Former CEO also testified that she believed company’s proprietary blood-testing technology could perform ‘any’ clinical laboratory blood test
One relevant question in the federal fraud trial of ex-Theranos CEO Elizabeth Holmes was whether she would testify on her own behalf. That question was answered shortly after the government rested its criminal fraud case against the former Silicon Valley clinical laboratory testing company founder. Holmes took the stand in her own defense, a risk her defense team hopes will pay off in her favor.
During her first three days of testimony leading up to the Thanksgiving holiday break, Holmes—who faces 11 counts of fraud and conspiracy related to her tenure as founder and CEO of Theranos—made headlines by admitting she did personally put the logos of pharmaceutical giants Pfizer and Schering-Plough on reports she sent to Theranos investors and executives at Walgreens and Safeway. She expressed regret for doing so to the jury, but claimed her intent was not to deceive but to give credit to others.
“This work was done in partnership with these companies, and I was trying to convey that,” she testified, according to a trial coverage from Ars Technica.
When asked if she realized that others would assume the pharmaceutical companies—not Theranos—were the authors of the report, Holmes replied, “I’ve heard that testimony in this case, and I wish I’d done it differently.”
If found guilty, Holmes—who once claimed Theranos’ Edison proprietary blood-testing technology would to be able to complete as many as 200 clinical laboratory tests using a single finger-stick of blood—could face maximum penalties of 20 years in prison, a $2.75 million fine, and possible restitution.
The illustration above depicts ex-Theranos CEO Elizabeth Holmes testifying on her own behalf. Former Santa Clara County prosecutor Steven Clark, JD, told The Mercury News, “(T)he best person to say what Elizabeth Holmes’ intent was is Elizabeth Holmes, and that’s why I think she’s taking the stand. … I think the jury will like her.” That remains to be seen. But there’s no doubt that Clinical Laboratory Directors should take a strong interest in the outcome of this trail. (Graphic copyright: Vicki Behringer/Reuters.)
Holmes Testifies She Believed the Edison Device Could Perform “Any” Blood Test
In its trail coverage, NPR described Holmes’ first three days of testimony “as having involved deflecting responsibility, pointing to the expertise of the Theranos board of directors, lab staff, and other company employees whom Holmes has suggested were close to how [Theranos’] blood analyzers worked.”
According to Reuters, Holmes’ defense team is arguing that Holmes’ always-rosy forecasts about her company’s technology and finances were based on her belief the proprietary Edison device worked as advertised, which, in turn, was based on feedback from pharmaceutical companies, her own employees, and the military.
During her testimony, Holmes compared a traditional blood-testing device to Theranos’ “3.0” device, which she said would reduce the human-error rate that can occur during blood sampling.
“If we had the ability to automate much of that process, we could reduce the error associated with traditional lab testing,” she told the court.
Reuters reported that Holmes told jurors her confidence in the Theranos device was in part due to how well the unit had performed in studies completed in 2008 and 2009, including those run by drug companies such as Novartis.
The Mercury News described Holmes as speaking with “confidence—and frequently a small smile”—during her opening day of testimony.
Asked by one of her lawyers, “Did you believe that Theranos had developed technology that was capable of performing any blood test?” Holmes responded, “I did.”
Holmes Testifies about Military’s Alleged Use of Edison Device
Prosecutors maintain that Holmes knew Theranos’ proprietary blood-testing technology had serious accuracy issues yet lied about its capabilities and use to lure investors. One of those false claims included allegedly stating the US military was using the Edison device on the battlefield. Earlier in the trial, CNBC reported, prosecution witness Brian Grossman, Chief Investment Officer at PFM Health Sciences, which invested $96 million into Theranos, testified he was told in a 2013 meeting with Holmes and Balwani that Theranos technology was being used in medical-evacuation helicopters.
However, on the witness stand, Holmes described Theranos’ projects with the US military as much more limited in scope than the descriptions outlined by investors testifying for the prosecution.
