Category: Medical Industry

Is the US Failing to Hold Crooked Medical Industry Execs Accountable?

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When it comes to violations of US federal law by pharmaceutical and medical device manufacturers, the US Department of Justice (DOJ) is not exercising its full authority, according to the findings of a review published in JAMA Internal Medicine.

The conviction of Elizabeth Holmes, CEO of the failed blood-testing company Theranos, has focused attention on the personal liability of corporate officers of medical companies engaging in illegal activity. Holmes was charged with defrauding and conspiring to defraud investors, patients, and physicians, each count carrying a maximum 20-year sentence. Among prosecutors’ allegations was that Theranos’ main blood-testing device failed to work as the company and Holmes had promised. While Holmes was convicted of defrauding investors, she faced no personal liability as a CEO responsible for a company knowingly selling faulty diagnostic tests.

When a drug or medical device company violates US federal law, the government can use the Park doctrine. It holds that a CEO for a health-related company has a “position of authority” in a profitable business selling “services and products [that] affect the health and well-being of the public.” The doctrine’s aim is to protect patients from harm caused by unsafe or fraudulent medical products and services. It does this by targeting the executives who run the companies that make revenues on these products while violating federal law.

This provides an alternative to having that risk borne by patients or impersonal corporate entities; however, it is rare for there to be public reports of drug and device company executives being prosecuted with Park doctrine.

The researchers sought to identify prosecutions using the Park doctrine and characterise their role in DOJ enforcement efforts related to medical product industry misconduct. To this end, they conducted a literature search.

They found 13 cases where executives from six drug and medical device companies prosecuted under the Park doctrine since 2000. These prosecutions resulted in 11 guilty pleas and two jury trials, leading to two convictions. Of the six companies, three were drug manufacturers, two were medical device manufacturers, and one was a compounding pharmacy. All three of the drug manufacturers were opioid manufacturers, of which two executives were charged for unlawful promotion, and one was charged for manufacturing errors. Both device manufacturer executives were charged with unlawful promotion. All but three prosecutions alleged the defendants’ complicity or personal involvement in the misconduct, which Park does not require. By contrast, most large settlements with the DOJ over alleged misconduct in the past two decades did not result in individual liability for executives.

“This review suggests that federal prosecutors have exercised far less than their full capacity under the Park doctrine to sanction problematic corporate behaviour that threatens patients and the public health,” the authors concluded. They suggest that enforcement under a reinvigorated Park doctrine would help to better protect patients.

Private Equity Firms Acquire Medical Practices and Squeeze Them for Profit

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New research has found that private equity firms that acquire physician-owned medical practices seem to be imposing measures to squeeze out more profits. After their acquisition by private equity firms, the clinics saw more patients and billed more for visits among a large, commercially insured population, according to a study published in JAMA Health Forum.

Researchers from Oregon Health & Science University and other institutions examined a total of 578 US physician practices specialising in dermatology, gastroenterology and ophthalmology that were acquired by private equity firms from 2016 to 2020.

“The reason this is of concern to patients and policymakers is that private equity is often driven by profit margins of 20% or more,” said senior author Jane M. Zhu, MD, assistant professor of medicine in the OHSU School of Medicine. “To do that, they have to generate higher revenues or reduce costs. Increasing private equity in these physician practices may be a symptom of the continuing corporatisation of health care.”

While it is unclear whether these practices hurt clinical outcomes for patients, the findings raise concerning parallels with the rapid growth of private equity acquisition of nursing homes and hospital systems.

“Private equity investment in nursing homes has been associated with an increase in short-term mortality and changes to staffing,” the authors wrote, citing previous research.

In the new study, researchers found an increase in the overall number of patients seen in these clinics. The study also reviewed commercial insurance claims data that showed an increased share of visits longer than 30 minutes, even though the complexity of cases remained similar to cases prior to being bought out.

“These billing patterns could mean more efficient documentation of services provided, or it could mean upcoding or up-charging insurance companies to make more money,” Asst Prof Zhu said.

