Search This Blog

Wednesday, July 8, 2020

How A COVID-19 Vaccine Could Cost Americans Dearly

Yes, of course, Americans’ health is priceless, and reining in a deadly virus that has trashed the economy would be invaluable.
But a COVID-19 vaccine will have an actual price tag. And given the prevailing business-centric model of American drug pricing, it could well be budget breaking, perhaps making it unavailable to many.
The last vaccine to quell a global viral scourge was the polio inoculation, which ended outbreaks that killed thousands and paralyzed tens of thousands each year in the United States. The March of Dimes Foundation covered the nominal drug cost for a free national vaccination program.
It came in the mid-1950s, before health insurance for outpatient care was common, before new drugs were protected by multiple patents, before medical research was regarded as a way to become rich. It was not patented because it was not considered patentable under the standards at the time.
Now we are looking for viral deliverance when drug development is one of the world’s most lucrative businesses, ownership of drug patents is disputed in endless court battles, and monopoly power often lets manufacturers set any price, no matter how extraordinary. A new cancer treatment can cost a half-million dollars, and old staples like insulin have risen manifold in price to thousands of dollars annually.
And the American government has no effective way to fight back.
Recent vaccines targeting more limited populations, such as a meningitis B vaccine for college students and the shingles vaccine for older adults, have a retail cost of $300 to $400 for a full course.
If a COVID-19 vaccine yields a price of, say, $500 a course, vaccinating the entire population would bring a company over $150 billion, almost all of it profit.
Dr. Kevin Schulman, a physician-economist at the Stanford Graduate School of Business, called that amount “staggering.” But Katherine Baicker, dean of the University of Chicago Harris School of Public Policy, said that from society’s perspective “$150 billion might not be an unreasonable sum” to pay to tame an epidemic that has left millions unemployed and cost the economy trillions.
Every other developed country has evolved schemes to set or negotiate prices, while balancing cost, efficacy and social good. The United States instead has let business calculations drive drug price tags, forcing us to accept and absorb ever higher costs. That feels particularly galling for treatments and vaccines against COVID-19, whose development and production is being subsidized and incentivized with billions in federal investment.
When AZT, the first effective drug for combating the virus that causes AIDS, was introduced in 1992, it was priced at up to $10,000 a year or about $800 a month. It was the most expensive prescription drug in history, at that time. The price was widely denounced as “inhuman.” Today that price gets you some drugs for toenail fungus.
Investors already smell big money for a COVID-19 vaccine.
The market cap of Moderna, a small Boston-area company that has partnered with the National Institutes of Health in the vaccine race, has tripled since Feb. 20, to $23 billion from $7 billion, turning its chief executive into an overnight billionaire. While Moderna’s vaccine is regarded as a strong contender, the company has never brought a successful drug to market.
Manufacturers have traditionally claimed that only the lure of windfall profits would encourage them to take the necessary risks, since drug development is expensive and there’s no way of knowing whether they’re putting their money on a horse that will finish first, or scratch.
More recently they have justified high prices by comparing them with the costs they would prevent. Expensive hepatitis C drugs, they say, avoid the need for a $1 million liver transplant. No matter that the comparison being made is to the highly inflated costs of treating disease in American hospitals.
Such logic would be disastrous if it were applied to a successful COVID vaccine. COVID-19 has shut down countless businesses, creating record-high unemployment. And the medical consequences of severe COVID-19 mean weeks of highly expensive intensive care.
“Maybe the economic value of the COVID vaccine is a trillion — and even if the expense to the company was a billion, that’s 1,000 times return on investment,” said Schulman. “No economic theory would support that.”
In 2015, the Senate Finance Committee came up with a simpler explanation for high drug prices. After reviewing 20,000 pages of company documents, it found that Gilead Sciences had what the committee’s ranking Democratic member, Ron Wyden of Oregon, called “a calculated scheme for pricing and marketing its hepatitis C drug based on one primary goal, maximizing revenue.”
In setting prices, drugmakers rarely acknowledge the considerable federal funding and research that have helped develop their products; they have not offered taxpayer-investors financial payback.
