Search This Blog

Sunday, March 17, 2019

Bayer on new 2019 ACC/AHA guideline on primary prevention of cardio disease

No one should start, stop or modify an aspirin regimen without first speaking with their healthcare provider. With the recent changes in the cardiovascular guidelines by the American College of Cardiology (ACC) and the American Heart Association (AHA), Bayer realizes there may be confusion around the appropriate use of aspirin.

It’s important to note that the changes in the ACC and AHA guidelines offer more precise criteria with regard to appropriate aspirin use in individuals who have not previously experienced a cardiac event (primary prevention). The updated guidelines do not change the recommendation of aspirin in secondary prevention, and demonstrate that there is still a role for aspirin in primary prevention.
Aspirin continues to be the cornerstone treatment for the prevention of secondary cardiovascular events (secondary prevention). For those who have already experienced a heart attack, stroke or other cardiovascular event, discontinuing an aspirin regimen without a doctor’s guidance could increase the risk of another heart attack by 63 percent and an ischemic stroke by 40 percent. The guidelines do not change the role of aspirin during a suspected heart attack as directed by a doctor.
Aspirin is widely recognized as one of the preeminent antiplatelet therapies of choice across a wide cardiovascular risk continuum, based on its proven efficacy, safety and cost-effectiveness.

Tiny PhaseBio gets NEJM spotlight: Can shares rebound?

PhaseBio, a small biotechnology firm based in Malvern, Pa., is not loved by investors. Its shares are down 25 percent from their October 2018 initial public offering, and the company has a market capitalization of just $89 million. So it’s a bit of a surprise to see the company’s experimental drug highlighted in the New England Journal of Medicine.
The study, also being presented here at the annual meeting of the American College of Cardiology, tested PhaseBio’s drug, PB2452, as a way to reverse the effects of Brilinta, an AstraZeneca drug that is used to prevent blood from clotting in heart patients, including those who have received stents to prop open clogged arteries.
PB2452, an antibody, was originally being developed by AstraZeneca. That London-based drug giant, which was an investor in PhaseBio, licensed the medicine to the smaller company after the potential for PhaseBio’s original prospects dimmed, said PhaseBio chief executive Jonathan Mow.
The study tested the reversal agent in 64 healthy volunteers, 48 of whom received the PB2452. The other 16 were given placebo. All were given Brilinta first. In the patients given PB2452, the effects of Brilinta were reversed in five minutes, and the reversal lasted more than 20 hours.
“I think it has the potential to be really useful,” said Dr. Deepak Bhatt, of Brigham and Women’s Hospital, who conducted the study with funding from PhaseBio. He said he might be willing to use the drug right now (it is not yet approved) for a patient with a serious, life-threatening bleed. More data, he said, is needed in order to use it for patients who are on Brilinta and awaiting surgery.
That would probably be the bigger medical use for such a drug. Right now, surgeons are instructed to wait five days for Brilinta to stop working before doing a procedure like open-heart surgery. “If we can reverse these drugs, it’s not a huge indication, but it could be lifesaving,” said Dr. Steven Nissen, chairman of cardiology at the Cleveland Clinic. “It’s not somebody who is bleeding, it is someone who needs an operation.”
What investors probably don’t like is that even this indication may be very small. Brilinta has recently become a $1 billion-a-year seller globally, but it and another drug, Eli Lilly’s Effient, have failed to make much of a dent in the standard medicine doctors use: clopidogrel, a generic drug once known as the cardiac mega-blockbuster Plavix. PB2452 is also a drug that would be given only once.
It’s probably a small market. PhaseBio’s Mow argued that as much as 10 percent of Brilinta patients could be candidates for the reversal agent. But he also said that doctors might be likely to choose Brilinta more often once a reversal agent is available, and that this trend could accelerate after Brilinta loses patent protection in 2024. In the meantime, PhaseBio will move forward with conducting a 250-to-300-patient study aimed at securing regulatory approval from the Food and Drug Administration. Based on FDA guidelines, Mow said, approval could come based on the first 50 patients, with the rest of the study conducted after approval is granted.

