Managing Pain from Pressure on Skin in ICU Burn Patients

Environmental and Positioning Interventions

The British Journal of Dermatology recommends placing patients on a pressure-relieving mattress immediately to minimize pressure-related pain and prevent further skin damage 1, 3
Maintaining ambient room temperature between 25°C and 28°C reduces metabolic stress and improves comfort, as suggested by the British Journal of Dermatology 1, 3
Controlling humidity in the patient's room supports skin barrier function, according to the British Journal of Dermatology 1
Practicing anti-shear handling techniques when moving or repositioning the patient is crucial, as burn skin is extremely fragile and prone to detachment at pressure points, as noted by the British Journal of Dermatology 1

Applying frequent bland emollient (50% white soft paraffin with 50% liquid paraffin) over the entire epidermis supports barrier function and reduces transcutaneous water loss, as recommended by the British Journal of Dermatology 4, 3
Using non-adherent dressings (such as Mepitel™ or Telfa™) on denuded areas prevents adherence and minimizes pain during dressing changes, according to the British Journal of Dermatology 4, 3
Applying secondary foam or burn dressings collects exudate and provides cushioning, as suggested by the British Journal of Dermatology 4, 3
Leaving detached epidermis in situ when possible acts as a biological dressing, as noted by the British Journal of Dermatology 4, 3

Administering titrated IV short-acting opioids (fentanyl preferred) is the mainstay of burn pain management due to hypermetabolism and tolerance in burn patients, as recommended by Praxis Medical Insights 2
Combining IV ketamine with short-acting opioids reduces morphine consumption while maintaining spontaneous breathing, according to Praxis Medical Insights 2
Titration of all analgesic medications should be based on validated pain assessment scales (CPOT for non-communicative patients, NRS for communicative patients) to prevent under- and overdosing, as suggested by Praxis Medical Insights 2

Applying cooling to limited burned surfaces improves pain control and limits burn deepening, but monitoring for hypothermia is necessary, as recommended by Praxis Medical Insights 2, 6
Covering burns with fatty substances (petrolatum-based products) improves pain control, according to Praxis Medical Insights 2

Performing routine pain evaluation using validated scales (CPOT for mechanically ventilated/non-communicative patients, NRS for communicative patients) is essential, as suggested by Critical Care Medicine 7, 8
Monitoring for signs of inadequate pain control, such as tachycardia, hypertension, agitation, or behavioral indicators, is crucial, according to Critical Care Medicine 7, 8
Assessing for complications of unrelieved pain, including increased catecholamines causing vasoconstriction, hypermetabolism, hyperglycemia, and muscle breakdown, is necessary, as noted by Critical Care Medicine 7, 8

Never using IM or subcutaneous opioid administration in acute burn patients is recommended due to unpredictable absorption from capillary leakage and hypovolemia, as suggested by Praxis Medical Insights 2
Not underestimating pain in non-communicative patients and using behavioral pain assessment tools is essential, according to Critical Care Medicine 7, 8
Avoiding inadequate dosing of opioids due to fear of respiratory depression is crucial, as burn patients often require significantly higher doses than typical postoperative patients, as recommended by Praxis Medical Insights 2