According to The Wall Street Journal (WSJ), Holmes told jurors a 2010 partnership between Theranos and a US Army Institute of Surgical Research doctor in Texas looked into using the Theranos device to measure blood markers to detect kidney performance. A second project involved the military’s Africa Command, which was determining whether the device could withstand high temperatures. Holmes testified the devices used in Africa “held up well,” though some modifications were needed, and some issues were revealed with the touchscreen.
Should Holmes Have Testified on Her Own Behalf?
Trial experts maintain Holmes’ decision to testify in her own defense could backfire.
“It’s always a risk to put your client on because if they make a mistake they can sink the whole case,” former Santa Clara County prosecutor Steven Clark, JD, told The Mercury News. He added, “what’s at issue here is Elizabeth Holmes’ intent. And the best person to say what Elizabeth Holmes’ intent was is Elizabeth Holmes, and that’s why I think she’s taking the stand. She’s very charismatic. She’s really good on her feet. And I think the jury will like her.
“This is the pitch meeting of her life,” Clark added. “She’s going to be explaining herself to 12 people as to what was in her mind.”
Judge Drops One Count Due to Prosecution Error, Government Rests Its Case
Holmes is now charged with nine counts of wire fraud and two counts of conspiracy to commit wire fraud after the government dropped one count of fraud from the indictment. According to WSJ coverage of the trial, US District Judge Edward Davila blocked a patient named in the indictment as “B.B.” from testifying because of a filing error by the prosecution. The judge’s decision resulted in the government dropping one count.
The government rested its case against Holmes on November 19 following testimony from independent journalist Roger Parloff, who wrote a flattering 2014 Fortune magazine story on Holmes. He later redacted his earlier writing in another Fortune article, titled, “How Theranos Misled Me.”
The government alleged Holmes used media publicity as part of her scheme to defraud investors, patients, and physicians. All totaled, 29 witnesses appeared for the prosecution, the WSJ reported.
Former Theranos Chief Operating Officer Ramesh “Sunny” Balwani—Holmes’ one-time boyfriend—faces similar charges of defrauding patients, investors, and physicians. His trial is expected to begin in January 2022.
Clinical laboratory managers and pathologists who have watched the federal court proceedings with keen interest should expect the trial to wrap up at the conclusion of Holmes’ testimony, just in time for the Balwani fraud trial to begin.
Citizens claiming racial diversity increased by 276% in the 2020 census, leading experts to wonder if racial diversity is increasing or if people are simply electing to identify as such and how this trend will affect healthcare
Once again, we see another unexpected consequence to expanded DNA testing done by consumers for their own interests and needs. As NPR recently reported in “The Census Has Revealed a More Multiracial US. One Reason? Cheaper DNA Tests,” the growing trend of ordering low-cost direct-to-consumer (DTC) genetic testing to identify cultural heritage (where a family came from) and genealogy (to connect with extant family members) has educated healthcare consumers more about their cultural roots.
Such knowledge, NPR speculates, is allowing people to complete their census survey with more accurate “heritage” classifications.
The last US census showed an interesting change compared to previous census surveys. More Americans identified themselves as racially diverse than in previous censuses. Scientists in multiple specialty areas—including demographics, sociology, genetics, and more—are asking why.
According to federal Census Bureau data, in the most recent census, people who identify as more than one race rose by 276%! Scientists are only just beginning to hypothesize the reasons for this increase, but three potential factors, NPR reported, have emerged:
More children are being born to parents who identify with racial groups that are different from one another.
People are reconsidering what they want the government to know about their identities, according to Duke University Press.
The increased incidence of DNA testing for cultural heritage may be an additional factor in the different ways people identified themselves during the census, driving its popularity, NPR noted. More people are purchasing at-home DNA tests to learn where their ancestors lived and came from, and their family’s genealogy.
