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Choosing Wisely - Overused Medical Tests

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Seventeen medical specialty groups have published lists of medical tests and procedures within their specialties which are overuse and of questionable value.  This is a great resource for consumers to use when a doctor advises them to have a test.  They can ask about the value of the test for them and possibly avoid unnecessary, expensive and dangerous procedures which may not provide any health benefit.

Here is a link to all of the tests:

Choosing Wisely Medical Tests

Here is a PDF file of all of the tests:


The US health care system is notorious for ordering too many tests and procedures and for overbilling for these tests.  You as a consumer must take an interest in this issue since you will pay for it in high costs for the test themselves, higher insurance costs, and possible adverse side effects from useless tests.

Time Magazine has just published an excellent article on the subject of high costs for medical care.  You should read this to get a better understanding of the problem:

Time Magazine - Bitter Pill

Last Updated on Sunday, 24 February 2013 17:38

Choosing Wisely

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How can physicians and patients have the important conversations necessary to ensure the right care is delivered at the right time? Choosing Wisely® aims to answer that question.

An initiative of the ABIM Foundation, Choosing Wisely is focused on encouraging physicians, patients and other health care stakeholders to think and talk about medical tests and procedures that may be unnecessary, and in some instances can cause harm.

To spark these conversations, nine specialty societies created lists of "Five Things Physicians and Patients Should Question" — evidence-based recommendations that should be discussed to help make wise decisions about the most appropriate care based on a patients’ individual situation.


Inappropriate Use of Screening and Diagnostic Tests

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The American College of Physician just published an article in the Annals of Internal Medicine which contained a list of medical screening test and procedures which are of questionable value for various reasons.  Often they are redundant or wouldn't change treatment.  Sometimes they are tests which are more expensive but give no better information than less expensive tests.  If you find yourself in one of these situations ask your doctor if the test is really necessary or if there is a less expensive test which can give the same information.

1. Repeating screening ultrasonography for abdominal aortic aneurysm following a negative study

2. Performing coronary angiography in patients with chronic stable angina with well-controlled symptoms on medical therapy or who lack specific high-risk criteria on exercise testing

3. Performing echocardiography in asymptomatic patients with innocent-sounding heart murmurs, most typically grade I–II/VI short systolic, midpeaking murmurs that are audible along the left sternal border

4. Performing routine periodic echocardiography in asymptomatic patients with mild aortic stenosis more frequently than every 3–5 y

5. Routinely repeating echocardiography in asymptomatic patients with mild mitral regurgitation and normal left ventricular size and function

6. Obtaining electrocardiograms to screen for cardiac disease in patients at low to average risk for coronary artery disease

7. Obtaining exercise electrocardiogram for screening in low-risk asymptomatic adults

8. Performing an imaging stress test (echocardiographic or nuclear) as the initial diagnostic test in patients with known or suspected coronary artery disease who are able to exercise and have no resting electrocardiographic abnormalities that may interfere with interpretation of test results

9. Measuring brain natriuretic peptide in the initial evaluation of patients with typical findings of heart failure

10. Annual lipid screening for patients not receiving lipid-lowering drug or diet therapy in the absence of reasons for changing lipid profiles

11. Using MRI rather than mammography as the breast cancer screening test of choice for average-risk women

12. In asymptomatic women with previously treated breast cancer, performing follow-up complete blood counts, blood chemistry studies, tumor marker studies, chest radiography, or imaging studies other than appropriate breast imaging

13. Performing dual-energy x-ray absorptiometry screening for osteoporosis in women younger than 65 y in the absence of risk factors

14. Screening low-risk individuals for hepatitis B virus infection

15. Screening for cervical cancer in low-risk women aged 65 y or older and in women who have had a total hysterectomy (uterus and cervix) for benign disease