Brain wave stimulation may improve Alzheimer’s symptoms

By exposing mice to a unique combination of light and sound, MIT neuroscientists have shown that they can improve cognitive and memory impairments similar to those seen in Alzheimer’s patients.
This noninvasive treatment, which works by inducing brain waves known as gamma oscillations, also greatly reduced the number of amyloid plaques found in the brains of these mice. Plaques were cleared in large swaths of the brain, including areas critical for cognitive functions such as learning and memory.
“When we combine visual and auditory stimulation for a week, we see the engagement of the prefrontal cortex and a very dramatic reduction of amyloid,” says Li-Huei Tsai, director of MIT’s Picower Institute for Learning and Memory and the senior author of the study.
Further study will be needed, she says, to determine if this type of treatment will work in human patients. The researchers have already performed some preliminary safety tests of this type of stimulation in healthy human subjects.
MIT graduate student Anthony Martorell and Georgia Tech graduate student Abigail Paulson are the lead authors of the study, which appears in the March 14 issue of Cell.
Memory improvement
The brain’s neurons generate electrical signals that synchronize to form brain waves in several different frequency ranges. Previous studies have suggested that Alzheimer’s patients have impairments of their gamma-frequency oscillations, which range from 25 to 80 hertz (cycles per second) and are believed to contribute to brain functions such as attention, perception, and memory.
In 2016, Tsai and her colleagues first reported the beneficial effects of restoring gamma oscillations in the brains of mice that are genetically predisposed to develop Alzheimer’s symptoms. In that study, the researchers used light flickering at 40 hertz, delivered for one hour a day. They found that this treatment reduced levels of beta amyloid plaques and another Alzheimer’s-related pathogenic marker, phosphorylated tau protein. The treatment also stimulated the activity of debris-clearing immune cells known as microglia.
In that study, the improvements generated by flickering light were limited to the visual cortex. In their new study, the researchers set out to explore whether they could reach other brain regions, such as those needed for learning and memory, using sound stimuli. They found that exposure to one hour of 40-hertz tones per day, for seven days, dramatically reduced the amount of beta amyloid in the auditory cortex (which processes sound) as well as the hippocampus, a key memory site that is located near the auditory cortex.
“What we have demonstrated here is that we can use a totally different sensory modality to induce gamma oscillations in the brain. And secondly, this auditory-stimulation-induced gamma can reduce amyloid and Tau pathology in not just the sensory cortex but also in the hippocampus,” says Tsai, who is a founding member of MIT’s Aging Brain Initiative.
The researchers also tested the effect of auditory stimulation on the mice’s cognitive abilities. They found that after one week of treatment, the mice performed much better when navigating a maze requiring them to remember key landmarks. They were also better able to recognize objects they had previously encountered.
They also found that auditory treatment induced changes in not only microglia, but also the blood vessels, possibly facilitating the clearance of amyloid.
Dramatic effect
The researchers then decided to try combining the visual and auditory stimulation, and to their surprise, they found that this dual treatment had an even greater effect than either one alone. Amyloid plaques were reduced throughout a much greater portion of the brain, including the prefrontal cortex, where higher cognitive functions take place. The microglia response was also much stronger.
“These microglia just pile on top of one another around the plaques,” Tsai says. “It’s very dramatic.”
The researchers found that if they treated the mice for one week, then waited another week to perform the tests, many of the positive effects had faded, suggesting that the treatment would need to be given continually to maintain the benefits.
In an ongoing study, the researchers are now analyzing how gamma oscillations affect specific brain cell types, in hopes of discovering the molecular mechanisms behind the phenomena they have observed. Tsai says she also hopes to explore why the specific frequency they use, 40 hertz, has such a profound impact.
The combined visual and auditory treatment has already been tested in healthy volunteers, to assess its safety, and the researchers are now beginning to enroll patients with early-stage Alzheimer’s to study its possible effects on the disease.
The research was funded, in part, by the Robert and Renee Belfer Family Foundation, the Halis Family Foundation, the JPB Foundation, the National Institutes of Health and the MIT Aging Brain Initiative.
Story Source:
Materials provided by Massachusetts Institute of Technology. Original written by Anne Trafton. Note: Content may be edited for style and length.

Journal Reference:
  1. Anthony J. Martorell, Abigail L. Paulson, Ho-Jun Suk, Fatema Abdurrob, Gabrielle T. Drummond, Webster Guan, Jennie Z. Young, David Nam-Woo Kim, Oleg Kritskiy, Scarlett J. Barker, Vamsi Mangena, Stephanie M. Prince, Emery N. Brown, Kwanghun Chung, Edward S. Boyden, Annabelle C. Singer, Li-Huei Tsai. Multi-sensory Gamma Stimulation Ameliorates Alzheimer’s-Associated Pathology and Improves CognitionCell, 2019; DOI: 10.1016/j.cell.2019.02.014