“Exactly how big of an effect these tests had on census results is difficult to pin down,” NPR reported. “But many researchers agree that as the cost of at-home kits fell in recent years, they have helped shape an increasing share of the country’s ever-changing ideas about the social construct that is race.”
How the Census Alters Government Policy
Pew Research noted that, although only about 16% of Americans have taken an ancestry DNA test, the marketing efforts of “companies such as 23andMe and Ancestry.com, which operates the AncestryDNA service, should not be underestimated,” NPR reported. They have a wide reach, and those efforts could be impacting how people think about race and ethnic identity.
For most of human history, social experience and contemporary family history have been the drivers of how people identified themselves. However, low-cost DTC genetic testing may be changing that.
“The public has kind of taken in the notion that you can find out ‘who you are’ with a test that’s supposed to analyze your genes,” Jenifer Bratter, PhD (above), a Professor of Sociology at Rice University who studies multiracial identity, told NPR. “What that does for anyone who does work in racial identity and racial demography is cause us to think through how genetic ideas of race are in public circulation.” Desire by healthcare consumers to know their risk for chronic disease has already driven a marked increase in demand for low-cost DNA testing, which has also affected the types of test orders clinical laboratory are receiving from doctors. (Photo copyright: Rice University.)
One concern that sociologists and demographers have about this trend is that the US census is an important tool in policy, civil rights protections, and even how researchers measure things like healthcare access disparities.
“You’re going to have a lot more people who are not part of marginalized groups in terms of their social experiences claiming to be part of marginalized groups. When it comes to understanding discrimination or inequality, we’re going have very inaccurate estimates,” says Wendy Roth, PhD, Associate Professor of Sociology, University of Pennsylvania, told NPR.
They developed the “genetic options” theory, “to account for how genetic ancestry tests influence consumers’ ethnic and racial identities.” They wrote, “The rapid growth of genetic ancestry testing has brought concerns that these tests will transform consumers’ racial and ethnic identities, producing “geneticized” identities determined by genetic knowledge.”
However, a more healthcare-related motivation for taking a DTC DNA test is to learn about one’s potential risks for familial chronic health conditions, such as cancer, heart disease, and diabetes, etc.
“Whether that occurs through your primary care doctor, your large integrated health network, or your payor, I think there will be profound changes in society’s tolerance for using genetics for prevention,” he told GenomeWeb.
Regardless, as Dark Daily reported in 2020, sales of genetic tests from Ancestry and 23andMe show the market is cooling. Thus, with less than 20% of the population having taken DNA tests, and with sales slowing, genetics testing may not affect responses on the next US census, which is scheduled for April 1, 2030.
In the meantime, clinical laboratory managers should recognize how and why more consumers are interested in ordering their own medical laboratory tests and incorporate this trend into their lab’s strategic planning.
Court documents show Holmes’ defense strategy includes accusing ex-boyfriend and former COO Balwani of ‘intimate partner abuse’ that impacted her ‘state of mind’
It has started! The long-awaited criminal trial of former Theranos CEO Elizabeth Holmes is underway in a federal courthouse in Silicon Valley. Across the profession of medical laboratory medicine, there is keen interest in the story of Holmes and her now-defunct clinical laboratory company Theranos.
This next chapter in the drama began on September 8 with opening arguments. Federal prosecutors came out strong, claiming Holmes was “a manipulative fraudster who duped investors and patients alike and knew the whole time that she was hoodwinking them,” according to NPR.
“This is a case about fraud, about lying, and cheating to get money,” said Assistant US Attorney Robert Leach, NPR reported. “It’s a crime on Main Street, and it’s a crime in Silicon Valley,” he added.
Not surprisingly, Holmes’ defense team had a different take, claiming Holmes was simply “a hardworking, young startup executive who believed in the mission of the company, only to see it buckle in the face of business obstacles,” NPR reported. “They argued that she placed blind faith in the No. 2 executive at the company [Balwani] and overly trusted lab directors, who the defense team says were legally responsible for how the labs were run.”