The Biomedical Advanced Research and Development Authority, a federal agency known as BARDA, is giving Moderna up to $483 million for late-stage development of its vaccine.
The basic science that has allowed the small company to move so rapidly was developed with a huge prior infusion of federal money to come up with a treatment for diseases like Zika.
Francis Collins, the head of the National Institutes of Health, has said the government has some intellectual property rights. Moderna seems to dispute that view, saying it is “not aware of any I.P. that would prevent us from commercializing” a COVID-19 vaccine.
Likewise, AstraZeneca, a top competitor, has received a BARDA promise of up to $1.2 billion for commercializing a product derived from research at the University of Oxford.
There is no simple, direct mechanism for regulators or legislators to control pricing. Our laws, in fact, favor business: Medicare is not allowed to engage in price negotiations for medicines covered by its Part D drug plan. The Food and Drug Administration, which will have to approve the manufacturer’s vaccine for use as “safe and effective,” is not allowed to consider proposed cost. The panels that recommend approval of new drugs generally have no idea how they will be priced.
“The idea that we would allow ourselves to be held hostage in an emergency is mind-boggling,” said David Mitchell, head of Patients for Affordable Drugs, an advocacy group.
That’s why a bipartisan coalition in the House recently proposed two new bills to prevent “price gouging” for “taxpayer funded COVID-19 drugs” to ensure affordable pricing.
The exact mechanisms for enacting the provisions therein — such as requiring manufacturers to reveal their development costs — remain unclear. The industry has previously protected development data as a trade secret. The bills would also require “reasonable pricing clauses” be included in agreements between drug companies and agencies funding their work. They propose waiving exclusive licenses for COVID-19 drugs, allowing competitors to sell the same products as long as they pay the patent holder royalties.
Other countries, such as Britain, take a more head-on approach: a national body does a cost-benefit analysis regarding the price at which a new drug is worth being made available to its citizens. Health authorities then use that information to negotiate with a drugmaker on price and to develop a national reimbursement plan.
We could, too, but would need to consider mechanisms outside of our current box — at least for this national emergency.
The federal government could, for example, invoke a never-before-used power called “march-in rights,” through which it can override a patent holder’s rights if it doesn’t make its medicines “available to the public on reasonable terms.” (Unfortunately, in already-signed agreements with BARDA, some drugmakers have explicitly watered down or eliminated that proviso.)
We could, alternatively, allow Medicare to negotiate drug prices — a proposal that has been raised by politicians and beaten back by industry again and again. We would then need to restrict markup for a COVID-19 vaccine for the private market. Otherwise, we’d get the kinds of results emerging from the COVID testing industry, where Medicare pays $100 for the test but some labs charge insurers over $2,000.
There is already reason to worry that our deliverance from the coronavirus will cost us plenty. BARDA paid AztraZeneca up to $1.2 billion toward development, production and delivery of its candidate vaccine, in order to secure 300 million doses in October. Britain paid the equivalent of $80 million to secure 100 million doses in September — one-fifth of what the United States government agreed to pay per dose.
Baicker, the public policy school dean, thinks public scrutiny will prevent outrageous pricing. The industry has made various pledges, trying to balance corporate citizenship against making eager investors happy: Astra Zeneca has promised 1 billion doses for low- and middle-income countries. Johnson & Johnson says it would make the COVID-19 vaccine available on a “not for profit basis” at $10 for “emergency pandemic use.”
We’ve heard such offers before. Pharmaceutical companies routinely provide coupons to cover patient copayments for expensive drugs so that we don’t squawk when they charge our insurance company tens of thousands for the medicine, driving up premiums year after year. A naloxone injector to reverse heroin overdoses is given free to some clinics, but priced at thousands for the rest.
And it won’t feel like a bargain if we get free or cheap vaccines during a pandemic but pay dearly for annual COVID-19 shots thereafter.
Drug companies deserve a reasonable profit for taking on this urgent task of creating a COVID-19 vaccine. But we deserve a return, too.
So before these invaluable vaccines hit the market, we should talk about an actual price. Otherwise, we will be stuck paying dearly for shots that the rest of the world will get for much less.