She believes more evidence is needed about how private equity impacts practice patterns.

Recently, the same study team found that ~5% of US physicians are currently employed by private equity-owned practices. Researchers cited quality of care and patient satisfaction as key areas for future research as this trend continues.

“Private equity ownership of physician practices has added a distinctly private and market-driven influence to the broader trends in corporate consolidation of physicians by health systems and insurers,” they concluded. “This study contributes evidence for potential overutilisation and higher spending of care that will be important for policymakers to monitor.”

Source: Oregon Health & Science University

New Sanofi GM Poised to Transform Southern Africa Medical and Pharma Industry

Kagan Keklik, General Manager South Africa & Country Lead, Sanofi South Africa

Johannesburg, 30 August 22: Kagan Keklik has taken the reigns as General Manager South Africa & Country Lead of multinational pharmaceutical and healthcare company, Sanofi, in South Africa, at a time when revolutionary technology and medical interventions are set to change lives across Africa.

With all the business acumen needed, a passion for science and expertise across several therapeutic areas and products, Keklik is already inspiring excellence in the 500 plus workforce that he leads in South Africa.

Keklik has over 20 years of experience in the pharmaceutical sector where the positions he has held have spanned from managing products to leading teams in the Middle East, Eurasia, and South Asia. He has been with Sanofi for nearly 13 years, making him well-poised to take the company to new heights.

“Sanofi is dedicated to finding answers for patients by developing breakthrough medicines and vaccines. Our purpose is to chase the miracles of science to improve the lives of patients, partners, communities and our own people. We provide potentially life-changing treatments and life-saving vaccines to millions of people as well as affordable access to our medicines in some of the world’s poorest countries,” says Keklik.

Keklik is excited about the potential of the South African market. “South Africa is considered the gateway to the African continent and is an important market for the Sanofi Group. The people are driven and dynamic and there are great opportunities for growth. We are passionate about knowledge and technology transfer to ensure the local manufacturing of medicines. We sincerely look forward to helping to make a difference and I look forward to working with my team to drive change in the region,” says Keklik.

Keklik is a great proponent for forging important alliances, such as the strategic partnership with South African manufacturer, Biovac, for the local manufacture of vaccines through the transfer of manufacturing excellence, skills, and knowledge.

Keklik’s vision takes this even further: “As a world leader in the development and delivery of vaccines, we fully support continued investment in localised manufacturing and the sustainability of local vaccine supply. Through long-term partnerships such as the one we have with Biovac, we can ensure that South Africa can be a manufacturing hub that will improve the distribution of vaccines into neighboring countries.”

Supported by a strong team, Keklik is enthusiastic about unlocking not only the potential of the region but also of Sanofi itself. He sees himself as a transformative leader and believes in inspiring and empowering individuals and teams to achieve the company’s goals. At the same time, he is prepared to push limits to make a difference in both the prescription and over-the-counter medication markets.

“We are focused on growth and believe this can be achieved if we lead with innovation and accelerate efficiencies. I’ll be focusing on these levers over the next few years to ensure Sanofi maintains its position as a leading healthcare company, not only in South Africa, but throughout the region,” says Keklik.

A Trend of Prescribing Oral Minoxidil Off-label for Baldness

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The New York Times reports that low oral doses of the cheap antihypertensive drug minoxidil – a key ingredient in many hair-loss treatments such as Rogaine – is now being widely used as an off-label prescription for male and female hair loss.

Since the accidental discovery of minoxidil’s topical efficacy in treating hair loss in the 1980s, it had became a staple in `Rogaine for male and female patients. However, applying the foam or lotion onto scalps is time-consuming and uncomfortable for many – as well as expensive.

There is not much in the way of clinical evidence as to its efficacy. A 2019 study in the Journal of the American Academy of Dermatology is so far the only randomised open study to compare 1mg oral minoxidil against 5% topical minoxidil for hair loss in female patients.

The oral minoxidil was not inferior to the topical version, and indeed trend analysis suggested it might be more effective.

