Subhypnotic Intravenous Ketamine Improves Patient Satisfaction With Burn Wound Care: A Quality Improvement Project.

Despite advancements in pain management for burn injuries, analgesia often fails to meet our patients' needs. We hypothesized that low doses of intravenous (IV) ketamine as an adjunct to our current protocol would be safe, improving both nurse and patient satisfaction with analgesia during hydrotherapy. Burn patients admitted who underwent hydrotherapy from June 1, 2021, to June 30, 2023 were surveyed. Ketamine was administered with the standard opioid-midazolam regimen. Demographics, oral morphine equivalents, midazolam, ketamine doses and time of administration, and adverse events were collected. Patient and nurse satisfaction scores were collected. The ketamine and no-ketamine groups were compared. P < .05 was considered significant. Eighty-five hydrotherapies were surveyed, 47 without ketamine, and 38 with ketamine. Demographics, comorbidities, %TBSA, and hospital length of stay were not different. The median amount of ketamine given was 0.79 mg/kg [0.59-1.06]. Patients who received ketamine were more likely to receive midazolam (100% vs 61.7%; P < .001), and both oral and IV opioids (94.7% vs 68.1%; P = .002) prior to hydrotherapy and less likely to receive rescue opioids or midazolam during hydrotherapy. Two patients in the ketamine group had hypertension (defined as SBP > 180) that did not require treatment. Nurses tended to be more satisfied with patient pain control when ketamine was used (10 [8-10] vs 9 [7-10], P = .072). Patient satisfaction was higher in the ketamine group (10 [8.8-10] vs 9 [7-10], P = .006). Utilizing subhypnotic dose of IV ketamine for hydrotherapy is safe and associated with increased patient satisfaction.

Optimizing burn wound procedural pain control, efficiency, and satisfaction through integrated nurse and physician education.

Herein, we report the results of a quality improvement project (QI). Following a review of the burn unit practices, a nursing-led, physician supported educational intervention regarding optimal timing, dosage, and indication for medications used during hydrotherapy, including midazolam and opioids, was implemented. We hypothesized that such intervention would support improvement in both nurse and patient satisfaction with pain control management. Patients undergoing hydrotherapy were surveyed. Demographics, opioid dose prescribed (oral morphine equivalents), midazolam use, timing of administration, and adverse events were collected. Patient pain scores (1-10) before and after hydrotherapy and patient and nurse satisfaction scores (1-10) after hydrotherapy were collected. The pre- and post-education populations were compared. P < 0.05 was considered significant. Post-education, administration of opioids (59.1% v. 0%, p < 0.001) and midazolam (59.1% vs. 10.4%; p < 0.001) prior to hydrotherapy significantly improved, leading to fewer patients requiring rescue opioids during hydrotherapy (25% vs. 74%, p < 0.001). Hydrotherapy duration significantly decreased post-education (19 [13.3-30] min vs. 32 [18-43] min, p = 0.003). Nurses' ratings of their patient's pain control (9 [7.3-10] vs. 7.5 [6-9], p = 0.004) and ease of procedure (10 [9,10] vs. 9 [7.8-10], p = 0.037) significantly improved. Patients' pain management satisfaction rating did not change, but the number of subjects rating their pain management as excellent tended to increase (36.4% vs. 20%, p = 0.077). Nursing led, physician supported, education can improve medication administration prior to and during hydrotherapy, increasing the ease of the procedure as well as staff satisfaction.