Zenda, S., Ishi, S., Kawashima, M., Arahira, S., Tahara, M., Hayashi, R., . . . Ichihashi, T. (2013). A Dermatitis Control Program (DeCoP) for head and neck cancer patients receiving radiotherapy: A prospective phase II study. International Journal of Clinical Oncology, 18, 350–355.
To clarify the benefit of using a dermatitis control program without using corticosteroids
Patients with head and neck cancer undergoing radiotherapy followed a three-step protocol using gentle washing alone (step one), moistened wound environment with Vaseline® or dimethyl isopropyl-azulene (step two), or infection prevention with antibiotics (step three) for dermatitis grades 1, 2, and 3. Patients with grade 1–3 dermatitis all performed gentle washing. Patients with grade 2 dermatitis covered the radiated area with Vaseline gauze or dimethyl isopropyl-azulene, and patients with grade 3 dermatitis warranted antibiotics for infection.
Following the dermatitis control program, grade 2 dermatitis was evident in 63 patients (56%), and grade 3 dermatitis was evident in 11 patients (less than 10%). There was no evidence of grade 4 dermatitis. Median time to onset of grade 2 dermatitis was 43.5 days. Seventy-one patients (63%) used step two or three for dermatitis during RT, and by two weeks after the completion of RT, 21 patients used step two or three. One month after RT completion, two patients were using step two or three for dermatitis. All patients were able to have their planned radiation without dose reduction. The rate of unplanned treatment breaks (10.6%) was low.
The dermatitis control protocol for patients with head and neck cancer undergoing RT described in this study was useful and effective at controlling severe radiodermatitis according to CTCAE version 3.0. Studies using larger numbers of patients and randomization could provide more evidence-based support for the use of a standardized protocol.
A treatment program including gentle cleansing of the radiation field followed by moist, protective barriers (Vaseline gauze or dimethyl isopropyl-azulene), depending on the grade of dermatitis, could offer standardized care and better patient outcomes in terms of lessened skin irritation and fewer unplanned treatment breaks due to compromised skin integrity.