According to the Times, the off-label designation might scare off some, but such drugs are widely used in practice.

Dermatologist Robert Swerlick, of the Emory University School of Medicine, noted that “most things we [dermatologists] do are off-label because there is nothing on-label.”

Brett King, a Yale School of Medicine dermatologist, told the Times that it would likely stay off-label because there wasn’t a financial incentive for Big Pharma to invest in proper trials.

“Oral minoxidil costs pennies a day,” King told the Times. “There is no incentive to spend tens of millions of dollars to test it in a clinical trial. That study truly is never, ever going to be done.”

Until researchers have the motivation and funding to conduct randomised controlled trials into low-dose oral minoxidil as a baldness treatment, the situation is likely to remain unchanged even if it is growing in popularity with certain dermatologists.

Act Now to Stop the Bleed on Medical Schemes Industry

By Junior Biola

Last year, fraud and abuse of medical aids resulted in a loss of R22 billion for medical scheme funds according to The Board of Healthcare Funders – a loss which could be avoided with the implementation of fraud mitigation services.

Medical aid fraud is certainly nothing new: for years, medical schemes have railed against members collaborating with medical practitioners – from doctors to pharmacists – for personal gain. There are the members who convince practitioners to admit them to hospital, for example, and pocket the monies received from their hospital cash back plans; the pharmacists who bill their customers for ‘medicine’, when their baskets are in fact filled with non-medicinal items; or even the practitioners who bill patients for treatments which never take place.

Since the advent of the Covid pandemic, such activities have escalated. In fact, it is no longer rogue pharmacists or practitioners taking advantage of medical aids; the industry is now affected by dishonest members and criminals using stolen cards to deplete medical savings accounts or take advantage of benefits.

The results are catastrophic for an industry which is frequently accused of charging members exorbitant fees. In truth, players are under siege from the steeply rising costs of healthcare, and while they are doing their best to limit the impact on members, this is no easy task when those very members are, in effect, stealing from the scheme through fraudulent claims.

The impacts are far-reaching for all stakeholders. Medical funds have no choice but to raise the price of contributions – after all, they need to maintain a steady pool of funds in order to be able to pay out claims, and if members are dipping into that pool for illicit reasons, it needs to be replenished. Naturally, this affects members severely, especially as many are already challenged by the rising cost of living. On the other side of the equation, practitioners also take a hit: when the pool of medical funds decreases, a less profitable practice is inevitable.

The prevalence of fraud is understandable when you consider that few controls are in place to prevent it. Think of the average consumer entering a retail chain pharmacy, for example: they may be asked to present their loyalty card, and while this may be considered a form of identification, the reality is that it is rather ineffective as a verification tool. The absence of an identification photo means that the purchaser could well be someone besides the patient for whom the script was written; nor is there anything to stop them from adding over-the-counter items to purchase and claiming them from their savings.

The good news? Fraud mitigation is both effective, and simple to implement. Establishing a ‘safety net’ of identity and biometric recognition makes it possible for medical schemes to ensure that members claim only for medicines and treatments they have been prescribed, while also protecting against scripts that have been falsified.

The result? A healthier medical aid industry – for the benefit of all.

Junior Biola is CEO of Johannesburg-based fintech company, Bitventure, a provider of state-of-the-art real-time automated verification and payment solutions. www.bitventure.co.za

Mediclinic Agrees to £3.7bn Buyout by Remgro Consortium

After turning down a previous bid, Mediclinic has agreed to a £3.7 billion buyout by a consortium consisting of investment group Remgro Limited and Mediterranean Shipping Company (MSC).

The buyout will give Remgro and MSC, through a jointly owned subsidiary, a 50/50 stake in the healthcare company.

The offer still has to be cleared by 75% of Mediclinic’s shareholders (Remgro is already a shareholder), but according to the The Daily Maverick, Mediclinic’s CFO, Gert Hattingh, the company’s directors consider the terms of the sale to be fair and reasonable. In addition, regulatory approval must be granted in South Africa, Namibia, Switzerland and Cyprus for the acquisition to proceed.