As ICU staple med price spikes, can compounding help? Courts will decide

When a sepsis patient goes into vasodilatory shock — that is, blood stops flowing to the brain and other vital organs — the intensive care unit springs into action. Alarms blare and frenzied doctors and nurses rush to find a crash cart, scrambling through its contents for a decades-old drug: vasopressin.
Until recently, the drug was so vital and so cheap that hospital staffs kept it stashed in every corner of the ICU. In 2011, a box of 25 tiny vials cost less than $200. But after the Food and Drug Administration granted an Endo Pharmaceuticals subsidiary the exclusive right to make the drug in 2014, the price spiked: the same box, now bearing the brand name Vasostrict, cost over $4,000 in 2018.
It sounds like a time-worn tale in the vein of daraprim and EpiPen: another drug maker cornering the market and spiking the price of an old and vital drug.
There is, however, another version of vasopressin on the market — a compounded product, made by a Buffalo, N.Y.-based drug maker that combines the medicine’s bulk ingredients much the way as its FDA-approved counterpart. The alternative’s very existence has already sparked allegations of trade secrets theft, and inspired at least three lawsuits against its manufacturer and against the FDA itself. The latest was filed just last week.
Compounded drugs like vasopressin, which the FDA doesn’t review for safety and efficacy, raise an obvious question that cuts to the heart of FDA’s raison d’ĂȘtre: When is it OK to sidestep the agency’s so-called gold-standard review process? The drugs and the FDA’s regulations surrounding them are raising another major question, too: Is compounding acceptable if the main reason for doing so is to offer the medicine at a more affordable price?
And as the thicket of lawsuits surrounding vasopressin makes clear, it may be federal judges — not the career scientists and medical doctors at FDA — who decide those existential questions.
“We have heard this very familiar sounding Shkrellianesque tale through the years,” Hyman, Phelps & McNamara attorney Karla Palmer recently wrote. “But will the pricing trevails [sic] move the Court?”
The modern origins of FDA’s headache with vasopressin date back to 1962. That year, Congress began requiring FDA to prove that drugs were not only safe, but also effective. The question then became, what to do with drugs already on the market, such as vasopressin?
In 2006, the agency began encouraging drug makers to push old drugs through the current FDA approval process. In exchange, they’d receive the exclusive right to sell the drug, much like any other newly approved brand name drug.
Vasopressin was formally approved by FDA in 2014. Par Sterile Products, a subsidiary of Endo Pharmaceuticals, a Dublin-based drug company most known for its opioid painkillers, got the exclusivity rights and quickly spiked the price of the product.
“In my career I’ve seen vasopressin basically being almost free … to being the most outrageously expensive drug in a relatively short period,” Paul Szumita, a clinical pharmacy practice manager at Brigham and Women’s hospital, told STAT. “It’s outrageous.”
Hospitals like the University of Utah Health scrambled to make sure the drug, long a staple of emergency rooms and intensive care units, didn’t suddenly blow up their budgets.
“We have had to scale back in order to still have it available very quickly,” Erin Fox, the hospital’s senior director of drug information and support services said. “It’s just too expensive to stick everywhere like we used to.”
Vizient, which buys drugs on behalf of hospitals around the country, recently found vasopressin was the 12th most expensive acute care drug their members bought. The other drugs on their list, which include Neulasta, Remicade, and Keytruda, are not only newer, but they treat much more complex conditions. Through its subsidiary Par, Endo sold nearly $400 million worth of the drug in 2017, according to SEC filings.
“We believe we’ve taken a reasonable and appropriate pricing on our products,” Laure Park, Endo’s senior vice president of investor relations and corporate affairs, told STAT. “We work really closely with our hospital customers to make sure that they have this critical drug available to meet their needs.”