16. Screening for colorectal cancer in adults older than 75 y or in adults with a life expectancy of less than 10 y

17. Repeating colonoscopy within 5 y of an index colonoscopy in asymptomatic patients found to have low-risk adenomas

18. Screening for prostate cancer in men older than 75 y or with a life expectancy of less than 10 y

19. Using CA-125 antigen levels to screen women for ovarian cancer in the absence of increased risk

20. Performing imaging studies in patients with nonspecific low back pain

21. Performing preoperative chest radiography in the absence of a clinical suspicion for intrathoracic pathology

22. Ordering routine preoperative laboratory tests, including complete blood count, liver chemistry tests, and metabolic profiles, in otherwise healthy patients undergoing elective surgery

23. Performing preoperative coagulation studies in patients without risk factors or predisposing conditions for bleeding and with a negative history of abnormal bleeding

24. Performing serologic testing for suspected early Lyme disease

25. Performing serologic testing for Lyme disease in patients with chronic nonspecific symptoms and no clinical evidence of disseminated Lyme disease

26. Performing sinus imaging studies for patients with acute rhinosinusitis in the absence of predisposing factors for atypical microbial causes

27. Performing imaging studies in patients with recurrent, classic migraine headache and normal findings on neurologic examination

28. Performing brain imaging studies (CT or MRI) to evaluate simple syncope in patients with normal findings on neurologic examination

29. Routinely performing echocardiography in the evaluation of syncope, unless the history, physical examination, and electrocardiogram do not provide a diagnosis or underlying heart disease is suspected

30. Performing predischarge chest radiography for hospitalized patients with community-acquired pneumonia who are making a satisfactory clinical recovery

31. Obtaining CT scans in a patient with pneumonia that is confirmed by chest radiography in the absence of complicating clinical or radiographic features

32. Performing imaging studies, rather than a high-sensitivity D-dimer measurement, as the initial diagnostic test in patients with low pretest probability of venous thromboembolism

33. Measuring D-dimer rather than performing appropriate diagnostic imaging (extremity ultrasonography, CT angiography, or ventilation–perfusion scintigraphy), in patients with intermediate or high probability of venous thromboembolism

34. Performing follow-up imaging studies for incidentally discovered pulmonary nodules 4 mm in low-risk individuals

35. Monitoring patients with asthma or chronic obstructive pulmonary disease by using full pulmonary function testing that includes lung volumes and diffusing capacity, rather than spirometry alone (or peak expiratory flow rate monitoring in asthma)

36. Performing an antinuclear antibody test in patients with nonspecific symptoms, such as fatigue and myalgia, or in patients with fibromyalgia

37. Screening for chronic obstructive pulmonary disease with spirometry in individuals without respiratory symptoms

Appropriate Use of Screening and Diagnostic Tests to Foster High-Value, Cost-Conscious Care, Annals of Internal Medicine, January 17, 2012 vol. 156 no. 2 147-149



Last Updated on Monday, 23 January 2012 18:40

For Those With Diabetes, Older Drugs Are Often Best

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From the NY Times 28 May 2011:

For Those With Diabetes, Older Drugs Are Often Best

WHEN it comes to prescription drugs, newer is not necessarily better. And that’s especially true when treating diabetes.

One in 10 Americans has Type 2 diabetes. If the trend continues, one in three will suffer from the disease by the year 2050, according to the federal Centers for Disease Control and Prevention.

Most Type 2 diabetes patients take one or more drugs to control blood sugar. They spent an estimated $12.5 billion on medication in 2007, twice the amount spent in 2001, according to a study by the University of Chicago. (That figure does not including drugs that diabetics are often prescribed for related health conditions, like high blood pressure and high cholesterol.)

Why the increase? More diagnosed patients, more drugs per patient and an onslaught of expensive new drugs, according to Dr. G. Caleb Alexander, assistant professor of medicine at the University of Chicago and lead author of the study. Since 1995, several new classes of diabetes medications have come on the market. Diabetes drugs are important to the pharmaceutical industry, more lucrative than drugs for many other chronic diseases, Dr. Alexander noted in an interview.

