Soft Tissue Injury Treatment: Clinical Protocols for the Spine, Extremities, and TMJ
Tracking # 20-1391410
$228.00
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Explain how soft tissue injuries produce referred pain patterns and biomechanical dysfunction across functionally related regions. Describe the structural and functional roles of fascia and connective tissue, including collagen types and their distribution. Apply Cyriax palpation principles to differentiate healthy from injured soft tissue during passive testing. Interpret active isometric muscle testing results to identify contractile tissue lesions and neurological deficits. Differentiate injury patterns in fascia, connective tissue, muscles, tendons, ligaments, and joint capsules. Analyze soft tissue changes and stress-adaptation patterns associated with somatic dysfunction and pain. Describe the inflammation, repair, remodeling, and maturation phases of soft tissue healing. Explain the remodeling and revascularization phases of muscle healing and their role in scar formation. Evaluate the use of MRI, diagnostic ultrasound, and trigger point ultrasound in identifying soft tissue injuries. Apply appropriate ice and heat protocols to manage acute and chronic soft tissue injuries. Describe Hanna's Somatic Technique and identify the reflex patterns leading to sensory-motor amnesia. Demonstrate cross-fiber friction massage and post-isometric relaxation techniques for scar tissue reduction. Compare electrical muscle stimulation modalities and their clinical indications for soft tissue treatment. Differentiate massage techniques including effleurage, petrissage, myofascial release, and Active Release. Apply the Cumulative Injury Cycle model when selecting Active Release, Neuromuscular Therapy, or cold laser interventions.
Subject areas
This course counts toward the state boards and subject areas below.
Georgia Board of Chiropractic Examiners
Chiropractor
New Hampshire Board of Chiropractic Examiners
Chiropractor
North Carolina Board of Chiropractic Examiners
Doctor of Chiropractic
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Describe exercise rehabilitation, mobilization, and manipulation strategies for restoring injured soft tissue function.
Identify soft tissue treatment protocols for acute and chronic injuries of the foot and ankle.
Analyze the dynamic weight-bearing and gait phases affecting foot and ankle soft tissue mechanics.
Recognize pathological foot conditions such as pes planus, pes cavus, and capsular lesions and their soft tissue implications.
Apply Applied Kinesiology neurolymphatic points and mortise joint manipulation techniques for foot and ankle dysfunction.
Demonstrate Strain/Counterstrain techniques for treating fixations of the foot and ankle joints.
Describe biomechanical factors and soft tissue conditions contributing to knee dysfunction and shin splints.
Apply postisometric relaxation, friction massage, and postfacilitation stretch for knee muscle and tendon disorders.
Explain how hip joint biomechanics and coupled muscle actions influence pelvic stability and injury patterns.
Identify hip flexor muscles and apply appropriate treatment protocols for iliopsoas and related strains.
Demonstrate friction massage, Strain/Counterstrain, and postfacilitation stretch for the tensor fascia lata and gluteus maximus.
Apply treatment techniques for hip adductors and lateral rotators including postisometric relaxation and trigger point ultrasound.
Demonstrate correct standing posture using foot positioning, quadriceps engagement, and pelvic-spinal alignment principles.
Analyze normal and abnormal gait phases to identify muscle weakness and biomechanical dysfunction of the lower extremity.
Describe sacroiliac joint biomechanics, including nutation and counternutation, and their impact on lumbopelvic function.
Apply anterior L5 and posterior L3 correction techniques for lumbar intersegmental dysfunction.
Demonstrate Strain/Counterstrain techniques for posterior and anterior lumbar tender points.
Apply Cyriax rotational and extension manipulation strains for treating lumbar spine dysfunction.
Identify ligamentous injuries of the lumbopelvic spine and select appropriate treatment modalities.
Demonstrate stretching and postfacilitation techniques for the erector spinae and posterior back muscles.
Explain postural and gait effects on pelvic tilt, sacroiliac motion, and lumbopelvic muscular function.