Holmes Claims Abuse at the Hands of Former Theranos COO Balwani
Many pathologists and clinical laboratory managers are ready to watch and learn what unfolds in the opening stages of Holmes’ long-delayed federal criminal fraud trial. During the jury selection process, recently unsealed court documents showed that Holmes’ defense planned to include claims she was abused by her then boyfriend, Theranos Chief Operating Officer Ramesh Balwani.
This surprising development adds yet another twist to the tale of the disgraced Silicon Valley executive and her defunct clinical laboratory testing company.
The hype surrounding the once-high flying startup, which in 2015 reached a peak valuation of $9 billion, began unraveling that same year when a Wall Street Journal (WSJ) investigation exposed the company’s alleged deceptions and questionable practices related to its finger-prick blood-testing technology.
Fast-forward six years—Theranos is now gone but its top executive continues to make headlines, not as a laboratory science wunderkind, but as a criminal defendant.
Holmes, 37, has pleaded not guilty to all charges. Her former consort and ex-Theranos COO Ramesh Balwani also pleaded not guilty to all charges. He will be tried separately from Holmes.
Elizabeth Holmes, founder and former CEO of defunct clinical laboratory testing company Theranos, is seen leaving the Robert F. Peckham US Courthouse with husband William Evans following opening arguments in her federal trial on September 8. (Photo copyright: Reuters/Peter DaSilva.)
Dozens of Potential Jurors Removed for Alleged Bias
On August 31, in-person questioning of prospective jurors began in Holmes’ federal fraud trial in San Jose, California. The process did not go well. As CNBC reported, dozens of potential jurors were removed from the jury pool due to potential bias in the case.
“Thirty to forty of the remaining jurors have consumed substantial, and I mean lengthy extrajudicial material, about the case and about the defendant,” defense attorney Kevin Downey, JD of Washington, D.C.-based Williams and Connolly, LLP, told Judge Edward Davila, CNBC reported. “We’re very vulnerable to any of the jurors commenting in some ways as either the court or lawyers conduct voir dire about the content of the media they’ve seen.”
Voir dire is the legal term for preliminary examinations of jurors, which in this initial screening was done by reviewing potential juror questionnaires.
Holmes’ defense attorneys, according to CNBC, previously expressed concerns about “inflammatory” media coverage of the case. However, Assistant US Attorney Jeffrey Schenk maintained, “Less than half of the individuals that filled out the questionnaire had prior exposure to Holmes and Balwani. One juror saying something during the voir dire process that could be overheard is a risk in every court case,” CNBC reported.
Holmes Claims ‘Mental Condition Bearing on Guilt’
A report by the Independent notes that newly unsealed court documents which were first reported by NPR reveal that Holmes will mount a defense that includes claims of “intimate partner abuse” by Balwani, 56, during their past relationship.
“The documents show that Ms. Holmes will describe how Mr. Balwani controlled what she ate and drank, how she dressed, and who she spoke to, while also alleging he threw ‘sharp’ objects at her,” the Independent reported.
NPR reported that court documents indicate Holmes is likely to take the stand and testify at her trial. She will not be presenting an insanity defense but will put forth a “defense of a mental condition bearing on guilt” that was the result of partner abuse and that impacted her “state of mind” at the time of the alleged crimes.
Court documents filed by Balwani’s defense attorneys label Holmes’ allegations as “salacious and inflammatory.”
“In truth, Ms. Holmes’ allegations are deeply offensive to Mr. Balwani, devastating personally to him and highly and unfairly prejudicial to his defense of this case,” defense attorney Jeffrey Coopersmith, JD, Principle and founder of Coopersmith Law and Strategy, wrote in the filing.
CNBC reported that Holmes gave birth on July 10, 2021, in Redwood, California. The baby’s father is William Evans, heir to the Evans Hotels chain in California, The Sun reported.