Simply put, many of these drugs help the body produce less glucose or more insulin, the hormone that shuttles glucose into cells for use as energy, or they increase the body’s sensitivity to its own insulin.

Patients and health care professionals have long hoped that as pharmaceutical companies found ways to help the body lower blood sugar, they would produce safer and more efficient alternatives to older medications. But a true breakthrough doesn’t seem to have happened yet.

A report released in March by the federal Agency for Healthcare Research and Quality and conducted by researchers at Johns Hopkins University reviewed data from 166 studies to evaluate the effectiveness and risks of various diabetes medicines. The researchers concluded that drugs that have been around for years are more effective at lowering blood sugar and often work with fewer side effects than the newest drugs. And because so many older drugs now are available as generics, they often cost just a fraction of the price of newer brand-name drugs.

Low-cost treatment is imperative to turning back the diabetes epidemic, said Dr. Wendy L. Bennett, assistant professor of medicine at Johns Hopkins University School of Medicine and the lead author of the A.H.R.Q. study. Experts estimate that only 25 percent of diabetic patients are getting the treatment they need, and expense is a big reason. Even well-insured patients may reel when confronted with the $6,000 a year it takes on average to manage the disease (not counting the costs of such complications as heart disease, stroke, and liver and kidney damage).

Becoming educated is the most important thing a person with diabetes can do to help stem the cost of medications as well as avoid complications, said Dr. Bennett. Here, three crucial things you should know.

Step 1: Fight diabetes with lifestyle changes.

Cost: Free or low cost.

If you are pre-diabetic or recently diagnosed, you may be able to dodge the expense of drug treatment with exercise and a better diet and by quitting smoking. None of this has to cost a fortune, and in any event healthier foods and, if necessary, a gym membership or other exercise program are well worth the investment. Even if you are taking medication, these lifestyle changes can help the medicine work better and longer.

For more information go to and the Web site for the American Diabetes Association,

Step 2: If you need to begin taking a drug to control blood sugar, start with metformin, the most common and one of the least expensive diabetes drugs.

Cost: $36 for 100 pills (500 milligrams); usually taken twice a day. Prices may be even lower at Wal-Mart, Target and other discount pharmacies.

Metformin almost always works as a first-line drug, except for patients suffering from severe kidney disease, said Dr. Bennett. What’s more, metformin generally does not cause hypoglycemia, a common and dangerous side affect of many diabetes drugs.

It also does not seem to cause weight gain, as some other diabetes drugs do, said Dr. Bennett. “The last thing you want if you’ve been diagnosed with diabetes is additional weight,” she added.

A study published in Consumer Reports Health in February 2009 also found that older, less expensive diabetes drugs were just as effective as the new ones. Better yet, they have established safety records, while some newer diabetes drugs have been found to increase cardiovascular and other health risks.

“The expensive drugs are third- and fourth-line drugs,” said Dr. Marvin Lipman, chief medical adviser for Consumer Reports Health and a practicing endocrinologist in Westchester County, N.Y. “If you don’t get results with the less expensive drugs, you go to those. But you shouldn’t start there.”

Avoid: Certain newer diabetes drugs have been associated with heart failure and other risks.

Avandia, for example, has been linked to an increased risk of heart attacks. In September 2010, after years of debate, the Food and Drug Administration severely restricted Avandia’s availability, allowing it to be prescribed only to patients in a special program who had not responded to other drugs and were taking the medicine under a doctor’s strict supervision. This month the agency expanded those restrictions to include related drugs Avandamet and Avandaryl, which also contain rosiglitazone, the active agent in Avandia.

Step 3: Choose combination drugs from among inexpensive generics.

Cost: Glimepiride, $13 for 100 pills (1 milligram). Glipizide, $64 for 100 pills (5 milligrams).

Most diabetics will have to eventually take more than one drug to keep blood sugar under control. The good news here from the Johns Hopkins study is that inexpensive metformin is also quite effective in combination with other generics, such as glimepiride and glipizide.

