Mechanisms, Communication and the Rational Use of Manual Therapy

Ina moves from Lederman's local, psychological and neurophysiological effects to Bialosky's 2017 model, where a mechanical force triggers systemic responses that reduce pain, shaped by patient, provider and environment. Manual therapy is useful for nociceptive pain, as preparation for exercise, to show whether a structure is involved, when patients prefer it, and as part of a broader plan alongside pain neuroscience education and exercise. It works best when clinicians learn the patient's expectations, treat the person rather than the condition, and choose words carefully, since what clinicians say shapes later behavior. She suggests explaining pain before hands-on treatment, presenting manual therapy as a way to activate pain relief systems, and avoiding threatening language. Pain neuroscience education acts as a primer that helps other treatment work. Following Chad Cook, manual therapy is no silver bullet, and early pain modulation over two to four visits should progress to active treatment, as in Rhon and Deyle's sequencing of mobilization and exercise. She closes with five actions: screen for biopsychosocial factors, communicate patient-centered, educate actively and coach self-management.