Advances in Radiation Oncology
Elsevier
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Experiencing the Surge: Report From a Large New York Radiation Oncology Department During the COVID-19 Pandemic
Volume: 5, Issue: 4
DOI 10.1016/j.adro.2020.04.014
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Table of Contents

Highlights

Notes

Abstract

PurposeThe coronavirus disease 2019 (COVID-19) pandemic is affecting all aspects of life and changing the practice of medicine. Multiple recommendations exist on how radiation oncology practices should deal with this crisis, but little information is available on what actually happens when the COVID-19 surge arrives. New York City experienced the first surge of COVID-19 in the United States and is now the epicenter of the global pandemic. This study reviews how COVID-19 has affected aspects of medicine, nursing, radiation therapy, and administration in a hospital system in New York.Methods and MaterialsA retrospective review was conducted of the department of radiation oncology in a single health system in New York from March 1, 2020, to April 1, 2020. Collaboration was obtained from physicians, nurses, radiation therapy staff, and administration to recall their policies and effect on specific duties. A timeline was reconstructed to chronicle significant events. Numbers were obtained for patients on treatment, treatment breaks, and COVID-19 infections among staff and patients.ResultsThe COVID-19 surge has had a tremendous effect on the health system, such as cessation of all of surgeries, including oncologic surgery, and transfer of all inpatient oncology services to makeshift outpatient facilities. Radiation oncology has made aggressive efforts to reduce the number of patients in treatment to protect patients and staff and to reallocate staff and space for more acute clinical needs. Patients on-beam were reduced by 27% from 172 to 125 by April 1. Almost all visits were changed to telemedicine within 2 weeks. Infection rates and quarantine were quite low among staff and patients. The majority of residents were deployed into COVID-19 clinical settings.ConclusionsAlthough we “planned for the worst,” our health system was able to make necessary changes to still function at a reduced capacity. Our experience will give other departments a concrete experience to help them make their own policies and manage expectations.

Buckstein, Skubish, Smith, Braccia, Green, and Rosenzweig: Experiencing the Surge: Report From a Large New York Radiation Oncology Department During the COVID-19 Pandemic

Introduction

“I find that when it comes to preparing for battle, plans are worthless, but planning is essential.”

Dwight D. Eisenhower

The coronavirus disease 2019 (COVID-19) pandemic, caused by the novel coronavirus severe acute respiratory syndrome coronavirus–2 (SARS-CoV-2), has rapidly engulfed the world, changing almost every aspect of life. In the medical profession, health care providers and hospitals have struggled to meet the unprecedented demands being placed upon them. This includes not just caring for patients with COVID-19 but also reallocating resources and care from the non–COVID-19 patients who already filled our hospitals. One of the most challenging groups is patients with cancer, who often undergo long, complicated, and resource-intensive treatments for high mortality illnesses. Coupled with the fact that many patients are immunosuppressed from therapy, caring for this group is particularly challenging.

There are very limited data on how COVID affects the care of patients with cancer. A report from the city of Wuhan, Hubei, found that patients with cancer were more likely to have SARS-CoV-2 infection (odds ratio, 2.31; 95% confidence interval, 1.89-3.02).1 They also found patients aged >60 years with a diagnosis of non-small cell lung cancer had higher rates of COVID-19. Despite very limited data, professional societies across the world, including American Society of Clinical Oncology (ASCO), European Society of Clinical Oncology (ESMO), and American Society for Radiation Oncology (ASTRO), have made recommendations on how to manage patients.2

The United States, and in particular New York City, has become the epicenter of the global pandemic. As of April 1, there are 213,144 cases in the United States, of which 83,712 (39%) are in New York. This has put tremendous stress on the health care systems in America’s largest city. Mount Sinai Health System is 1 of the largest health care providers in Manhattan and has hospitals or affiliations in all 5 boroughs, Nassau County, New Jersey, and other parts of the United States. Given its size and locations, its staff has had a very early and upfront experience with COVID-19. The department of radiation oncology directly runs 5 radiation oncology treatment sites, 4 in Manhattan and 1 in Long Island. Our other affiliate sites are run independently.