Balwani’s criminal fraud trial is scheduled to begin with jury selection on January 11, 2022. Both Holmes and Balwani face maximum penalties of 20 years in jail and a nearly $3 million fine, plus possible restitution if found guilty on all counts.
It is a rare thing for owners of a clinical laboratory company accused of fraud to come to trial and receive so much media attention. In the weeks leading up to the trial, medical laboratory managers and pathologists could read a wide variety of news stories about the impending trial and the legal strategies expected by the attorneys for both the plaintiffs and the defendants.
Thus, everyone interested in this trial and its outcome will likely have the equivalent of a front row seat because so many journalists are covering this trial.
She worked with researchers at the University of Manchester in England to identify volatile biomarkers for Parkinson’s disease that may lead to first noninvasive screening
Clinical pathologists and medical laboratories are used to working with certain biological indicators that drive diagnostics and clinical laboratory testing. Mostly, those biomarkers are contained within various liquid samples, such as blood and urine. But what if a person’s odor could accurately predict risk for certain diseases as well?
Joy Milne, a retired nurse from Perth, Scotland, is the women whose heightened sense of smell enabled her to detect her husband’s Parkinson’s a decade before he was diagnosed with the disease.
Of course, Milne did not know at the time that what she was smelling was in fact a disease. She told NPR that she first noticed that her husband’s smell had changed from “his lovely male musk smell,” which she’d noticed when they first met, into “this overpowering sort of nasty yeast smell.”
Frequent washing did not remove the odor and as time went on the smell became stronger. When aspects of her husband’s personality and sleep habits also began to change, Joy convinced her husband, Les Milne, an anesthetist, to seek a diagnosis, thinking he had a brain tumor. Les was diagnosed with Parkinson’s disease.
It was 20 years later, when the Milnes attended a Parkinson’s disease support group, that Joy recognized the same distinctive smell she had noticed on Les on the other members of the group. That’s when the Milnes first realized Joy’s heightened sense of smell was something quite unique and possibly unprecedented.
Retired nurse Joy Milne (above) of Perth, Scotland, has an uncanny ability to diagnose Parkinson’s disease based on her highly sensitive sense of smell. Before her husband was diagnosed with the disease, she noticed a change in his smell. When she later recognized the same distinct odor among participants in a Parkinson’s support group, the Milnes asked scientists to investigate. (Photo copyright: NPR.)
Dogs Can Do It, Why Not Humans?
The concept that a disease gives off an aroma that can be detected by humans or animals is not far-fetched. As far back as 2013, Dark Daily was writing about such research. For example, in “C. diff-sniffing Beagle Dog Could Lead to Better Infection Control Outcomes in Hospitals and Nursing Homes,” we wrote about one hospital’s innovative approach to early detection of Clostridium difficile (C. diff) infection using a two-year-old beagle named Cliff that was faster at detecting certain infections than standard clinical laboratory tests used daily in hospitals throughout the world.
Thus, when the Milnes approached Dr. Kunath about Joy’s ability to “smell” Parkinson’s, they were on solid ground. However, he was not convinced.
“It just didn’t seem possible,” Kunath told NPR. “Why should Parkinson’s have an odor? You wouldn’t think neurodegenerative conditions such as Parkinson’s, or Alzheimer’s, would have an odor.”
But Kunath reconsidered after learning of research presented during the Experimental Biology annual meeting in 2019, which showed canines can in fact effectively detect lung cancer biomarkers in blood serum.
He contacted Milne and devised an experiment in which a group of people who had Parkinson’s disease, and another group that did not, would take home t-shirts and wear them overnight. The next day the t-shirts were assigned randomized numbers and put in a box. Milne then smelled each of the 12 t-shirts and assigned each one a score.
Kunath told NPR that Milne was “incredibly accurate.” She had misidentified only one shirt worn by a person in the control group. She incorrectly diagnosed the person with Parkinson’s. However, three months later, that man was in fact diagnosed with Parkinson’s, meaning Joy’s accuracy was 12-for-12.
