Core Stability: Anatomical Foundations, Myofascial Integration, and Clinical Rehabilitation

Course overview

*Describe the components of the abdominal canister and the role of thoracic spine mobility in trunk stability. *Identify the four myofascial slings and explain how they produce force closure across the sacroiliac joint. *Explain how the zone of apposition and lateral costal expansion contribute to diaphragmatic stability mechanics. *Describe the diaphragm's dual respiratory and postural roles and its influence on GI, venous, and lymphatic function. *Analyze how postural sway and breathing demand are altered in patients with low back pain and COPD. *Differentiate Panjabi's passive, active, and control subsystems and recognize maladaptive bracing strategies. *Compare deep stabilizer and superficial muscle recruitment patterns and identify consequences of delayed firing. *Describe Carolyn Richardson's three spinal corsets and the role of gravity input in postural muscle activation. *Apply anti-gravity training principles and recognize why low-load progression supports deep stabilizer rehabilitation. *Demonstrate length testing techniques for hamstrings, IT band, latissimus dorsi, and related hip and trunk muscles. *Demonstrate breath-coordinated lengthening sequences and progressive lateral system exercises including clamshells and side planks. *Apply palpation of lateral costal expansion and execute the four stages of supine core activation training. *Explain how dynamic MRI findings reveal diaphragm dysfunction in patients with low back pain. *Recognize the hip-gripping postural strategy and describe its impact on hip joint mechanics and function. *Evaluate pelvic floor dysfunction patterns and explain their relationship to stress incontinence and trunk stability. *Describe how postural bracing improves kyphosis, sway, and pain in patients with osteoporotic spinal collapse.