“Most combinations worked equally well, so when you’re adding a drug, you could choose a generic to save costs,” said Dr. Bennett. She added, however, that some drugs used with metformin might increase the risk of side effects such as hypoglycemia or weight gain. Patients should discuss each drug’s pros and cons, as well as cost, with their doctors.

Avoid: Do not start with one of the more expensive drugs in combination with metformin. In some cases, patients ultimately may need a combination of both generics and the newer drugs, but this usually becomes appropriate only after a less expensive combination has been used for some time or if the patient isn’t responding to the less expensive combination, said Dr. Bennett.


Bending the Cost Curve in Cancer Care

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Bending the Cost Curve in Cancer Care

NEJM | May 25, 2011 | Topics: Cost of Health Care

Thomas J. Smith, M.D., and Bruce E. Hillner, M.D.

Annual direct costs for cancer care are projected to rise — from $104 billion in 20061 to over $173 billion in 2020 and beyond.2 This increase has been driven by a dramatic rise in both the cost of therapy3 and the extent of care.4 In the United States, the sales of anticancer drugs are now second only to those of drugs for heart disease, and 70% of these sales come from products introduced in the past 10 years. Most new molecules are priced at $5,000 per month or more,5 and in many cases the cost-effectiveness ratios far exceed commonly accepted thresholds.6 This trend is not sustainable.7,8

We must find ways to reduce the costs of everyday care to allow more people and advances to be covered without bankrupting the health care system. Brody recently challenged each medical specialty to identify at least the top five tests or treatments for which costs could be substantially reduced without depriving any patient of meaningful benefit.9 Medical oncologists directly or indirectly control or influence the majority of cancer care costs, including the use and choice of drugs, the types of supportive care, the frequency of imaging, and the number and extent of hospitalizations. Here, we respond to Brody’s challenge by suggesting five changes in medical oncologists’ behavior (Table 1) and five changes in their attitudes and practice (Table 2) that will bend the cancer-cost curve downward. We recognize that these changes will cause discomfort and adjustments, since all of them will inevitably result in dissatisfaction for important constituents such as patients, physicians, or payers. Unless otherwise stated, our recommendations are restricted to the care of patients with incurable solid tumors and not those with curable cancers.

Changing Oncologists’ Behavior

Targeting Surveillance Testing or Imaging

The American Society of Clinical Oncology (ASCO)10 and National Comprehensive Cancer Network (NCCN)11 guidelines agree that there is no benefit to surveillance testing with serum tumor markers or imaging for most cancers, including those of the pancreas, ovary,12 or lung,13 yet these tests are commonly used in many settings. In breast cancer, randomized studies showed that scheduled (not symptom-guided) imaging does not detect curable recurrences or alter survival. Twenty years ago, the estimated cost of wasted medical resources in the United States for patients with breast cancer was $1 billion per year.14 The common exception is colon cancer, for which some patients do benefit from scheduled carcinoembryonic antigen testing and computed tomography.15

Changing practice will not be easy. Patients want reassurance that things will be “caught early,” and it can be troubling to both patients and doctors to confront the realization that detecting liver metastasis when the lesion measures 1 cm rather than 2 cm does not alter the prognosis. Many practices earn ancillary income from ordering laboratory and imaging tests. Advocates for testing who believe that modern advances in treatment justify routine testing should attempt to confirm this contention by means of randomized trials or prospective studies, just as for other innovations.