The current bid is offering 504 pence per share, a 35% increase on the first rejected offer, according to MoneyWeb. With the £3.7 billion buyout, Mediclinic has an implied enterprise value of roughly £6.1 billion.

Mediclinic operates 74 hospitals as of March this year, with 50 hospitals in Southern Africa (three of which are in Namibia), 17 hospitals in Switzerland, seven in the UAE and a 200-bed hospital due to open in Saudi Arabia.

The 72-year-old Johann Rupert who leads Remgro and has a 7% ownership, is South Africa’s richest person, with a personal fortune of $8.8bn, according to the most recent estimate by Forbes.

Commenting on the acquisition, Dame Inga Beale, Chair of Mediclinic, said: “The recommended offer represents a near-term value realisation for Mediclinic shareholders at an attractive premium.

“Over 39 years, Mediclinic has developed into the leading international healthcare services group it is today. During this time, Remgro has remained a supportive long-term shareholder. Together with SAS, the Consortium’s resources will put Mediclinic in a strong position to continue to serve patients through our broad range of high-quality healthcare services.”

Systematic Bias in Industry-sponsored Cost-effectiveness Studies

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Industry-sponsored studies on a new drug or health technology are more likely to be found ‘cost-effective’ than independent studies, across a range of diseases, according to findings from a study published in The BMJ.

In a linked editorial, experts make a call for better reporting of results, more transparency, open-source cost-effectiveness models, and more independent studies, to reduce decision makers’ reliance on potentially biased cost-effectiveness analyses.

A cost-effectiveness analysis (CEA) provided the manufacturer is required by some countries to weigh up a product’s costs and effects.

This cost analysis evidence can be used to set the price for a drug or health technology or decide whether insurance policies will cover them. New drugs covered by insurance plans can be much more profitable than those not covered, which could lead to bias in CEAs funded by the drug and technology manufacturing industry.

While previous studies have consistently shown sponsorship bias in CEAs, most studies were limited to specific diseases, and are out of date. To fill in the gaps, Feng Xie and Ting Zhou from McMaster University, Canada, analysed data from all eligible CEAs published between 1976 and March 2021. 

They selected CEAs that reported an incremental cost-effectiveness ratio (ICER) using quality-adjusted life years or QALYs – a ‘value for money’ metric of years lived in good health.

The authors used data from the Tufts Cost-Effectiveness Analysis Registry. In total, 8192 CEAs were included in the study, of which nearly 30% were sponsored by industry. 

The study defined CEA industry sponsorship as an analysis funded by drug, medical device, or biotechnology companies, either wholly or in part. 

The results show that the industry-sponsored CEAs were significantly more likely to conclude that the new medicine or health technology was cost-effective than those not sponsored by industry.

For example, industry-sponsored studies were more likely to report the intervention being studied as cost-effective below the commonly used threshold of $50 000 per QALY gained than non-industry sponsored studies.

Among 5877 CEAs that reported the intervention was more effective but more expensive than the comparator, the ICERs from industry sponsored studies were one third (33%) lower than those from non-industry sponsored studies.

While only having the registry information to work with was a limitation, the authors said their analysis provides a basis for comparison with previous investigations.

As such, they suggested that “sponsorship bias in CEAs is significant, systemic, and present across a range of diseases and study designs.”

In lower and middle-income countries, industry bias can increase drug prices, where fewer resources mean decision-makers often need to rely on published, rather than independent CEAs. 

In a linked editorial, Adam Raymakers at Cancer Control Research, Canada, and Aaron Kesselheim at Brigham and Women’s Hospital, USA, argue that decision-makers “should exercise caution when using published cost-effectiveness analysis in coverage decisions.”

They say finding solutions to tackle bias is more important than ever, and make the case for open-source analysis models, increased transparency, and increased funding for independent analyses, to help minimise reliance on industry-sponsored cost analyses.