Park declined to explain to STAT how Endo determined that its pricing was “reasonable and appropriate.” “Hopefully you can trust that we are not going to go through all of the elements that we consider, but we believe that the actions we’ve taken are reasonable and appropriate,” Park said.
In April 2017, a Texas compounding company, QuVa Pharma, threw a wrench into Endo’s market and asked the FDA for permission to make a compounded version of vasopressin.
At the time, the FDA was in the process of determining which drugs could be compounded because there were important medical reasons to do so — those with a “clinical need,” in agency lingo. QuVa wanted to ensure vasopressin was on that list.
Compounding, at its most basic, is the altering of a drug to meet a patient’s need. That could mean removing a dye, or making a capsule into a liquid form, but increasingly compounding has come to encompass large-scale manufacturing of medicines, not made for just one patient, but to stock hospital shelves.
It’s not meant to be “a workaround to the costs and safety assurances associated with premarket review and with pre-approval inspections,” Eli Tomar, counsel at the law firm Akin Gump, who represents compounders that work with FDA-approved drugs rather than bulk drug substances, told STAT.
Detractors say letting companies mass produce drugs that aren’t subject to the FDA approval process opens up patients to undue risks, given the products haven’t been proven safe and effective. They point to a 2012 outbreak of fungal meningitis that killed 64 and was tied to the New England Compounding Center as the consequences of large-scale, underregulated compounding.
That’s why the FDA determines which drugs are OK to compound and which aren’t. Right now, it only takes clinical need into account.
But advocates say cases like vasopressin — where compounding is relatively simple and the price has spiked dramatically — should enter into the agency’s calculations, too. They argue that before the FDA started reviewing old drugs that had been on the market before the agency started reviewing for safety and efficacy, companies were already making these products safely without FDA approval.
There’s even some precedent for the FDA to turn to compounding when drugs that have been safely produced for decades, like vasopressin, spike in price. In March 2011, the FDA decided to turn a blind eye to compounders making a compounded version of Makena, KV Pharmaceuticals’ progestin product used to reduce the risk of preterm births, because the company spiked the price from $20 to $1,500.
Sen. Bernie Sanders (I-Vt.) wrote to FDA Commissioner Scott Gottlieb late last month requesting the agency follow the example of Makena and let companies make cheaper versions of old drugs seeing price spikes. He named vasopressin as one such example.
The FDA has insisted that relaxing the agency’s high bar for allowing compounding would do more harm than good.
“Receiving a compounded drug when a commercially available or approved drug meets the patient’s medical needs puts that patient at unnecessary and unacceptable risk,” Gottlieb told the House Energy and Commerce Committee in January 2018, adding that the products “may have been produced under substandard manufacturing conditions.”
Public health advocates, too, argue allowing compounding just to bring down drug prices would have unintended consequences.
“Solving the problem of high drug prices with untested formulations just trades one problem for another — patients should not have to choose between safety and access,” Elizabeth Jungman, director of public health programs at the Pew Charitable Trusts, told STAT. Jungman added that using compounding to solve the problem of high drug prices would undermine the FDA’s drug approval system by providing a workaround.
Compounders, for their part, have largely sidestepped the debate about price, despite its obvious benefit to their interests. Instead, they argue that their products meet a need that isn’t served by the branded drug maker.
Endo’s vasopressin product, for example, has to be diluted before being given to patients. The compounded version doesn’t.
That’s the tack Texas-based compounder QuVa took with the FDA when it submitted its request to compound vasopressin back in April 2017. But there were other reasons for Endo and its subsidiary Par to be suspect of QuVa’s intentions. Just five days before QuVa sent the FDA the letter, Par’s senior vice president and general manager, Mike Rutkowski, left the company to join QuVa, which had already hired a number of other former Par executives.