Besides lowering costs, targeting testing has other benefits. Switching to a new norm of less testing and better survivorship counseling could reduce patient anxiety.16 To increase the use of effective testing strategies, we envision a multipronged social-marketing approach that would include printed guidelines distributed at office visits17 and support from advocacy groups, professional societies, and insurers. We suggest that ASCO add recommendations regarding surveillance testing to its Quality Oncology Practice Initiative (QOPI).18

Sequential Monotherapy versus Combination Therapy

This is another area in which the ASCO and NCCN guidelines agree. Using advanced breast cancer as an example, experts recommend “sequential monotherapy . . . in the absence of rapid clinical progression, life-threatening visceral metastases, or the need for rapid symptom and/or disease control”19 and state that “there is no compelling evidence that combination regimens are superior to sequential single agents.”11 A Cochrane meta-analysis showed that combination therapy had a small advantage over single agents for first-line therapy but caused more toxicity, and the review left unresolved the question of whether sequential single agents were a better choice.20 Many of the available combination-agent versus single-agent clinical trials for second-line or later therapy are fatally flawed by not including appropriate crossover to the second therapy.21 There are situations in which combination therapy is better, such as in patients with lymphoma and in second-line treatment in colon cancer, but these are exceptions.

Why is this important? First, patients will live just as long but will avoid toxic effects. Second, society will benefit from cost reductions associated with less chemotherapy, fewer supportive drugs, and fewer toxicity-associated hospitalizations.

Limiting Chemotherapy on the Basis of Performance Status

For patients with advanced metastatic solid tumors, we should think strongly about using chemotherapy based on performance status. Performance status has been consistently shown to be a major independent predictor of treatment response and survival in many types of cancer. Patients with cancer often are elderly, have substantial coexisting illnesses, and have already been treated with multiple therapies. We suggest a simple rule: patients must be well enough to walk unaided into the clinic to receive chemotherapy (i.e., have an Eastern Cooperative Oncology Group performance status of 3 or below, meaning that they are capable of only limited self-care and are confined to a bed or chair more than 50% of waking hours22). All the NCCN guidelines that mention performance status are in agreement for solid tumors. Of course, exceptions must be made for patients with functional limitations due to other conditions or with previously untreated, highly responsive disease, such as those with amplified expression of human epidermal growth factor receptor type 2 in breast cancer or myeloma. But these patients constitute a small group as compared with those who have progressive solid tumors. Implementation of such a simple threshold could dramatically decrease the use of chemotherapy at the end of life.

Reducing Chemotherapy Dose in Metastatic Solid Cancers

One of our most expensive drugs does not treat the cancer but helps to stimulate white-cell growth sooner after chemotherapy. Hematopoietic colony-stimulating factors (CSFs) are critical to some aspects of modern chemotherapy, such as dose-dense chemotherapy, induction therapy in leukemia, and intense therapy for lymphoma.23 Yet the expense is tremendous and the clinical benefit smaller than hoped; for instance, survival is not improved by using CSFs in two of the most chemotherapy-sensitive cancers, lymphoma24 and small-cell lung cancer.25

To our knowledge, no randomized trial–based evidence for any of the four most common cancers — metastatic, hormone-refractory breast or prostate cancer, non–small-cell lung cancer, and colon cancer — has shown that CSF-supported therapies improve overall cancer survival or quality of life.26 We commonly observe CSFs being misused in support of low-risk combination therapies ranging from adjuvant therapy for breast cancer to the treatment of metastatic colorectal cancer. ASCO guidelines allow the use of CSFs to avoid hospitalization for patients with febrile neutropenia, but in many settings reducing the chemotherapy dose or administering prophylactic antibiotics27 represents a common alternative approach.

This change in practice also has a downside. CSFs are expensive (about $3,500 per injection) and generate $1.25 billion a year in sales28 and substantial profits to oncology practices. In 2011, the revenue earned from each dose of pegfilgrastim (Neulasta, Amgen) prescribed in one large practice in Northern California was 6% ($141) from Medicare patients, 25% ($611) from one of their larger commercial insurers, and 53% ($1,312) from another health plan (Eisenberg P: personal communication). With a decrease in the use of supportive-care agents and chemotherapy, such revenues will fall substantially. ASCO could add the use of CSF (according to indication) to its QOPI recommendations. If nothing else, this suggestion should stimulate discussion about CSF regimens that involve lower doses and costs as well as about possible alternative agents.

