Keywords

Adverse effects, Aromatherapy, Chemically induced, Complementary therapies, Dimethyl sulfoxide, Hematopoietic stem cell transplantation, Holistic nursing, Methods, Nausea, Therapy, Vomiting

 

Authors

  1. Potter, Pamela DNSc, RN, CNS
  2. Eisenberg, Seth RN, OCN
  3. Cain, Kevin C. PhD
  4. Berry, Donna L. PhD, RN, AOCN, FAAN

Abstract

Background: For over 2 decades, oncology nurses at a regional comprehensive cancer center offered sliced oranges to patients during the reinfusion of autologous hematopoietic progenitor cells (HPCs) to relieve symptoms associated with the preservative dimethyl sulfoxide (DMSO).

 

Objective: This randomized pilot study examined feasibility and efficacy of sliced orange intervention (OI), orange aromatherapy intervention (OAI), or deep breathing (control) to address unpleasant adverse effects during HPC infusion.

 

Methods: Orange intervention sniffed or tasted a quartered orange, OAI sniffed orange aromatherapy, and control took deep breaths. Perceived "symptom intensity" for tickle/cough urge, nausea, retching, and perceived "relief" were measured on 0- to 10-point numerical scales.

 

Results: Sixty of 72 eligible patients consented to participate and were randomized to OI (n = 19), OAI (n = 23), or control (n = 18). Study personnel successfully administered study procedures. Over the course of 2 bags of cells infused, the OI group reported significantly greater relief with the intervention (P = .032). Among participants less than 90 kg, OI group reported significantly lower symptom intensity (P = .012).

 

Conclusions: Results suggest a feasible protocol and potential efficacy of sliced oranges for treating symptoms associated with DMSO-preserved stem cells. Study procedures provide a tested protocol for future studies. Follow-up study is warranted to confirm these findings and evaluate other treatment options.

 

Implications for Practice: Oranges offer a simple, noninvasive intervention for relieving symptoms associated with DMSO preservative during autologous HPC infusion.