In the days leading up to his resignation, Rutkowski allegedly spent his time forwarding internal PowerPoints to QuVa staff and copying documents off his computer to a personal hard drive, according to a trade secrets lawsuit filed by Par against QuVa and Rutkowski. (QuVa declined to comment on the litigation, but Rutkowski has denied these allegations in court filings.)
Once Par got wind of QuVa’s intent to compound vasopressin, it sprung into action: The company wrote to the FDA three separate times, set up phone meetings, and trekked to the FDA’s Maryland campus for an in-person meeting that September.
It was unsuccessful, at least in the interim. In July 2017, the FDA gave QuVa and other compounders its blessing to make the product, at least until the agency could examine the question more closely.
Endo and Par sued the FDA over that interim decision in October 2017. That lawsuit has snaked its way through the D.C. District Court for the past year and a half. In that time another compounder, Athenex, intervened after it announced it also intended to compound vasopressin.
Athenex declined to answer any of STAT’s questions, but the company’s CEO has said publicly that it is actively selling the product. Peter Jenkins, the co-founder of QuVa, the company that originally nominated vasopressin for compounding, told STAT that the company doesn’t currently sell vasopressin.
It’s not entirely clear how much cheaper compounded vasopressin is than its FDA-approved counterpart. Athenex keeps its pricing closely guarded and declined to provide any information to STAT. The company does not provide exact pricing on it’s website, though visitors are greeted with a full-page pop-up that states: “Are you ready to save up to 35% on Vasopressin?”
Pricing obtained from one hospital shared with STAT shows that Athenex’s 50-milliliter IV bag filled with a 1 unit / ml vasopressin solution retails for $268. To make the same bag using Endo’s product would cost a hospital roughly $400, not including the labor costs of getting the drug into an IV bag.
Endo’s Park told STAT that her company is “not feeling an impact to our business,” but deferred to Athenex on any questions about their pricing or marketing.
Endo’s first lawsuit against the FDA may now be moot: On March 1, the agency finally ruled, emphatically, that no compounder may make vasopressin using bulk powder.
“The agency doesn’t see a clinical need for outsourcing facilities to compound from these substances,” Gottlieb wrote in a statement, referring to vasopressin and one other drug. “The law directs the FDA to limit compounding from bulk substances to situations where there’s a clinical need for such products or in situations where the drugs are judged by the FDA to be in shortage.”
Within just four days, Athenex sued to reverse that decision, arguing the FDA lacked the authority to block the compounders from making the drug. Endo has quickly moved to intervene in that lawsuit as well.
Athenex is largely unknown in Washington health policy circles. However, the D.C.-based law firm representing Athenex, BakerHostetler, is not. The same firm also represents the Outsourcing Facility Association, an association of compounders known for fighting FDA’s compounding policies tooth and nail.
The group has called on the FDA to allow any FDA-approved drug product to be made using bulk powder. “Every bulk drug substance that is a component of an FDA-approved product has a proven clinical need and must be included on the 503B Bulks List,” OFA wrote in recent comments to FDA.
If Athenex wins its lawsuit, it could give a boost to those like OFA that want the FDA to be more hands off when it comes to compounding, despite concerns from the FDA and from public health advocates. If the FDA wins, the decision could bolster the agency’s authority to crack down on compounding.
While a wholesale change in the FDA’s compounding rules likely wouldn’t happen without an act of Congress, the Athenex saga will clearly have an impact that ripples beyond vasopressin.
That resolution, however, is a long ways off. And in the meantime, Athenex is still on the market: The FDA agreed last week not to take action against the company until the court rules on the lawsuit.
“We intend to continue selling Vasopressin till [the court reaches a decision],” Athenex CEO Johnson Lau told investors Monday. “And if the court decides the FDA was wrong … we will continue to sell it indefinitely.”