Health care providers have been scrambling for information to help plan for the wave of patients with COVID-19 who they know are coming to their institutions. Radiation oncology is very unique in how we deliver treatment given the length, complexity, and resource-heavy nature of our field. Radiation therapists and nurses have direct exposure daily to patients who are at risk or might be infected with the novel coronavirus. Twitter, Mednet, and chat groups are active with recommendations on how departments might manage when the full peak of COVID-19 hits their department. Because at Mount Sinai we have already experienced a full month of a surge of patients with COVID-19, we believe that our actual experience will be valuable for radiation oncologists, nurses, therapists, and administrators across the country. This report will let individuals know what actually happens, and they can learn from our experiences, successes, and mistakes to help optimize their own responses.

Methods and Materials

This study was reviewed by our institutional review board and deemed human subject exempt (HS# 20 to 00526). A collaborative effort was made between physicians, nurses, radiation therapists, and administrators for this project. We tracked and reconstructed a timeline of health system, departmental, and residency policies from the Mount Sinai Health System from March 1, 2020, to April 1, 2020, the first month of the COVID-19 pandemic in New York, and we summarized how these policies were implemented in the department of radiation oncology over the entire health system. Employee status, including policies for quarantine or working remotely, allocation of workforce, and COVID-19 status were reviewed. We also reviewed our electronic medical record, Mosaiq, from March 1, 2020, to April 1, 2020, to explore patient census, breaks, treatment types, and COVID-19 status.

Results

Health system

Mount Sinai Health System saw a very rapid rise in COVID cases and admissions as the pandemic came to New York City (Fig 1). A selective timeline for the hospital, as pertaining to radiation oncology, is shown in Figure 2. A detailed log of policy changes affecting radiation oncology is included in Table E1 (available online at https://doi.org/10.1016/j.adro.2020.04.014). On March 10, 2020, the hospital recommended all nonessential outpatient visits, including oncology, be stopped or done via telemedicine. Over approximately 2.5 weeks, the hospital administration started to reallocate patient space to make room for patients with COVID-19 and maximize available staff. In oncology, this was accomplished by sending oncology inpatients to other hospitals in the health system with lower COVID-19 patient volume and converting outpatient space into inpatient space. Distribution of patients throughout the health system was done through hospital administration and patient referral patterns, but the largest numbers were seen at the The Mount Sinai Hospital, a tertiary center with the highest capacity for intensive care unit beds. By April 2, 2020, oncology inpatients were being put in outpatient infusion rooms in our cancer center that were equipped with oxygen, vacuums, and fluids to accommodate inpatients. Elective outpatient surgeries were stopped on March 10, 2020, and all nonemergent operations, including oncologic surgery, were stopped on March 20.

Cases of coronavirus disease 2019 (COVID-19) (blue) or those under investigation (pink) in the Mount Sinai Health System from March 12 to April 1, 2020.
Fig. 1
Cases of coronavirus disease 2019 (COVID-19) (blue) or those under investigation (pink) in the Mount Sinai Health System from March 12 to April 1, 2020.
Timeline of important events in the health system, department of radiation oncology, and residency in radiation oncology in March 2020.
Fig. 2
Timeline of important events in the health system, department of radiation oncology, and residency in radiation oncology in March 2020.

Policies for quarantine and returning to work rapidly evolved over the month. Initially, there was a 2-week quarantine for staff who had direct exposure to a known patient with COVID or for staff that had been in a high-risk country such as China, South Korea, Japan, or Italy. These strict quarantine requirements were quickly lowered to allow health care workers to continue working, even with direct exposure to an infected patient, until symptoms developed or they tested positive for COVID. Employees could return to work 7 days after symptom onset if they were consistently afebrile (temperature <100°F) for at least 72 hours without taking fever reducing medications along with resolving respiratory symptoms.

Workforce in radiation oncology

On March 12, 2020, the department chair made a decision about working remotely, and approximately 70% of the staff (excluding nurses and therapists) were working from home within 5 days. The nursing staff at Mount Sinai is unionized, and no nurses were redeployed from the department during the month. Seven nurses were quarantined and an additional 2 took leave using the Family and Medical Leave Act for a total of 9 (32%) nurses lost during this time. Communication in nursing was shared by the chief nursing officer and senior ambulatory oncology nursing leadership through frequent nursing town hall meetings and daily “huddle” emails. Nursing leadership made rounds in the radiation oncology department multiple times per day and remained available to address staff concerns in real time. Nursing staff were responsible for screening all radiation oncology patients entering the treatment facility and were provided with clinical protocol updates from leadership.

