Summary

This document discusses the biomechanical principles of vertebral fractures, focusing on stability, prognosis in middle/posterior column, and neurological deficits. Treatment phases are outlined as part of the physiotherapy process along with details of immobilization and mobilization. The text presents an overview of spine fractures, with specific examples of atlas and axis fractures. Finally, there is a discussion of management procedures for cervical and thoracolumbar spine fractures.

Full Transcript

Topic 8 Vertebral fractures 1 BIOMECHANICAL PRINCIPLES OF VERTEBRAL FRACTURES. . Stability depends MIDDLE/POST column Stable: anterior column. Good pronostic Unstable: middle or posterior column Neurological deficit 2 2 1 SPINE FRACTURES 3 3 SPINE FRACTURES Physiotherapy Treatment object...

Topic 8 Vertebral fractures 1 BIOMECHANICAL PRINCIPLES OF VERTEBRAL FRACTURES. . Stability depends MIDDLE/POST column Stable: anterior column. Good pronostic Unstable: middle or posterior column Neurological deficit 2 2 1 SPINE FRACTURES 3 3 SPINE FRACTURES Physiotherapy Treatment objectives : • Encourage consolidation. • Improve tolerance of immobilization. • Keep the functional capabilities of the regions not immobilized . • Regain mobility and muscle strength in areas immobilized after removal of immobilization. Treatment phases: – 1ª a 8ª weeks. :Inmobilization Xray Control at the end – 8ª a 12ªweeks. Mobilization 4 4 2 Atlas Fracture: • 5% of spine fractures. • Traffic and falls from height. • Types: • Posterior arch: by inflexion. +++ frequent. • Possible neurological deficit. • Consolidation 8-16s. 5 5 RACTURAS VERTEBRALES FRACTURAS CERVICALES. Axis Fracture: • Fracture of the odontoid process: • 10% of cervical spine fractures. • Fracture of the neural arch or "hangman's" fracture. • Frequent cause of disability and death. Fractures C3 - C7: • More frequent in the lower region as it is more mobile. • Cord injuries associated in 25% 6 6 3 CERVICAL SPINE FRACTURES MAXIMAL PROTECTION PHASE • Inmobilizatión : • No Upper Limbs movements above the head. . • Symptomatic treatment of discomfort arising from the immobilization : • Soft MMSS and MMII active mobilizations . • Isometric in abdominals , quadriceps. • Analgesic electrotherapy : is is possible Surgical protocole it´s unusual in neck fractures 7 7 Orthopaedic treatment Halo Device C1-C3 Minerva Device C4-C7 8 4 . CERVICAL SPINE FRACTURES 8ª a 12ª Weeks: MODERATE PROTECTION Active controlated motion PROPICEPTION PATTERNS Active free motion + manual therapy support Postural reeducation 9 9 THORACO LUMBAR SPINE FRACTURES • Originated by high-energy trauma or minor trauma on osteoporotic bone. •D1 –D10 fractures are stable : ribcage •Common injury mechanisms : Compression anterior or lateral flexion. 10 10 5 THORACO LUMBAR SPINE FRACTURES Week 1- 4 • Immobilization: plaster corset , orhesis • In Osteosynthesis. Avoid bending , rotation and any mobilization of the injured area .. • Symptomatic treatment of discomfort arising from the immobilization : Massage therapy in free zones without risk. • MMSS and MMII active mobilizations .and isometric 11 11 THORACO LUMBAR SPINE FRACTURES Week 4ª - 8ª : • Immobilization: progressively removed. • Avoid bending , rotation and passive mobilization • Working isotonic in upper and lower limbs. • Symptomatic treatment of discomfort arising from immobilization.: massage.. etc 12 12 6 THORACO LUMBAR SPINE FRACTURES Week 8ª -12ª :. • Caution before ligamentous instability. • Initiating active movements of flexion, rotation • .Prone to 12 weeks. active - resisted extension work . • Postural changes and complete and independent charge. • Proprioception. 13 13 7

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