If Purdue declares bankruptcy, what of lawsuits against the opioid maker?

The legal battle over who’s at fault for the opioid crisis, which involves more than 1,600 lawsuits in federal and state courts, could get even more complicated soon, with OxyContin manufacturer Purdue Pharma reportedly considering filing for bankruptcy.
As first reported Monday by Reuters and confirmed by the Wall Street Journal, Purdue is weighing a bankruptcy filing in the face of the lawsuits, which allege the company misled doctors and the public about safety concerns as it promoted its opioid painkillers.
Any bankruptcy filing would freeze the lawsuits against the drug maker and likely result in the claims being shifted into bankruptcy court, according to legal experts. Such a process is meant to ensure that a company that declares bankruptcy can preserve its value while it gets more time to negotiate with every entity to which it owes money. It’s also meant to ensure that all those creditors — as plaintiffs awarded money are known in bankruptcy proceedings — get some piece of the company’s assets.
The Journal also reported that Purdue’s assets were limited in part because the billionaire Sackler family — which owns the Connecticut-based company through trusts — had taken the bulk of the company’s profits.
Purdue has denied the allegations in the lawsuits, which have been filed by hundreds of cities, counties, tribes, and states. While some of those cases are proceeding in various state courts, most have been consolidated in a federal court in Ohio in what’s known as a multi-district litigation, or MDL.
Plaintiffs’ attorneys have likened the ongoing case to the one against the tobacco industry that culminated in a $246 billion settlement two decades ago.
In a statement Monday, the privately held Purdue said that it does not comment on its financial or legal strategy. The statement continued: “We are, however, committed to ensuring that our business remains strong and sustainable. We have ample liquidity and remain committed to meeting our obligations to the patients who benefit from our medicines, our suppliers, and other business partners.”
On Monday, legal experts contacted by STAT outlined how a Purdue bankruptcy might play out. They cautioned that they didn’t know details of the Purdue lawsuits and that these proceedings can vary, particularly in complicated cases.
With that in mind, here is what could happen:
The freeze in litigation against a company that files for bankruptcy is called an automatic stay. Once plaintiffs’ claims are moved to bankruptcy court, they can negotiate or litigate over the amount they are meant to be paid.
(In certain cases, lawsuits against companies that have filed bankruptcy are allowed to proceed if they are close to being resolved or are serving as test cases— establishing, for example, how much one plaintiff’s claim might be worth.)
The litigation against opioid makers is complicated by the fact that Purdue is just one of the defendants in the MDL, along with other pharma companies, drug distributors, and others in the supply chain. While a bankruptcy judge could put the MDL as a whole on hold, it’s possible that the claims against Purdue would be segmented off in bankruptcy court, as the rest of the MDL continues.
Once a company files for bankruptcy, it has to detail for the court all of its assets and debts. The first creditors to get paid are the so-called secured creditors: a bank, for example, that provided a loan to a drug company so that it could start a manufacturing facility.
“Only assets that are leftover from that can go to everybody else,” explained Lindsey Simon, an assistant professor at the University of Georgia School of Law.
Typically, plaintiffs in lawsuits become what are known as unsecured creditors, which could also include vendors that sell a drug company chemicals, service providers like plumbers, and employees who are owed payment. The bankruptcy judge or an appointee generally decides how much each of those creditors is owed, and then all of those claims are tallied. The company’s remaining assets are divided up among them proportionately.
If, for example, a judge decides a particular creditor is owed $10, but the whole pot of unsecured creditors’ claims amounts to $100 and the debtor only has assets of $10, that creditor is going to get $1.
The idea is to produce a resolution in a faster, more focused manner than would be the case in civil court. And even if plaintiffs only receive a fraction of what they are owed, the aim is to get everyone a piece of the pie.
Otherwise, different plaintiffs might try to accelerate their own efforts so they can take the full amount owed to them, leaving little for other plaintiffs.
“If [a company] has to pay cases as they were finalized, the plaintiff that had reached a resolution in its case earlier might get paid in full, but there would be nothing left for anyone else,” said Jesse Fried, a professor at Harvard Law School.
Oklahoma’s case against Purdue and others in the drug industry is the first in line to make it to trial, with a state judge there setting a May trial date. The federal judge overseeing the MDL, Dan Polster, has scheduled some test trials for October to gauge the plaintiffs’ claims.
Purdue has taken steps in recent months that suggest a bankruptcy filing might be possible. In August, Reuters reported that the drug maker had hired the law firm Davis Polk & Wardwell LLP for restructuring advice. And in July, Steve Miller, a restructuring expert, became the company’s board chair.
In 2007, Purdue and company executives agreed to pay $634.5 million to settle federal allegations that the company had misbranded OxyContin. The company and three executives also pleaded guilty to criminal charges.

