Cervical Spine Mastery Anatomy, Examination, Pathology, and Soft Tissue Treatment

Course overview

Identify the bony anatomy of the cervical vertebrae including the unique features of the atlas, axis, and C3 to C7 segments. Describe the origins, insertions, and groupings of the anterior and suboccipital cervical musculature. Explain the course of the carotid and vertebral arteries and the supportive role of cervical fascia. Analyze the biomechanics of the cervical intervertebral discs, lateral masses, and uncovertebral joints during spinal motion. Describe the actions of the rectus capitus, intertransverse, scalene, and accessory hyoid muscles in cervical motion. Explain how carotid and vertebral artery occlusions and fascial restrictions relate to history-taking and examination levels of the cervical spine. Demonstrate proper bony and motion palpation techniques for the anterior and posterior cervical structures. Apply cervical compression and distraction tests to evaluate nerve root involvement during passive examination. Differentiate upper and lower motor neuron findings using pathological reflex tests of the upper and lower extremities. Demonstrate active range of motion, functional, and muscle strength testing of the cervical spine. Identify the indications and standard plain film views used to image the cervical spine. Compare the diagnostic utility of MRI, bone scan, and EMG in evaluating cervical spine pathology. Recognize radiographic features of osteochondrosis, stenosis, infection, malignancy, and cervical fractures. Identify radiographic presentations of Paget's disease and common congenital vertebral defects. Differentiate diffuse idiopathic skeletal hyperostosis, chronic spinal fibrositis, subluxation, and cervical dislocation patterns. Describe the grading and clinical consequences of ligament sprains affecting the upper cervical spine. Recognize the clinical findings associated with spinal cord and cervical nerve root injuries at each vertebral level. Analyze the phases and tissue injuries produced by rear-end acceleration/deceleration impacts on the cervical spine. Apply appropriate conservative treatment principles for osteoporosis, fractures, and related osseous conditions of the cervical spine. Evaluate treatment strategies for cervical subluxation and intervertebral disc disease using manual and modality-based interventions. Apply Strain Counterstrain points and modalities to treat acute and chronic suboccipital muscle injuries. Demonstrate treatment techniques for the long extensors and sternocleidomastoid in acute and chronic cervical conditions. Describe conservative rehabilitation approaches for patients with spinal cord, nerve root, and peripheral nerve injuries. Develop a stage-appropriate treatment plan for acceleration/deceleration cervical spine injuries incorporating ergonomics, nutrition, and rehabilitation.