With union approval, the radiation therapy staff enacted an emergency staffing plan on March 23, 2020, that included condensing patient schedules, minimum staffing scaled to patient volume, and deployment to other sites in the system for clinical coverage when necessary. On a rotating basis, therapy staff were sent home to shelter in place in an effort to preserve the workforce and decrease staff risk. Five radiation therapists (12%) were quarantined during that period: 1 for traveling to a level 2 high-risk country as defined by the Centers for Disease Control and Prevention, 2 for exposures to infected or high-risk individuals, 1 home with symptoms, and 1 tested positive. No therapists were shifted to work elsewhere in the hospital. No therapists went on disability or leave using the Family and Medical Leave Act. Two physics staff members (1%) were quarantined without testing. Of the administrative staff, a total of 10 were out of work owing to quarantine or illness (21%). The attending staff was fully present on site until March 17, 2020, when a decision was made to move to attendings to working exclusively remotely with at least 1 doctor on site serving as “doc of the day.” Consults and follow-ups were done via telemedicine. Nonurgent follow-up appointments were deferred. On-treatment visits were done via telemedicine or in person, depending on the clinical need and physician preference. If a patient needed to be seen by a physician, their visit was staffed by the “doc of the day” or by the on-site resident. By April 1, 2020, 90% of on treatment visits were done via telemedicine. One attending physician (5%) contracted the virus (community acquired) on March 17, 2020, and was quarantined for 13 days, but the physician had minimal symptoms and continued to work full-time remotely. No attending physicians joined inpatient or emergency medical teams during this time.

Residency

The residents were kept in their respective clinical services on site until March 13, 2020, when it was mandated that they go home daily after seeing patients to complete their duties from home to minimize exposure risk. By March 18, 2020, we mandated all resident duties were to be done remotely. Residents were incorporated into clinical work flow and education using Zoom, telephone, and Vsee. On March 27, 2020, the American Council for Graduate Medical Education (ACGME) released a guidance statement allowing for a temporary release of program requirements, allowing residents to be moved to services outside of their designated program to deal with the pandemic. Strict rules were set forth regulating how the redistribution should be done. Knowing that residents from radiation oncology would likely be temporarily transferred into COVID-related clinical environments like internal medicine or emergency medicine, residents were allowed to privately express to the program director any reason that he or she could not be deployed, such as preexisting medical conditions or living situations in which they could not expose those at home to potential COVID infection. By March 29, 2020, 7 of 11 residents (64%) were deployed throughout the health system, 6 in nonradiation oncology capacities. Redistribution was done by request from other departments after a list of available residents was provided to them. During this month, 1 resident (9%) self-quarantined with symptoms for 7 days, and the rest remained on active duty. All research activities that were non-COVID related were discontinued by the Mount Sinai Clinical Trials Office on March 23, and the 2 Holman pathway residents were placed back into clinical rotations.

Patients

On March 2, 2020, there were 172 daily patients on external beam treatment in the health system. The department made an active goal to reduce the number of patients on treatment to limit patient and staff exposure and to anticipate the potential closure, even on short notice, of all linear accelerators. The census was reduced by delaying treatments when possible, changing to a more hypofractionated radiation schedule, or completing treatment as scheduled. Active redistribution started on March 25, 2020 (Table 1). Decisions were made by individual clinicians with oversight of the chairman. Patients were also transferred from high volume COVID-19 centers to less COVID-intense areas to allow for more rapid decrease in patient numbers at the high-volume COVID-19 sites. The census, broken down by disease site, is shown in Figure 3. There was a median reduction of 30% for all disease sites except for breast and gynecology, which had slight increases in patients. The department patient census was reduced by 27% to 125 by April 1.

Table 1
On treatment patient redistribution from March 25 to April 3, 2020
New external beam startsSimulations
Completed by 4/3 as scheduled73
Deferred owing to COVID-19 + (confirmed or possible)3-
Delay <1 month23
Delay ≥1 month23
No change611
Transferred to another site in the system83
Cancelled (other)12
Abbreviation: COVID-19 = coronavirus disease 2019.
Patients on-beam by disease site from March 2 to April 1, 2020, in the Mount Sinai Health System.
Fig. 3
Patients on-beam by disease site from March 2 to April 1, 2020, in the Mount Sinai Health System.

Four patients were diagnosed with COVID-19 during this month. The policy for placing patients on a treatment break and then resuming was according to the Centers for Disease Control and Prevention: patients had to be afebrile for 72 hours (without medication) and/or at least 7 days from onset of symptoms. For patients receiving chemotherapy, patients were required to test negative for the coronavirus. Initially, patients were not required to wear masks, but all patients eventually were asked to mask when coming for treatment.

In early March, we requested that the infection control team accompany the clinical management team for a walk through of the patient treatment area. They were helpful in providing specific guidance and practical suggestions for staff protection and infection reduction. Policy direction on personal protective equipment (PPE) came from the hospital administration. The policy changed frequently, sometimes even in the same day, and occasionally even reversed itself. The changes were a result of emerging data on the virus and fears of shortages as the surge developed. Initially, patients were not required to wear masks in the department or during treatment. Staff wore surgical masks and gloves from March 1, 2020, onward for suspected patients and after March 16 for all patients. Once the directive was received that staff were required to wear masks for clinical patient care, we encouraged all patients to wear masks. We were not able to provide masks for all patients (unless symptomatic) but the majority of patients were able to acquire masks on the outside. In late March, the hospital advised providing masks to patients, and hence all patients were masked during their time in the department and while undergoing treatment. On April 1, 2020, the hospital recommended N95 use for all patient encounters, including patients not suspected of having COVID-19. Gowns were only used for known COVID-19-positive patients. Despite the changing policies, it is not known if any staff member in radiation oncology became infected through a radiation oncology patient.

Discussion

The COVID-19 pandemic has introduced tremendous stress on the medical system, and radiation oncology faces its own challenges in dealing with this crisis. Although Europe was the first “western” large scale exposure to the SARS-CoV-2 virus and some groups have reported their experience, these reflect a different medical system and culture compared with the United States.3 New York State, and in particular New York City, was the first example of the effect of a large scale infection in the United States and how it can affect all aspects of health care delivery. Arguably, New York City, with its dense, diverse population and large number of academic medical centers in a very small geographic radius, does not reflect the rest of the country. Nevertheless, knowing what happened in a large radiation oncology department that is part of a larger academic hospital provides insight into what departments might expect, as each one will undoubtedly go through its own fast-paced struggle to adjust to the pandemic. Having some perspective on what worked and what did not can be invaluable in making plans going forward.

Flexibility is an absolute necessity to successfully navigate the COVID-19 crisis. The general philosophy of our department was to assume the worst, namely that all radiation services might be shut down, even on short notice. This was certainly the message from our hospital administration, and we continue to expect any given day that if the numbers increase in New York that our space and staff can be repurposed. Although radiation oncology services are an important component of cancer care for patients, the department is not on the “front line” of COVID-19 treatment and often must have the strategy of trying to “get out of the way.” This includes vacating the department in case it is needed for in-patient care or putting our providers in clinical environments where their skills are more needed. It is not easy to take a busy department and rapidly scale down. We were surprised that we were only able to reduce by 27% in 1 month. Having multiple sites in our system where we could redeploy to less COVID-19- intense areas was invaluable for keeping our patients on treatment. At this time, our department continues to run, but we were able to shut down 3 linear accelerators in our busiest COVID-19 site, which gives the department and our patients more security moving forward.

The COVID-19 pandemic has created an extraordinarily uncertain clinical environment. Hopefully, regions that weren’t early hot spots will have less disruption because they will have already had more time to mobilize than New York and other areas, but planning will be difficult regardless. For instance, we attempted to decrease volume by considering delaying treatments for a predetermined period (ie, 2 weeks), which we found not advantageous because it is not known how long any health system will be stressed from COVID-19. Additionally, as patients continue to need radiation treatment, it may create an excessive number of patients down the road, which the system may struggle to handle in the face of a decreased workforce. Having redundancy in the system, both in terms of locations and personnel, allowed us to deal with the uncertainty rather than just trying to “freeze” everything in place until more information was available.

