Researchers search for solutions to ‘invisible threat’ that affects cancer care workers

March 1, 2019

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Researchers search for solutions to ‘invisible threat’ that affects cancer care workers

Exposure to chemotherapy can create hazards for nurses, pharmacists as they deliver lifesaving care to patients, but use of protective devices remains low

ANN ARBOR, Michigan — Chemotherapy drugs are lifesaving to cancer patients, but these toxic drugs are hazardous to the health care workers who come into contact with them. Despite the risks, many health care workers do not use recommended personal protective equipment such as gloves or gowns when handling chemotherapy.

A study from the University of Michigan Rogel Cancer Center sought to improve nurses’ handling of chemotherapy by delivering an educational intervention with quarterly reminders and tailored messages. But despite the strong study design and quality intervention, it did not increase use of protective gear.

“We didn’t really move the needle at all. As a practicing nurse it’s disappointing. We were hoping we could develop a bundled intervention that cancer centers and others can use,” says lead study author Christopher R. Friese, Ph.D., R.N., Elizabeth Tone Hosmer Professor of Nursing and a professor of health management and policy at the University of Michigan.

Exposure to chemotherapy occurs when health care workers inhale vapors or touch contaminated surfaces. Studies have found that nurses who reported handling hazardous drugs had twice the risk of reproductive problems. Other studies report incidences of rare cancers and various respiratory and skin conditions resulting from exposure.

“This is an invisible threat,” Friese says. “It’s unlike the needle stick where you know when you’ve been stuck by a needle. Early on we could understand that a needle stick conveyed serious health risks. With chemotherapy exposure, we don’t have that smoking gun. This is a subtle threat, but it’s a daily threat.”

Guidelines from professional societies recommend protective gear including double gloves, eye protection and respirators. These were built into the intervention Friese and colleagues developed. It was a randomized trial including 396 nurses from 12 ambulatory cancer programs. In one arm, nurses received one-hour educational modules about personal protective equipment with tailored messaging addressing their reported barriers to use. They also were asked to report chemotherapy drugs spills and submit plasma samples for analysis. The control arm had only the educational modules.

After two years of the program, the researchers found little difference in the use of personal protection equipment between the two groups and no change over the course of the study. Results are published in Oncology Nursing Forum.

Researchers cite several possible reasons the intervention was not successful, including the quality of the content and technology barriers that made watching the video modules difficult. Another problem is that many of these protective devices are cumbersome. Workers report that the gear is hot, uncomfortable and difficult to apply and use safely.

Something must change, Friese says. Health care workers continue to report exposure hazardous drugs. An earlier study by Friese found nearly 17 percent of nurses who work in outpatient chemotherapy infusion centers said they had been exposed to chemotherapy on their skin or eyes.

“Health care workers face many challenges in these busy cancer centers, treating a lot of patients with complex needs using increasingly complex treatments,” Friese says. “It’s time for the field to reexamine the issue of hazardous drug exposure. Both leaders and frontline clinicians need to work together to make sure the people handling these drugs are doing so as safely as they can.”

The researchers propose three ways to start moving the needle on the issue:

1. Engage health system leadership to have a dialogue with staff about personal protection for those who handle hazardous drugs.
2. Develop better personal protective equipment that is easy to use, affordable and protective against hazardous drug exposure.
3. Collect data through a registry to identify and track the health risks from exposure.

Friese uses the analogy of the airplane safety rule to put on your own mask before helping others.

“We need to really anchor that into our community,” he says. “Unless you take good care of yourself, you can’t be there to take good care of your patient.”

Additional authors: James Yang, Ph.D., Kari Mendelsohn-Victor, MPH, Marjorie C. McCullagh, Ph.D., R.N.

Funding: National Institute for Occupational Safety and Health grant 1 R01 OH010582-01

Disclosure: None

Reference: Oncology Nursing Forum, doi: 10.1188/19.ONF.248-256, published March 2019

Resources:

University of Michigan Rogel Cancer Center, www.rogelcancercenter.org

University of Michigan School of Nursing, https://nursing.umich.edu/

Michigan Health Lab, www.MichiganHealthLab.org

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