Mechanisms And Management Of: Pain For The Physi...

This is the most common form, arising from actual or threatened damage to non-neural tissue. It is usually well-localized and follows a predictable pattern related to mechanical loading or inflammatory triggers (e.g., an acute ankle sprain or osteoarthritis).

Educating patients on why they hurt. By explaining that pain is a "protective alarm" rather than a "damage meter," therapists can reduce fear and empower patients to move. Mechanisms and Management of Pain for the Physi...

Manual therapy, dry needling, or TENS can be used as "window-openers." They provide temporary analgesia that allows the patient to engage in active movement, but they should rarely be the sole focus of treatment. This is the most common form, arising from

Exercise is the gold standard for pain management. Through "graded exposure," therapists help patients gradually return to feared activities, desensitizing the nervous system and strengthening tissues. By explaining that pain is a "protective alarm"

This results from a lesion or disease of the somatosensory nervous system. Patients often describe "electric," "burning," or "shooting" sensations, frequently accompanied by sensory loss or hypersensitivity (e.g., sciatica or carpal tunnel syndrome).

For the physiotherapist, managing pain requires a blend of technical skill and deep empathy. By identifying the specific mechanism of pain and addressing the broader biopsychosocial context, clinicians can move patients away from a cycle of chronic disability and toward a path of resilient, long-term recovery.

Modern physiotherapy has shifted from the traditional biomedical model—which assumes a direct correlation between tissue damage and pain intensity—to the . This framework recognizes that a patient’s experience is influenced by: