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Mar 22
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Financial Toxicity: Is it real? Healthcare Data Analysis

“A Look at the Literature” – Part 2 of 3

According to the American Cancer Society’s 2020 annual report, it is estimated that there will be just over 1.8 million new cases of cancer in 2020, with nearly half (847,000 – 46.9%) of the total new cases attributed to breast (279,100), lung (228,820), prostate (191,130), and colon (147,950) cancers (Cancer Facts & Figures, 2020). The Advisory Board Company reports the average age of a cancer patient is 66, with an estimated growth in cancer incidence of 11% between 2017 and 2022, largely due to the rapidly increasing number of Americans over the age of 65, increasing by 55% between 2010 and 2030 (Advisory Board Company, 2019).

Cancer is the second leading cause of mortality in the United States, next to heart disease, and is becoming one of the most expensive diseases to treat (Gilligan, 2018). The American Cancer Society estimates that 606,520 people will die from cancer in the United States in 2020 (Cancer Facts & Figures, 2020). When the direct costs for cancer care, estimated to exceed $80 billion dollars per year, are combined with the additional indirect costs associated with premature morbidity and mortality, the total annual expenditure for cancer care is estimated to exceed $130 billion (Gilligan, 2018). Zafar (Feb. 2013) reported that the overall cost of cancer care is rising for four primary reasons, including an aging population, significant improvements in treatment, improved access to treatment, and over- utilization.

For the increasing expense, cancer treatments have improved significantly over the last 40 years, with much improved outcomes for 5-year survival. In 1975, a cancer diagnosis came with a projected overall 5-year survival rate of less than a 50% (Hundorfean, 2018). Today, the overall five- year survival rate is close to 70%, and for some disease groups, like breast cancer, the rate is much higher, especially if detected at an early stage (Hundorfean, 2018). The increasing survival rate, combined with the longer-term treatments and persistent symptoms, has for many people living with a cancer diagnosis, regardless of their disease status, meant living with a chronic and complex condition (Phillips, 2010).

The financial burden associated with cancer treatment is a major cause of patient reported distress (Zafar, Apr. 2013). A study by Adrienne Gilligan (2018) reported that 42.4% of newly diagnosed cancer patients each year will deplete their life assets within 2 years of their diagnosis. Additionally, Gilligan (2018) reported that 40%-85% of cancer patients stop working during active treatment, with absences ranging up to 6 months, and that deductibles and copayments for treatment, supportive care, and non-medical costs, may be financially devastating, even with insurance coverage. This financial burden has been associated with several clinically relevant patient outcomes, including poorer Health-Related Quality of Life (HRQOL), increased overall symptom burden, non-adherence to treatment, as well as poorer overall survival, especially within the underserved and socioeconomically disadvantaged populations (de Souza, 2016).

In a survey of colon cancer patients undergoing treatment, 22.7% of patients more than 12 months from their initial diagnosis and 17.7% of patient in their first 12 months, reported being in debt due to treatment-related expenses, with a mean debt from those expenses of $26,860 (Shankaran, 2012). In the same study, patients reported specific financial hardships including withdrawing money from personal savings (29.9%), borrowing money from family or friends (16.5%), reducing retirement savings (15.5%), selling investments (8.1%), refinancing their home (4.2%), and significant declines in income (23.9%) (Shankaran, 2012). Gilligan (2018) also reported that over half of all persons with cancer experienced one or more of house repossession, bankruptcy, loss of independence, or relationship breakdowns.

In a study conducted by Chino, et al, (2016) among three hundred cancer patients, median out of pocket costs were $592 per month, representing almost 12% of the study group’s median annual income of $60,000. Of those patients, 16% reported high to overwhelming financial distress and 39% reported a higher degree of personal financial burden that they had expected at the start of their treatment (Chino, 2016). The study reported that 94% of the patients were willing to spend less on vacations, 79% were willing to spend their savings, 73% were willing to spend less on food and clothing, 65% were willing to borrow money, 50% were willing to declare bankruptcy, and 39% were willing to sell their home (Chino, 2016).

Zafar (2015) reported on a study conducted by the Kaiser Family Foundation, that found only 53% of households had sufficient financial resources available to pay a lower than average annual deductible of $2,400 per family, and only 45% could afford a higher deductible of $5,000 per family. Zafar (2015) also reported that the average direct out-of-pocket costs, including deductibles, copays, and coinsurance for cancer care were close to $5,000 per year. As cancer becomes more of a chronic disease with treatment continuing for multiple years, even well insured patients are likely to struggle with increasing medical debt (Zafar, 2015).

In exploring the total burden of treatment for a cancer patient, it is important to understand the whole patient and what other factors may contribute to his or her total burden. In work done at UAB, Gabrielle Rocque (2017) found that 54.8% of the cancer patients in their study had 2 or more significant comorbid conditions in addition to their cancer diagnosis. Piccarillo (2008) reported that hypertension was the most common comorbid ailment among the cancer patients in their study, with 36% of the cohort affected overall, and with the frequency increasing with the age of the patient. The next most common comorbid conditions were secondary solid tumor(s) (12%), respiratory disease (12%), diabetes (12%), and angina/coronary artery disease (10%) (Piccarillo, 2008). In the UAB study, the authors reported that only 25% of the cancer patients in their study had no significant comorbid conditions (Rocque, 2017). The ability to manage a patient’s comorbid conditions in addition to their cancer, is an important aspect of high quality cancer care.

Many cancer treatments themselves have significant side effects, both short and long term, that add to a patient’s burden of treatment. Some therapies for cancer may cause temporary cognitive impairment in patients’ ability to follow instructions, remember care protocols, and take their medications on time (Lindner, 2014). Lindner (2014) also reported that cancer patients and survivors exhibit a broad range of mild to moderate cognitive deficits in attention, information processing, verbal and visual capacity, long-term and working memory, spatial skills, command of language, and general motor functioning.

In 2008, the Institute of Medicine published a report suggesting that in addition to treatment related cognitive impairments, many patients also report having one or more limitations in their ability to perform the physical, routine activities of daily living, such as bathing, eating, using the bathroom, or walking moderate distances (Adler, 2008). The report stated that approximately 20% of patients who survive 5 years or more have ongoing trouble with standard activities such as carrying groceries and climbing stairs (Adler, 2008). All of these side effects and impairments contribute to a patient’s overall burden of treatment. Due to the complex nature of cancer treatment, many cancer patients also experience challenges and frustrations with the coordination and delivery of their treatments. These challenges frequently include a lack of care coordination among different types of services and facilities, poorly- managed hand-offs between care team providers, and inadequate overall psychosocial support (Clauser, 2011). The Institute of Medicine Report stated that these kinds of ineffective health care delivery issues could compromise the health and wellness of cancer patients, and that when fragmented health care delivery is compounded by low health literacy levels and lack of resources, cancer patients can experience exacerbated symptoms that threaten their recovery, weaken their adherence to treatments, and cause additional suffering (Adler, 2008).

Cancer is a complicated and physically demanding disease to treat that places a wide variety of stresses and burdens on the patient and their family, including physical burdens, coordination of care burdens, and financial burdens, along with all of the normal concerns of daily living. Cancer is generally a disease of older adults, many of whom have other health conditions that they are managing in addition to their cancer diagnosis. As the stresses, demands, and burdens of a potentially life threatening disease accumulate for a patient, this total Burden of Treatment negatively affects a patient’s ability to adhere to their prescribed oral medication plan.

About the Author: Warren Smedley, DSc (Candidate), MSHA, MSHQS, is a Vice President with The Kinetix Group. A long-time oncology administrator, his expertise is in oncology administration, strategy, and care transformation. His doctoral studies are in the adoption and diffusion of new hematology oncology drugs, healthcare marketing, outcomes research, and being a catalyst for healthcare policy that supports the quadruple aim.

References

Adler, N., & Page, A. (2008). Cancer care for the whole patient: Meeting psychosocial health needs.
Washington, D.C.: National Academies Press.

Advisory Board Company. (2019). 2019 Oncology Market Trends; PowerPoint slide presentation;
2445 M Street NW, Washington DC 20037. www.advisory.com

Cancer Facts & Figures (2020). American Cancer Society. Retrieved from
https://www.cancer.org/research/cancer-facts-statistics/all-cancer-facts-figures/cancer-facts-figures-2020.html

Chino, Peppercorn, Rushing, Samsa, Nicolla, Altomare, & Zafar. (2016). "Going for Broke": Out-of-Pocket Costs, Financial Distress, and Patient-Reported Willingness to Pay and Sacrifice in Cancer Care. International Journal of Radiation Oncology, Biology, Physics, 96(2), S135-S136.

Clauser, S.B., Wagner, E.H., Bowles, E.J.A., Tuzzio, L., and Greene, S.M.. (2011). Improving modern cancer care through information technology, American Journal of Preventive medicine, 2011, 40, (5), pp. S198-S207

de Souza, J. A., Yap, B. J., Wroblewski, K., Blinder, V., Araújo, F. S., Hlubocky, F. J., . . . Cella, D. (2016). Measuring financial toxicity as a clinically relevant patient-reported outcome: The validation of the Comprehensive Score for financial Toxicity (COST). Cancer, 123(3), 476-484. doi:10.1002/cncr.30369

Gilligan, Alberts, Roe, & Skrepnek. (2018). Death or Debt? National Estimates of Financial Toxicity in Persons with Newly-Diagnosed Cancer. The American Journal of Medicine, 131(10), 1187-1199.e5.

Hundorfean, Cynthia (2018). Financial Toxicity of Cancer Treatment: Our cancer care challenge. Managed Healthcare Executive, 28.11: p5.

Lindner, O., Phillips, B., McCabe, M., Mayes, A., Wearden, A., Varese, F., . . . Brown, Gregory G. (2014). A Meta-Analysis of Cognitive Impairment Following Adult Cancer Chemotherapy. Neuropsychology, 28(5), 726-740.

Piccirillo, Vlahiotis, Barrett, Flood, Spitznagel, & Steyerberg. (2008). The changing prevalence of comorbidity across the age spectrum. Critical Reviews in Oncology and Hematology, 67(2), 124-132.

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Zafar, S. Y., Abernethy, A. P. (Feb. 2013). Financial toxicity, Part I: a new name for a growing problem. Oncology, p. 80.

Zafar, S. Y., Abernethy, A. P. (Apr. 2013). Financial toxicity, Part II: how can we help with the burden of treatment-related costs? Oncology, p. 253.