Chronic Pain Management

© 2024 by the authors; CC BY-NC-ND license

pain; analgesic; pharmacogenetic testing; pharmacological therapy; effectiveness; adverse effects; radiculopathy; epidural injection; predictor; corticosteroid; electromyography; hyalurodinase; chronic pain; analgesia; pain perception; sensory illusions; embodied pain; painogenic environment; evolutionary mismatch hypothesis; Cyriax method; transverse frictions; deep friction massage; deep transverse massage; friction massage; pain; analgesics; cytochrome P-450 CYP2D6; chronic pain; codeine; pharmacogenetics; pain management; chronic lower back pain; hierarchical neural network; logistic regression analysis; Cyriax method; transverse frictions; deep friction massage; deep transverse massage; friction massage; chronic pain; chronic musculoskeletal pain; chronic low back pain; psychological variables; sensorimotor variables; pain catastrophizing; fear of movement; attentional preference; linguistic; visual stimuli; chronic pain; empathic accuracy; chronic pain; informal caregiver; spouse; health status; personality; low back pain; motor control impairment; movement control disease; movement test; reliability; validity; cancer; pain management; analgesics; adverse drug effects; polymorphism; mental health; psychological stress; chronic pain; job stress; medical staff; vibration; pain; symptoms; peak torque; parasympathetic activation; range of motion; n/a; acupuncture; pain; systematic review; evidence synthesis; chronic pain; pain management; Achilles; tendon; running; continuous epidural infusion; fentanyl; herpes zoster; ropivacaine; postherpetic neuralgia; neuropathic pain; intervention; diabetes mellitus; neuropathy; pain; pharmacological treatment