Nonpharmacologic Pain Management - NCLEX-RN

Elevation. Elevation utilizes gravity to promote venous return and lymphatic drainage, minimizing fluid accumulation in injured tissues.

Reduce pain and distress while improving function and coping. Nonpharmacologic approaches aim to alleviate discomfort holistically by enhancing patient resilience and daily activities without medications.

Muscle spasm. Heat therapy promotes muscle relaxation and increases blood flow, making it effective for relieving spasms rather than inflammatory conditions.

Acute inflammation. Cold therapy induces vasoconstriction and numbs the area, effectively reducing swelling and pain in acute inflammatory responses.

Assess skin integrity and sensation/circulation to the area. Evaluating skin condition and neurovascular status prevents thermal injuries from impaired sensation or circulation during therapy application.

Neuropathy. Neuropathy impairs sensation, increasing risk of burns or frostbite from temperature therapies due to inability to detect extremes.

Increases blood flow and decreases muscle tension/spasm. Heat induces vasodilation and muscle relaxation, enhancing circulation while alleviating tension and spasms in soft tissues.

Decreases nerve conduction and reduces edema via vasoconstriction. Cold application slows neural signaling and constricts blood vessels, thereby alleviating pain and inflammation in affected areas.

Anticoagulant therapy. Anticoagulants increase bleeding risk, making deep massage contraindicated to avoid hematoma formation or hemorrhage.

Splint the incision with a pillow or folded blanket. Splinting stabilizes the surgical site, minimizing tissue strain and pain during respiratory efforts like coughing.

Slow diaphragmatic breathing. Diaphragmatic breathing activates the parasympathetic system, reducing stress hormones and promoting a calm state for pain relief.

Directed visualization to shift attention and reduce pain perception. Guided imagery employs mental visualization to redirect focus, modulating pain signals through cognitive and emotional pathways.

Shifts attention away from pain, lowering perceived intensity. Distraction techniques engage alternative neural pathways, reducing the brain's processing of nociceptive signals and pain awareness.

Music therapy. Music therapy modulates emotional responses and endorphin release, fostering relaxation and diminishing pain perception.

Offer patient-preferred music and minimize environmental noise. Personalized music selection enhances therapeutic engagement, while noise reduction optimizes the calming auditory environment.

Alignment. Proper alignment maintains biomechanical integrity, preventing strain on joints and tissues during periods of limited mobility.

Reposition and offload pressure with pillows or supports. Repositioning distributes weight evenly, alleviating ischemia and discomfort from prolonged pressure on vulnerable areas.

Counterpressure. Counterpressure applies targeted force to alleviate back strain during contractions by stabilizing muscles and reducing tension.

Electrical stimulation to reduce pain via neuromodulation. TENS delivers low-voltage currents to nerves, gating pain signals and promoting endogenous analgesia through stimulation.

Over broken skin. Broken skin risks infection or electrical burns, making it unsafe for electrode application in TENS therapy.

Pacemaker (or implanted defibrillator) without provider approval. Pacemakers may interfere with TENS electrical signals, requiring clearance to avoid cardiac rhythm disruptions.

Reassess pain score and functional ability after the intervention. Reassessment measures intervention impact on pain levels and mobility, guiding adjustments for optimal management.

Counting breaths. Counting breaths engages cognitive focus, diverting attention from pain stimuli to neutral or positive mental activities.