“She was telling us this individual had Parkinson’s before he knew, before anybody knew,” Kunath told the BBC Scotland.
In an ensuing study, “Discovery of Volatile Biomarkers of Parkinson’s Disease from Sebum,” published in 2019 in ACS Central Science, the researchers describes the “distinct volatiles-associated signature” of Parkinson’s disease, which includes “altered levels of perillic aldehyde and eicosane, the smell of which was then described as being highly similar to the scent of Parkinson’s disease by our ‘Super Smeller.’” Joy Milne co-authored the study.
The concept of the human body producing volatile chemicals that can serve as biomarkers for disease or illness is not new to clinical laboratory professionals. The urea breath test, for example, to detect the presence of active H. pylori bacteria in the stomach is a longstanding example of one such diagnostic test.
Barran led a larger Manchester University study which was published on ChemRxiv, titled, “Sebum: A Window into Dysregulation of Mitochondrial Metabolism in Parkinson’s Disease,” which was funded by a Michael J. Fox research grant (12921). Barran and her research team, which included Milne, “found 10 compounds linked to Parkinson’s by using mass spectrometry and other techniques” on skin sebum samples, reported NPR.
“We really want to know what is behind this and what are the molecules. And then, [determine if] the molecules [can] be used as some sort of diagnostic test,” Kunath told NPR.
A Definitive, Noninvasive Test for Parkinson’s?
The UK researchers discovered in the skin sebum volatile biomarkers of Parkinson’s disease that may lead to development of the first definitive test for the disease.
Katherine Crawford, Scotland Director of Parkinson’s UK, aka the Parkinson’s Disease Society of the United Kingdom, said a noninvasive diagnostic test for Parkinson’s would be game changing.
“We still effectively diagnose it today the way that Dr. James Parkinson diagnosed it in 1817, which is by observing people and their symptoms,” Crawford told BBC Scotland. “A diagnostic test like this could cut through so much of that, enable people to go in and see a consultant, have a simple swab test and come out with a clear diagnosis of Parkinson’s.”
“It wouldn’t have happened without Joy,” Barran told BBC Scotland. “For all the serendipity, it was Joy and Les who were absolutely convinced that what she could smell would be something that could be used in a clinical context, and so now we are beginning to do that.”
A viable, working diagnostic test based on these new biomarkers may be years away. Nevertheless, clinical laboratory leaders will want to follow the ongoing efforts toward development of a noninvasive swab test for Parkinson’s disease. Such a breakthrough would revolutionize Parkinson’s testing and might never have come to light without the persistence of a woman with an extremely sensitive sense of smell.
As CMS price transparency rules go into effect, and demand grows for publishing provider charges, consumers are becoming aware of how widely healthcare prices can vary
With the COVID-19 Coronavirus pandemic saturating the news, it is easy to forget that clinical laboratories regularly conduct medical tests for influenza, the common cold, and other illnesses, most of which are affordable and covered by health insurance. So, how did a common throat culture and blood draw result in a $25,865 bill?
That was the question a New York City woman asked after a
doctor’s visit for a sore throat that resulted in a five-figure charge. This
should not simply be dismissed as another example of hidden prices in clinical
laboratory testing or the true cost of medical procedures shocking a healthcare
consumer. The issue is far from new.
For example:
An Indiana girl’s snake bite at summer camp in 2019 resulted in a $142,938 bill, which included $67,957 for four vials of antivenin and $55,578 for air ambulance transport, reported Kaiser Health News (KHN);
In 2019, Dark Daily highlighted a New York Times article showing the insurer-negotiated price of a common blood test could range from $11 to $952 in different major cities;
In 2018, Dark Daily spotlighted a Kaiser Health News story about a $48,329 bill for outpatient allergy testing; and
In 2013, Dark Daily reported on a patient’s $4,317 bill for blood work done at a Napa Valley medical center, which a national lab would have performed for just $464.
