Spinal biomechanics
Spinal biomechanics is the study of how the spine's bony and soft components work together to maintain stability, and how this stability is affected by injury, disease, and other factors:
Focus on alignment and movement:
The primary goal is to identify spinal misalignment or restricted movement areas and apply targeted interventions to correct them. It is crucial to understand that the spine is
one unit. Issues that affect the neck also impact the lower back and vice versa.
Assessment is crucial:
A thorough evaluation of the spine's biomechanics, including range of motion, muscle imbalances, and joint restrictions, is necessary to develop a personalized treatment
plan. The most essential is a complete digitization study of the entire spine.
Chiropractic manipulation:
This is a common treatment modality within spinal biomechanics, where practitioners use controlled, precise adjustments to address spinal altered mechanics.
Exercise therapy:
Specific exercises tailored to the individual's needs can be incorporated to improve muscle strength, flexibility, and proper movement patterns, supporting spinal stability.
Understanding joint mechanics:
Practitioners need to understand how different spinal segments move and interact with each other to apply appropriate adjustments and exercises.