. 14. Clinically important descending tracts and where they decusate4/3/2012 14
  15. 15. Causes of SCI RTA  Tumors Falls  Infectious Gunshot Injuries conditions Blunt Assault  Spondylosis Diving Accidents  Vertebral Stab Wounds fractures Sport Injuries secondary to Vascular osteoporosis disorders  Development disorders4/3/2012 15
  16. 16. Type of SCI Transient concussion - is due to extreme vibration of the cord and may cause temporary loss of function lasting 24 to 48 hours. No neuropathologic changes are present. Contusion - is a bruising that includes bleeding, subsequent edema, and possible necrosis from the edematous compression. The neurological involvement depends on the severity of contusion and necrosis Laceration Compression of cord substance 4/3/2012 16
  17. 17. Pathophysiology Hemorrhage: Blood flows into the extradural, subdural, or subarachnoid spaces of the spinal cord Injury to spinal cord vasculature causes nerve fibers to swell and disintegrate Blood circulation to the gray matter of the spinal cord is impaired Secondary chain of events: Ischemia, hypoxia, edema, and hemorrhagic lesions These secondary events result in destruction of myelin and axons. 4/3/2012 17
  18. 18. Pathophysiology These secondary reactions, are believed to be the principal causes of spinal cord degeneration . The damage may be reversible within the first 4 to 6 hours after the injury. The consequence of spinal cord injury depends on  The type of SCI injury  The neurologic level (lowest level at which sensory and motor functions are normal) 4/3/2012 18
  19. 19. Clinical Syndromes Central Cord Syndrome: Cervical injury with sacral sparing and greater weakness in the arms than the legs. Brown-Sequard Syndrome: An injury that causes greater ipsilateral weakness and proprioceptive loss and contralateral pain and temperature loss. Anterior Cord Syndrome: Injury to the spinal cord causing loss of pain and temperature sensation with preserved proprioception. Posterior Cord Syndrome: Injury to the spinal cord causing loss of proprioception with preserved pain and temperature sensation. Conus Medullaris Syndrome: Injury of the sacral conus and lumbar nerve roots Cauda Equina Syndrome: Injury to the lumbosacral nerve roots within the neural canal.
  20. 20. 4/3/2012 20
  21. 21. Diagnosis X-rays of cervical spine to establish level and extent of vertebral injury CT scan and MRI: changes in vertebrae, spinal cord, tissues around cord Arterial blood gases to establish baseline4/3/2012 21
  22. 22. Neurological assessment and classification The most widely tool for classifying SCI is “the American Spinal Injury Association (ASIA) classification,” this assessment requires manual muscle testing of 10 key muscles bilaterally, sensory testing for light touch and sharp/dull discrimination in all dermatomes, and a rectal exam for sensation and presence of voluntary anal contraction. These tests are used to classify injury levels and ASIA Impairment Scale (AIS) grade 4/3/2012 22
  23. 23. ASIA Sensory TestingSensory Testing: 0 = Absent 1 = Impaired 2 = Normal NT = Not testable
  24. 24. ASIA Dermatones C2-Occipital Protruberance  T6 – Xyphoid C3 –Supraclavicular fossa  T10 – Umbilicus C4 – A.C. Joint  T12 – Inguinal ligament C5 – Lateral antecubital fossa  L2 – Mid thigh C6 – Thumb  L3 – Medial femoral condyle C7 – Middle finger  L4 – Medial Malleolus C8 – Little finger  L5 – 3rd MTP joint T1 – Medial antecubital fossa  S1 – Lateral heel T2 – Apex of the axilla  S2 – Mid popliteal fossa T4 – Nipple line  S3 – Ischial tuberosity  S4-5 – Perianal area
  25. 25. ASIA Motor Testing0 = No movement1 = Trace contraction2 = Full AROM gravity eliminated .3 = Full AROM against gravity4 = Full AROM against gravity with resistance5 = Normal power
  26. 26. ASIA Myotomes C5 – Elbow flexors  L2 – Hip flexors C6 – Wrist extensors  L3 – Knee extensors C7 – Elbow extensors  L4 – Ankle dorsiflexors C8 – Finger flexors  L5 – Long toe extensors T1 – 5th digit abductors  S1 – Ankle plantar flexors
  27. 27. ASIA Impairment Scale A = Complete: No motor or sensory function in the lowest sacral segment. B = Incomplete: Sensory but no motor function is preserved in the lowest sacral segment. C = Incomplete: Less than ½ of the key muscles below the (single) neurological level have a grade 3 or better. D = Incomplete: At least ½ of the key muscles below the (single) neurological level have a grade 3 or better. E = Sensory and motor function are normal.
  28. 28. Management Immediate management at the scene is critical. Improper handling can cause further damage and loss of functioning Always assume there is a spinal cord injury until it is ruled out  Immobilize  Prevent flexion, rotation or extension of neck  Avoid twisting patient 4/3/2012 31
  29. 29. Management Management consists of emergency treatment following an A-B-C-D-E sequence. Airway Breathing Circulation Disability Expose4/3/2012 32
  30. 30. Medical management High dose corticosteroids (Methylprednisolone) - improves the prognosis and decreases disability if initiated within 8 hours of injury. Patient receives a loading dose and then a continuous drip. High dose steroids, Mannitol, Dextran Neurological/orthopedic management includes methods a surgeon may use to treat unstable spinal cord injuries:  Reduction  Fixation  Fusion 4/3/2012 33
  31. 31. Reduction With reduction, the spine is realigned through the application of a skeletal traction devise (such as Gardner-Wells tongs, Minerva vest, Halo traction) or Soft and hard collars.4/3/2012 34
  32. 32. Gardner-Wells tongs4/3/2012 35
  33. 33. Minerva vest and halo-vest4/3/2012 36
  34. 34. Soft and hard collars4/3/2012 37
  35. 35. Fixation and Fusion Fixation involves  Fusion involves stabilizing attaching injured vertebral vertebrae to fractures with uninjured wires, plates, and vertebrae with other types of bone grafts, and hardware. steel rods to help maintain structural integrity.
  36. 36. Physiotherapy Goals Relieve pain Maintain optimal level of wellness Maintain optimal functioning Minimal or no complications of immobility Learn new skills, self care Return to home Integrate back into community
  37. 37. Physiotherapy techniques  Therapeutic exercises: Passive movement, Free active exercises, Auto assisted exercises, Assisted resisted exercises, Resisted exercises  Soft tissue manipulation  Positioning4/3/2012 40
  38. 38. Physiotherapist teaches Mobility Self care Functional activities4/3/2012 41
  39. 39. Mobility bed mobility (i.e. turning from side to side, moving from supine to sitting). sitting balance. wheelchair transfers (i.e. from wheelchair to bed, wheelchair to car, and wheelchair to floor). standing balance. ambulation (wheelchair or walking).4/3/2012 42
  40. 40. Self careAlong with increasing mobility, minimizing the need for assistance in self-care is a major step toward independence for those with SCI. Self-care includes feeding, bathing, dressing, grooming, and toileting. Those with motor-complete injuries at the C-7 level or below can usually achieve independence in all of these activities. 4/3/2012 43
  41. 41. Functional activities Living skills (e.g. meal preparation, shopping, cheque writing, housekeeping, etc) are necessary tasks of everyday life and must be relearned and adapted to a patient’s needs. These skills are often reacquired with the help of occupational therapists.4/3/2012 44
  42. 42. …….THANK YOU