Although there was tremendous pressure to rapidly reduce volume, our department felt a counterpressure with certain diagnoses to actually increase our services. Patients who receive cancer diagnoses through screening, such as breast and prostate, are expected to decrease during the COVID-19 crisis, but diseases that are caused by symptoms, such as central nervous system disease or lung cancer, can still be expected to continue. In fact, because surgery is no longer an option for many of these patients in certain centers, the need for radiation therapy may, in fact, increase. There is also an uncomfortable transition for physicians, as they have to make judgments on how essential, or unessential, someone’s treatment might be. Fortunately, our tumor boards continued for almost all disease sites to obtain multidisciplinary input and consensus on treatment decisions and delays.

As presented previously, our staff remained relatively intact. We were worried about losing a whole class of providers (ie, therapists) in a single moment due to infection or quarantine, but this did not happen. It is possible to maintain a functional workforce with good planning. The transition to remote working was relatively seamless in the department across multiple workgroups, from physicians to administrators, and perhaps that is what allowed us to keep our workforce. We also instituted early and aggressive infection control measures, under the guidance of the hospital’s infection control team even before the epidemic started, to ensure that the department would be optimally prepared to protect staff and patients. There was some tension in dealing with the real or perceived disparity of certain work groups such as nursing and therapists who had to be on site, compared with those who did not, including physicians. We made sure to reassure our staff that everyone was doing their part. Some physicians, and particularly physicians in a leadership role, made a point of doing “rounds” in the department (with appropriate PPE) and were periodically present on the treatment floor to let the staff see that the doctors were still very much part of the team. The medical directors remained in close communication with the therapy and nursing management to ensure that they felt supported in their roles.

Communication and openness is, not surprisingly, critical at every step. The directives from the hospital would change daily, sometimes hourly, and controlling the message in the department was critical to calming fears and avoiding rumors from developing. In particular, reassuring staff regarding the availability of adequate PPE to perform their job was extremely important and a major factor in alleviating anxiety for the staff. We specifically requested department leaders not send out mass e-mails without approval from the chair to avoid inadvertent conflicting information and communication overload. Also, letting the staff know that we were scaling back, and might even close certain parts of our service temporarily, helped to provide full disclosure to deal with a tough situation. For instance, the residency program director tried to meet with the residents via phone or teleconferencing several times a week to share any new information. When the highly anticipated redeployment came, everyone was better prepared to deal with it. There is talk of attending physicians being deployed, as well as nursing and administrative staff in the weeks ahead, and being open about it makes the discussion easier.

Most importantly, COVID-19 is an incredibly frightening experience for all of us. The degrees of separation between providers in the department and someone who has COVID-19, and then dies from COVID-19, rapidly close. Everyone is on edge and concerned about their patients and the well-being of their loved ones. Knowing that the department is all working for 1 clear goal, to care for our fellow citizens, whether they have COVID-19, cancer, or neither, has held the department together and gives us purpose to continue this fight into the next month. We hope that our experience will help other departments across the country prepare for their own fights.

References

1 

    Yu J., Ouyang W., Chua M.L.K.. SARS-CoV-2 transmission in patients with cancer at a tertiary care hospital in Wuhan, China [epub ahead of print]. JAMA Oncol 2020. , doi: 10.1001/jamaoncol.2020.0980

2 

    Burki T.K.. Cancer guidelines during the COVID-19 pandemic. Lancet Oncol 21: 5 2020. , pp.629-630

3 

Filippi AR, Russi E, Magrini SM, et al. COVID-19 outbreak in Northern Italy: First practical indications for radiotherapy departments [epub ahead of print]. Int J Radiat Oncol Biol Phys. 2020. , doi: 10.1016/j.ijrobp.2020.03.007. Accessed April 10, 2020.

Notes

Sources of support: None.
Disclosures: No conflict of interest to declare.
Data sharing: Research data are stored in an institutional repository and will be shared upon request to the corresponding author.
Supplementary material for this article can be found at https://doi.org/10.1016/j.adro.2020.04.014.
https://www.researchpad.co/tools/openurl?pubtype=article&doi=10.1016/j.adro.2020.04.014&title=Experiencing the Surge: Report From a Large New York Radiation Oncology Department During the COVID-19 Pandemic&author=Michael Buckstein,Samantha Skubish,Kimberly Smith,Irene Braccia,Sheryl Green,Kenneth Rosenzweig,&keyword=&subject=Recommendations for clinic operations and treatment during COVID19,