Even a Few Days of Steroids May Be Risky – New Study

Extended use of corticosteroids for chronic inflammatory conditions puts patients at risk for serious adverse events (AEs), including cardiovascular disease, osteoporosis, cataracts, and diabetes. Now, a growing body of evidence suggests that even short bursts of these drugs are associated with serious risks.
Most recently, a population-based study of more than 2.6 million people found that taking corticosteroids for 14 days or less was associated with a substantially greater risk for gastrointestinal (GI) bleeding, sepsis, and heart failure, particularly within the first 30 days after therapy.
In the study, Tsung-Chieh Yao, MD, PhD, a professor in the Division of Allergy, Asthma, and Rheumatology in the Department of Pediatrics at Chang Gung Memorial Hospital in Taoyuan, Taiwan, and colleagues used a self-controlled case series to analyze data from Taiwan’s National Health Insurance Research Database of medical claims. They compared patients’ conditions in the period from 5 to 90 days before treatment to conditions from the periods from 5 to 30 days and from 31 to 90 days after therapy.
With a median duration of 3 days of treatment, the incidence rate ratios (IRRs) were 1.80 (95% CI, 1.75 –1.84) for GI bleeding, 1.99 (95% CI, 1.70 – 2.32) for sepsis, and 2.37 (95% CI, 2.13 – 2.63) for heart failure.
Given the findings, physicians should weigh the benefits against the risks of rare but potentially serious consequences of these anti-inflammatory drugs, according to the authors.
“After initiating patients on oral steroid bursts, physicians should be on the lookout for these severe adverse events, particularly within the first month after initiation of steroid therapy,” Yao told Medscape Medical News.
The findings were published online July 6 in Annals of Internal Medicine.
Of the 15,859,129 adult Asians in the Taiwanese database, the study included 2,623,327 adults aged 20 to 64 years who received single steroid bursts (14 days or less) between January 1, 2013, and December 31, 2015.
Almost 60% of the indications were for skin disorders, such as eczema and urticaria, and for respiratory tract infections, such as sinusitis and acute pharyngitis. Among specialities, dermatology, otolaryngology, family practice, internal medicine, and pediatrics accounted for 88% of prescriptions.
“Our findings are important for physicians and guideline developers because short-term use of oral corticosteroids is common and the real-world safety of this approach remains unclear,” the authors write. They acknowledge that the database did not provide information on such potential confounders as disease severity and lifestyle factors, nor did it include children and vulnerable individuals, which may limit the generalizability of the results.
The findings echo those of a 2017 cohort study conducted by researchers at the University of Michigan in Ann Arbor. That study, by Akbar K. Waljee, MD, an assistant professor of gastroenterology, and colleagues, included data on more than 1.5 million privately insured US adults. The researchers included somewhat longer steroid bursts of up to 30 days’ duration and found that use of the drugs was associated with a greater than fivefold increased risk for sepsis, a more than threefold increased risk for venous thromboembolism, and a nearly twofold incresed risk for fracture within 30 days of starting treatment.
Furthermore, the elevated risk persisted at prednisone-equivalent doses of less than 20 mg/d (IRR, 4.02 for sepsis, 3.61 for venous thromboembolism, and 1.83 for fracture; all P < .001).
The US study also found that during the 3-year period from 2012 to 2014, more than 20% of patients were prescribed short-term oral corticosteroids.
“Both studies indicate that these short-term regimens are more common in the real world than was previously thought and are not risk free,” Yao said.
Recognition that corticosteroids are associated with adverse events has been building for decades, according to the authors of an editorial that accompanies the new study.
“However, we commonly use short corticosteroid ‘bursts’ for minor ailments despite a lack of evidence for meaningful benefit. We are now learning that bursts as short as 3 days may increase risk for serious AEs, even in young and healthy people,” write editorialists Beth I. Wallace, MD, from the Center for Clinical Management Research at the VA Ann Arbor Healthcare System and the Institute for Healthcare Policy and Innovation at Michigan Medicine in Ann Arbor, and Waljee, who led the 2017 study.