Prices Vary Widely Even Within Local Healthcare Markets
As the push for price transparency in healthcare increases, exorbitant patient bills—often tied to providers’ chargemaster pricing—add to that momentum. Consumers now recognize that prices can vary widely for identical healthcare procedures, including clinical laboratory and anatomic pathology group tests and procedures.
However, on January 1, 2021, price transparency will get a major boost when the Centers for Medicare and Medicaid Services (CMS) final rule requiring hospitals to post payer-negotiated rates for 300 shoppable services goes into effect. Clinical laboratory managers and pathologists should be developing strategies to address this changing healthcare landscape.
Until price transparency is the norm, examples of outrageous pricing are likely to continue to make headlines. For example, National Public Radio’s (NPR) December 2019 “Bill of the Month,” titled, “For Her Head Cold, Insurer Coughed Up $25,865,” highlighted a recent example of healthcare sticker shock.
New York city resident Alexa Kasdan’s sore throat resulted in a $28,395.50 clinical laboratory bill (of which her insurer paid $25,865.24) for a “smorgasbord” of DNA tests aimed at explaining her weeklong cold symptoms. NPR identified the likely causes for the sky-high charges. In addition to ordering DNA testing to look for viruses and bacteria, Kasdan’s doctor sent her throat swab to an out-of-network lab, with prices averaging 20 times more than other medical laboratories in the same zip code. Furthermore, the lab doing the analysis, Manhattan Gastroenterology, has the same phone number and locations as her doctor’s office, NPR reported.
In contrast, NPR learned that LabCorp, Kasdan’s in-network laboratory provider, would have billed her Blue Cross and Blue Shield of Minnesota insurance plan about $653 for “all the ordered tests, or an equivalent.”
Ranit Mishori, MD, MHS, FAAFP (above), Professor of Family Medicine at the Georgetown University School of Medicine and Senior Medical Advisor for Physicians for Human Rights, maintains patients should not hesitate to question doctors about the medical tests they order for them. “It is okay to ask your doctor, ‘Why are you ordering these tests, and how are they going to help you come up with a treatment plan for me?’” Mishori told NPR. “I think it’s important for patients to be empowered and ask these questions, rather than be faced with unnecessary testing, unnecessary treatment and also, in this case, outrageous billing.” (Photo copyright: Primary Care Collaborative.)
Hospitals Can ‘Jack-up’ Prices
The Indiana girl’s snake bite at summer camp last year became another example of surprisingly high medical bills. Nine-year-old Oakley Yoder of Bloomington, Ind., was bitten on her toe at an Illinois summer camp. The total bill for treating the suspected copperhead bite was $142,938, which included $67,957 for four vials of antivenin and $55,578 for air ambulance transport, KHN reported.
The summary of charges her parents received from Ascension St. Vincent Evansville hospital included $16,989.25 for each vile of anti-venom drug CroFab, five times as high as the average list price for the drug. Until recently, KHN reported, CroFab was the only antivenom available to treat pit viper bites, which created a monopoly for the drug maker’s expensive-to-manufacture product. Though the average list price for CroFab is $3,198, KHN noted hospitals can “jack-up the price.”
While Yoder’s family had no out-of-pocket expenses thanks to a supplemental insurance policy through the summer camp, Yoder’s father, Joshua Perry, JD, MTS, Professor of Business Law and Ethics at Indiana University Kelley School of Business, knows his family’s outcome is unusual.
“I know that in this country, in this system, that is a
miracle,” he told KHN.
The push for healthcare price transparency is unlikely to
wane. Clinical laboratory leaders in hospitals and health networks, as well as
pathologists in independent clinical laboratories and anatomic pathology groups,
should plan for a future in which consumers demand the ability to see pricing
information before obtaining services, and regulations require it.