How the not-for-profit Civica Rx will disrupt the generic drug industry

The generic drug industry should cause prices for medications to drop. But lately it has been engaging in price gouging and making it difficult to obtaining some vital medications.
You’ve heard the stories: a 5,000 percent increase by Turing Pharmaceuticals for one tablet of generic pyrimethamine, which is used to treat toxoplasmosis, a rare infection; a 2,800 percent price increase in a single year for digoxin, a commonly prescribed heart medication.
The chief executive of Nostrum Laboratories, a generic pharmaceutical company, even argued there is a “moral requirement … to sell the product at the highest price,” as he defended a 500 percent increase in the price of nitrofurantoin, a generic drug used to treat bladder infections that is on the World Health Organization’s list of essential medicines.
In response to high pharmaceutical prices and their harmful impact on American consumers, President Trump has proposed lowering Medicare drug prices by tying them to the lower prices that other industrialized countries pay for the same drugs. Sen. Elizabeth Warren (D-Mass.), a 2020 presidential contender, has proposed creating a government-run pharmaceutical manufacturer to mass produce generic medicines in order to lower prices.
Here’s an idea that won’t cost taxpayers a dime: a not-for-profit generic drug company that will shake up the marketplace and benefit the American people. That’s the idea behind Civica Rx, a not-for-profit company formed by three philanthropies and numerous health care organizations that represent about 800 U.S. hospitals. One of the founding health care organizations is Intermountain Healthcare, where I am president and CEO. Martin VanTrieste, the former chief quality officer for Amgen, is serving without compensation as the CEO of Civica Rx.
Our company has a different moral requirement than that of Nostrum and many other generic drug companies: to put patients and their needs first.
Unlike for-profit companies, Civica Rx is a public asset whose mission is to ensure that essential generic medications are accessible and affordable. These are drugs that have emerged from the patent-protection period and are in the public domain. The company will work to ensure they remain that way.
Civica Rx will draw on the collective volume of commitments from its member health care organizations to serve the public good. It will initially focus on 14 hospital-administered generic drugs and expects to have its first products on the market this year.
Shortly after the launch of Civica Rx in September 2018, more than 120 health organizations that represent about one-third of the nation’s hospitals contacted the company and expressed their commitment to the venture or interest in participating with it. Civica Rx is also collaborating with the U.S. Department of Veterans Affairs, which could bring its considerable buying power to the table and would likewise benefit greatly from less-expensive generic medications.
The challenge is clear. Take the example of nitrofurantoin. Nostrum Laboratories raised the price of a bottle of the drug from $474.75 to $2,392, according to Elsevier’s Gold Standard Drug Database. In an interview, Nirmal Mulye, Nostrum’s chief executive, defended the quintupling of the price, saying, “We have to make money when we can. The price of iPhones goes up, the price of cars goes up, hotel rooms are very expensive.”
FDA Commissioner Scott Gottlieb responded on Twitter:
Scott Gottlieb, M.D.
✔@SGottliebFDA
1/2 Regarding @FT story today @bydavidcrow; there’s no moral imperative to price gouge and take advantage of patients. FDA will continue to promote competition so speculators and those with no regard to public health consequences can’t take advantage of patients who need medicine
179 people are talking about this
In 2015, Turing bought the rights to Daraprim, the trade name of generic pyrimethamine, and raised its price from $13.50 a pill to $750, which boosted the cost of a normal course of treatment from about $1,350 to $75,000. An internal Intermountain Healthcare analysis indicated that a not-for-profit manufacturer can produce and sell pyrimethamine for $3.50 per tablet, which is less than 0.5 percent of the price of Daraprim after it was acquired by Turing ($750) and 25 percent of the price before the acquisition ($13.75).
Two main things allow companies like Turing and Nostrum to jack up their prices: limited supplies of the drugs and the ease with which a pharmaceutical company with deep pockets can undercut anyone who’d consider investing in a competitor by drastically reducing the price long enough to put them out of business. Civica Rx’s not-for-profit model will correct that situation.
With the clout of its large volume commitments, Civica Rx is creating its own market. The participating institutions know how much of each medication they need, and have records that reveal it with great precision.
They also know what constitutes a reasonable cost. That means they can make commitments in advance to purchase specific amounts of medications from Civica Rx at predetermined prices long into the future. Not a penny of profit will be paid out. Any excess funds will be invested back into the organization to perpetuate its not-for-profit mission. Within three to five years, Civica Rx expects to offer its member hospitals up to 100 generic medicines.
The company will operate on a membership model, with several levels of membership that will allow access for all hospitals, regardless of size. Members will range from small community hospitals of fewer than two dozen beds to the largest hospital systems in the nation.
This membership system will ensure that Civica Rx’s long-term volume commitments will let it lock in prices that are both reasonable and transparent. The same price per unit will be offered to each hospital, and no hospital will be able to scoop up the supply.
Locking in prices will ensure stability and consistency in both drug availability and cost. It also allows Civica Rx to commit to supplying its partners with the volumes of medications they need over the long term. That’s the key to enabling the company to produce specific drugs. With many health systems working together, we have the capacity to inject competition into the generic drug marketplace, an injection that is long overdue.

Could Apple Watch heart app do more harm than good?

Set your smartwatch alarm. You’re about to be barraged by tons of hype about the health benefits of the Apple Watch. Unfortunately, it won’t include essential information and data that can put these claims in proper perspective.
Last year, Apple CEO Tim Cook tweeted how an Apple Watch detected a rapid heartbeat in an 18-year-old girl, who said the device saved her life. Now, with the presentation on Saturday of findings from an enormous Apple Watch study at the American College of Cardiology meeting in New Orleans, the hype meter is about to go to 11.
Tim Cook
✔@tim_cook
Stories like Deanna’s inspire us to dream bigger and push harder every day. https://www.abcactionnews.com/news/region-hillsborough/hillsborough-teen-apple-watch-saved-my-life 