Symptom-Directed Care When Chemotherapeutic Success Is Unlikely

We propose a routine switch to nonchemotherapy palliative care for patients with progression of disease after receiving three consecutive regimens. We are asking physicians and patients to follow guidelines such as those for breast cancer11 or lung cancer29 and to consider a recent ASCO position paper that reinforces the practice of discontinuing chemotherapy when the chance of success is minimal.30 This should not be seen as a “three strikes and you’re out” program but rather as a switch to a different team. Treatment beyond the accepted boundary should be given only as part of a clinical trial or within a prospective registry, with Medicare’s coverage with evidence development as a model.

Changing Attitudes and Practice

There are other ways that the system can improve care while saving substantial amounts of money. However, such steps require adjustments in attitude and are not under the direct control of the oncologist (Table 2). The first step is a frank acknowledgment that changes are needed.

Importance of End-of-Life Discussions

We also drive up costs and provide poorer care as a result of what we fail to do: engage in discussions about the possibility of death, end-of-life choices, and ways patients make the transition to the prospect of dying. In a study at our institution of 75 hospitalized patients with cancer, the oncologist had initiated a discussion of advance directives with only 2 patients.31 In a prospective, multicenter study of 360 patients, only 37% of the patients and their families could recall having a discussion about impending death with the physician.32 Such a discussion is a prerequisite to good planning. Oncologists wait until symptoms appear or until they believe that nothing more can be done.33 In one study, at 2 months before their death, half the patients with metastatic lung cancer had not had a discussion with their doctors about hospice.34 This may explain why in a recent series the average length of stay in hospice for patients with lung cancer was 4 days.35

The importance of this discussion is now evident: people who have these conversations experience less depression or anxiety, receive less aggressive end-of-life care, and rarely die in an intensive care unit or on a ventilator. Moreover, it allows the surviving caregiver to have a better quality of life and would save our society millions of dollars.36

Resetting Expectations

Most patients with cancer have unrealistically optimistic expectations regarding their prognosis and response to therapy.37 According to one recent study, most of the patients with lung cancer expected to live for more than 2 years even though the average length of survival is about 8 months.34

Resetting expectations will be difficult. Tools are available to help the oncologist provide truly informed consent38 by sharing anticipated response rates, chances of cure (always near zero for patients with metastatic solid tumors), and side effects; discussing transitional care to hospice39,40; and allowing patients and families to make informed decisions41 and to maintain hope.42 Such tools help reset expectations and assist patients, families, and providers to accept the transition to nonchemotherapy palliative care. Many oncologists do not have these skills,43 so use of a decision aid may help. The purpose of such aids is not to proscribe therapy but to help patients and families understand their options and to assist doctors in recommending care that has been known to help.44

Compensation for Cognitive Services

Since 2000, the salaries of U.S. medical oncologists have risen and are now among the highest of any specialty.45 It is simply not possible to earn such salaries through reimbursement for services that are designated “evaluation and management.” Medicare data have clearly shown that some oncologists choose chemotherapy in order to maximize income for their practice.46,47 A system in which over half the profits in oncology are from drug sales is unsustainable.

How might the reimbursement system be changed? One way would be to pay all oncologists a fixed fee per unit of cognitive care and compensate the oncology practice separately for support services (e.g., nurses, psychologists, chaplains, or social workers), similar to the system used for the technical component of medical imaging. Another approach would be to shift to monitored-care pathways. U.S. Oncology, the country’s largest private-practice organization, has implemented pathway-driven care, allowing regimens for first-line through third-line treatment but requiring central approval for subsequent chemotherapy. Prospective tracking of their patients with non–small-cell lung cancer showed that survival was the same whether the treatment was on or off the pathway, yet costs were 35% lower when the pathway was used.48 UnitedHealthcare is piloting a program of episode management, in which there is essentially no profit to be gained from choosing chemotherapy but oncologists’ income is maintained (at least for now).49

Many of the responsibilities of oncologists are reimbursed poorly or not at all, such as referring patients to participate in a clinical trial, discussing physicians’ orders for life-sustaining treatment with patients, discussing advance medical directives, and managing unrealistic expectations through family conferences. New approaches to reimbursement for cognitive care are essential, since a future shortage of oncologists is projected to be 40%,50 and low salaries for extraordinarily hard work will reduce the numbers further.

