“The conversations with parents and patients I have can be so meaningful,” he said. “Families come at times of uncertainty and stress, and their child is about to undergo a treatment that seems so foreign. And it’s for something they never imagined would happen to their child. I try to make them feel comfortable enough to ask all the questions they might have and try to anticipate those they may not know to ask.”
According to Ermoian, it takes a village to treat children with cancer.
He works closely with fellow radiation oncologists Stephanie Schaub, MD, and Lisa Ni, MD. Additionally, Layne Chapple, ARNP, plays an integral part supporting all three providers as well as the advanced practice providers at the proton therapy facility.
But there are many other relationships that are vital to providing care to patients, including social workers, child life specialists, patient navigators, nurses, radiation therapists, physicists, dosimetrists and others. Creating and nurturing these relationships within the organization results in better experiences for the children and their families and can ease the stress of being treated for cancer.
Nearly half of the children treated at the proton therapy facility come from outside of Washington. Many come from Canada, especially from British Columbia, as well as from Oregon, Hawaii and other nearby states. It takes a lot of coordination to help families come to Seattle for proton therapy.
“Taking the best care of these patients requires partnerships with providers throughout the region,” Ermoian said. “They know they can trust us to give them an honest assessment of whether proton therapy is the best treatment choice or not. If protons are indicated, we keep in touch during and after we’ve completed treatment and answer their treatment-related questions. The care we provide does not stop once the patient goes home.”
Research
Research is an integral part of Fred Hutch’s cancer care.
Ermoian and his team participate in many nationwide clinical trials that involve radiation therapy for childhood cancers. Ermoian is particularly excited about the preliminary results of two trials.
Both trials test whether physicians can treat specific cancers — medulloblastoma and germ cell cancers — with less radiation intensity and get the same positive outcomes. Treating with less intensity can result in fewer side effects, and when protons are an option, healthy organs and tissue can be further protected from harm.
“Overall, the large majority of children treated for cancer will be cured,” Ermoian said. “So, there are two things we think about. One: what’s the right strength of treatment to beat the disease, and two: how can we ensure that our patients suffer fewer side effects in the long term, so kids can have excellent quality of life in the decades ahead?”
Protons are very effective when treating children, he said. With protons, the radiation stops just beyond the edges of the tumor, protecting the healthy tissue that would otherwise be more affected by conventional radiation.