Hillsborough teen: Apple Watch saved my life

A Tampa Bay teenager is thankful for the device on her wrist after suffering a scary medical episode at The Crossing Church in Brandon.
abcactionnews.com
2,060 people are talking about this
The Apple Heart Study, conducted by Stanford University researchers and sponsored by Apple, evaluated the ability of the Apple Watch to detect atrial fibrillation, a common heart disorder also known as A-fib, in an astonishing 400,000 participants.
A-fib affects somewhere between 3 million and 6 million Americans, most of them over age 65. In some people it’s silent, causing no symptoms. In others it causes heart palpitations, dizzy spells, and shortness of breath. Whether or not a-fib causes symptoms, it quadruples the risk of having a stroke.
While the Apple Heart Study will tell us many new things about the watch, what it won’t do — what it can’t do — is provide any insight into the device’s real overall effects on health. This is because the study was not a randomized controlled trial, the gold standard of medical research.
Instead, it is a purely observational study designed to see whether the Apple Watch’s heart pulse monitor can identify people who have a-fib. But because the study does not contain a control arm, it can’t say what might have happened to a similar group of 400,000 people who did not use the Apple Watch. The study will therefore be a rich source of anecdotes but, as good scientists know, anecdotes aren’t data. (Just because your friend’s uncle got rich playing the lottery you shouldn’t conclude that it’s a good idea to spend your next paycheck on the lottery!)
Some people will inevitably argue that saving the life of a young girl, as related by the Apple CEO, is proof the watch can contribute to our health. But that assumption may not hold up if the cost of the benefit means harm to many other healthy people.
When evaluating a new drug or device, it is a cardinal rule that the benefits must be weighed against the risks. With some drugs and devices, the risks are obvious. In others, such as with something as apparently benign as the Apple Watch, the risks may be less immediately apparent. Nevertheless, they can be real and potentially significant.
To understand these potential harms, it’s important to recognize that no medical test is perfect. There are always false negatives, in which the device fails to detect a real problem, and false positives, in which it wrongly detects a problem that doesn’t exist.
Harm occurs from these in several ways. One is when people who have atrial fibrillation don’t consult a doctor about symptoms such as heart palpitations or shortness of breath because they feel falsely reassured by the absence of any alert from their Apple Watch. The new study provides no evidence about the true rate of false negatives in the study population because the researchers did not independently monitor people in whom the device did not detect a-fib.
A far more common problem will be false positives, in which the watch delivers an alert to people who do not have a-fib. Imagine the impact of such an alert on a perfectly healthy person who suddenly believes he or she might have a heart rhythm disorder. Then imagine the impact on a health care system as thousands of young, healthy people suddenly want to schedule appointments with cardiologists. Is this really the best use of time for those seeking care or those providing it? Can our already overburdened health care system absorb this sort of influx? What will happen to the underserved sick and elderly people who really do need the services of a cardiologist?
You may think it’s a mistake to focus on false positives and false negatives because the watch is highly accurate at detecting a-fib. But experts who have looked at this issue already know that there will be a large number of false positive alarms, far more than the number of accurate positive alarms. Venkatesh Murthy, a cardiologist at the University of Michigan who has studied this issue, told me that more than 90 percent of irregular rhythm alerts in younger and middle aged users will be false alarms.
Even if the Apple Watch does work correctly, it is by no means clear it will generate benefits to the public’s health. Most episodes of a-fib are not harmful. There has been an enormous amount of research on people with a-fib who enter the health care system through conventional means — most often by going to a doctor about their symptoms or by having the problem diagnosed during a physical examination. The medical community has a fairly good idea about which of these patients are most likely to benefit from further treatment, although I must acknowledge that there is some controversy even here.
But the medical community has no idea how to respond appropriately or efficiently to the large number of people who will be identified as having a-fib by the Apple Watch alone. Most of these people — young and tech-savvy — will almost certainly be at low risk for a stroke or other harmful consequence of a-fib. It is entirely possible that the vast majority would do fine until their heart problem was identified by traditional means.
It is also possible that the harms of the treatments they are offered could outweigh any reduction in stroke risk. In fact, the blood-thinning drugs used to prevent stroke in people with a-fib can make it difficult to stop bleeding and can even lead to an uncommon but serious kind of stroke caused by bleeding into the brain.
There no evidence yet that treating people for a-fib that’s first detected by an Apple Watch will result in a net benefit when strokes averted are balanced against excessive bleeding and complications from procedures for a-fib like catheter ablation or the implantation of a Watchman device. And the Apple Heart Study will not provide this proof.
There’s a lot of enthusiasm out there for new, high-tech devices like the Apple Watch, but it is extremely difficult to find thoughtful perspectives on the complex medical issues they raise. We are in the middle of an overwhelming rush to embrace new technology and make health data available to everyone. This movement is fueled by Apple and other technology companies that are starting to spread some of their enormous wealth in the medical community, laying the groundwork for their expansion into this field.
Unfortunately the immediate response to this new study is likely to be even more irrational exuberance and premature implementation of a potentially harmful technology before there is any evidence showing that the Apple Watch actually improves human health.