Better Integration of Palliative Care

We can reduce patients’ fears of abandonment by means of better-integrated palliative care. This topic is fraught with misunderstanding given the references to “death panels” during the recent debate concerning health care legislation. In two large, randomized trials, the combination of palliative care and the usual oncologic care was associated with equal51 or longer survival, as compared with usual care alone.35 Two other trials of palliative care in conjunction with usual care (in a mix of patients with or without cancer) showed equivalent survival and better patient and family satisfaction, as compared with usual care, as well as a cost savings of over $4,800 per patient.52,53 The Aetna Compassionate Care Program of nurse-managed palliative care alongside usual care in which patients were identified on the basis of administrative claims (thus bypassing the oncologist) was associated with a doubling both of hospice referrals and of hospice length of stay, in addition to dramatically reducing the number of hospital days.54 Data from Medicare indicate substantial variations in hospital death rates and the relative underuse of hospice55 despite good evidence that hospice patients live longer56 without incurring higher costs.57

Improved coordination of care that lets patients choose their course while not requiring an artificial switch from usual care to hospice will be a triple win: better quality and quantity of life plus meaningful cost savings. The impact can be quick and dramatic. According to national statistics, at least 20% of patients with solid tumors are receiving chemotherapy within 2 weeks of their death.58 The University of Michigan reduced chemotherapy use from 50% to about 20% in the patient’s last 2 weeks of life by simply initiating feedback to its physicians about their own practice.59 A discussion regarding concurrent care models — if we choose to have it — can shift from considering either palliative care or usual care to considering whether these two types of care can be combined.

Comparative-Effectiveness and Cost-Effectiveness Analyses

If we are to be able to afford new drugs and care for more patients, there must be some limits placed on the types and costs of care. Regardless of the method used to allocate limited resources, these decisions will be difficult and will reduce not only treatment choices but also the incomes of some physicians and hospitals. The national imperative is to empower a transparent, acceptable, equitable, politically independent agency for guidance in making tough choices in the public interest so that doctors do not have to make them at the bedside.60 Ultimately, we will have to make decisions based on some criteria, and comparative-effectiveness61 and cost-effectiveness62 analyses are good ways to align resource use with the greatest health benefit. One core principle we anticipate from this is a more evident link between the pricing and the effectiveness of cancer drugs (or procedures).63 For example, the price per cycle of ixabepilone for third-line or fourth-line therapy in metastatic breast cancer, which extends disease-free survival by 2 months with no effect on actual survival, is higher than that of life-saving trastuzumab in patients given adjuvant breast cancer therapy. We are not suggesting that the approval of new drugs be put on hold but rather that we need to be conscious of costs regarding both new and current therapies before they are accepted.44


Like the members of Congress who promised to cut the federal budget but now do not want to reduce funding for Medicare, Social Security, or the Department of Defense, we as a society face tough decisions. Some areas of oncology — for example, clinical trials and curative as well as proven adjuvant treatments — should be off limits when it comes to primary cost considerations. We understand that this will be extraordinarily difficult, since one person’s cost constraint is another person’s perceived lifesaving benefit and yet another’s income. We should also recognize that patients facing death have a very different and important perspective on risk.64 However, we are convinced that we can take these steps if we work together as consumers, advocates, professional societies, and payers. There really is no other way. Our intention is to encourage other specialties to do the same and flatten the cost curve so that patients can continue to get the best new therapies.

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