Wallace and Waljee draw parallels between corticosteroid bursts and other short-term regimens, such as of antibiotics and opiates, in which prescriber preference and sometimes patient pressure play a role. “All of these treatments have well-defined indications but can cause net harm when used. We can thus conceive of a corticosteroid stewardship model of targeted interventions that aims to reduce inappropriate prescribing,” they write.
In comments to Medscape Medical News, editorialist Wallace, a rheumatologist who prescribes oral steroids fairly frequently, noted that the Taiwan study is the first to investigate steroid bursts. “Up till now, these very short courses have flown under the radar. Clinicians very commonly prescribe short courses to help relieve symptoms of self-limited conditions like bronchitis, and we assume that because the exposure duration is short, the risks are low, especially for patients who are otherwise healthy.”
She warned that the data in the current study indicate that these short bursts ― even at the lower end of the 1- to 2-week courses American physicians prescribe most often ― carry small but real increases in risk for serious AEs. “And these increases were seen in young, healthy people, not just in people with preexisting conditions,” she said. “So, we might need to start thinking harder about how we are prescribing even these very short courses of steroids and try to use steroids only when their meaningful benefits really outweigh the risk.”
She noted that a patient with a chronic inflammatory condition such as rheumatoid arthritis may benefit substantially from short-term steroids to treat a disease flare. “In that specific case, the benefits of short-term steroids may outweigh the risks,” Wallace said.
But not everyone thinks a new strategy is needed. For Whitney A. High, MD, associate professor of dermatology and pathology at the University of Colorado in Denver, the overprescribing of short-term corticosteroids is not a problem, and dermatologists are already exercising caution.
“I only prescribe these drugs short term to, at a guess, about 1 in 40 patients and only when a patient is miserable and quality of life is being seriously affected,” he said. “And that’s something that can’t be measured in a database study like the one from Taiwan but only in a risk-benefit analysis,” he told Medscape Medical News.
Furthermore, dermatologists have other drugs and technologies in their armamentarium, including topical steroids with occlusion or with wet wraps, phototherapy, phosphodiesterase inhibitors, calicipotriene, methotrexate and other immunosuppressive agents, and biologics. “In fact, many of these agents are specifically referred to as steroid-sparing,” High said.
Nor does he experience much pressure from patients to prescribe these drugs. “While occasionally I may encounter a patient who places pressure on me for oral steroids, it’s probably not nearly as frequently as providers in other fields are pressured to prescribe antibiotics or narcotics,” he said.
According to the Taiwanese researchers, the next step is to conduct more studies, including clinical trials, to determine optimal use of corticosteroids by monitoring adverse events. In the meantime, for practitioners like Wallace and High, there is ample evidence from several recent studies of the harms of short-term corticosteroids, whereas the benefits for patients with self-limiting conditions remain uncertain. “This and other studies like it quite appropriately remind providers to avoid oral steroids when they’re not necessary and to seek alternatives where possible,” High said.
The study was supported by the National Health Research Institutes of Taiwan, the Ministry of Science and Technology of Taiwan, the Chang Gung Medical Foundation, and the Eunice Kennedy Shriver National Institute of Child Health and Human Development of the National Institutes of Health (NIH). Yao has disclosed no relevant financial relationships. Wu has received grants from GlaxoSmithKline outside the submitted work. The editorialists and High have disclosed no relevant financial relationships. Wallace received an NIH grant during the writing of the editorial.
Ann Intern Med. Published online July 6, 2020. Abstract, Editorial

Quercetin: New Hype for COVID-19?

A plant flavonoid found in capers and green tea is being eyed by some as a potential adjunct therapy for patients with COVID-19, but whether quercetin will stand the test of rigorous trials remains unclear.
Proponents of the supplement say it could be one part of a treatment regimen along with interventions like remdesivir or convalescent plasma, and that its over-the-counter availability and relatively good safety profile serve as advantages.