Source: The BMJ

How Supplier Pressure Unleashed the Opioid Crisis

Pills and tablets
Photo by Myriam Zilles on Unsplash

While the pandemic era has seen global supply chains strained and medicines running short even in the developed world, it was not the case with prescription opioids, namely oxycodone and hydrocodone in the early 2000s. In fact, the opposite was true, argues a study published in the Journal of Supply Chain Management: supply chains became so efficient that they produced a glut of opioids that helped spark the opioid crisis in the US that has since spread to other parts of the world.

This supply glut is partly due to the influence of supplier pool pressure on pharmacy participation in oversupply, according to research conducted by Ednilson Bernardes, professor at the West Virginia University John Chambers College of Business and Economics.

Simply put, pressure exerted by manufacturers and suppliers of opioids, particularly national corporations, influenced how pharmacies bought and distributed those prescriptions.

“We argued that when the pool of suppliers has cohesive expectations for how buyers should behave and sufficient power to dominate the supply relationship, then buyers are under pressure to act in line with those expectations,” Prof Bernardes said.

Prof Bernardes and co-author, Paul Skilton of Washington State University, analysed transactions involving oxycodone and hydrocodone between 2006 and 2012. They chose those two drugs, Prof Bernardes said, because they’re the most commonly abused, legally prescribed products and central to the American opioid epidemic.

The researchers tested a model using a dataset combining geographic, market and public health data. The model revealed that more than 90% of supply originated with three generics manufacturers that aggressively competed for shelf space in distributors and pharmacies.

Bernardes explained how several factors led to opioid oversupply, which occurs when ordinary production and distribution processes deliver products in excess of the safe needs of a market.

“First, even though pharmacists, suppliers and manufacturers knew the products were toxic, physicians were prescribing the products,” Bernardes said. “Second, although the DEA (US Drug Enforcement Agency) expected the companies selling opioids to report unusually large purchases, it put no controls to ensure that they did. Third, even if they had, individual transactions were typically small but made up very large totals.

“Under these conditions, the whole supply chain could produce far more of these products than were good for patients or society. While it is a system-level phenomenon, we theorize that it emerges from individual behaviours and that the actions of suppliers and competitors influence those behaviours in addition to demand from patients.”

In addition, Bernardes said market characteristics, such as demand, regulation and market population size, influenced pharmacy participation.

“Supplier pools can impose their expectations only if they have greater bargaining power than buyers or if buyers critically depend on them,” Bernardes said. “Pharmacies are critically dependent on the opioid supplier pool, which is regulated at the federal and state level, because opioids are an important contributor to supplier and pharmacy profitability.”

Bernardes and his colleague believe this study blazes a trail for further supply chain research as it develops a novel notion of oversupply, distinct from the traditional idea of excess inventory, and normal misconduct that explain how pressures within supply chains shape misconduct beyond the opioid context.

The research is also unique, Bernardes said, because previous studies focused primarily on firm-level consequences of behavior such as supplier sustainability risk and corrupt opportunism. The focus on firm-level outcomes leaves a gap in understanding systemic factors that normalize misconduct in supply chains.

“The phenomenon exposes supply chain behaviour that is widespread and persistent despite its negative consequences for society,” Bernardes said. “Examples include products that harm consumers and business models that degrade the environment, exploit labour or perpetuate social injustice.”

Source: West Virginia University

New Radiation Shielding is a Weight off Cath Lab Shoulders

Radiation warning sign
Photo by Vladyslav Cherkasenko on Unsplash

Testing has shown that a new radiation shielding system offered equivalent radiation protection to the standard lead gowns worn in the catheterisation lab. By using such independent, adjustable shields instead of wearing shielding, the occupational shoulder and back strain inherent to wearing those heavy gowns can be eliminated.

The Rampart shielding system consists of an adjustable stand made of lead equivalent acrylic shielding – was found to block 96% to 98% of radiation scattered to the operator’s head, torso, and waist during an average week of cardiac angiography, according to medical radiation specialist Glenn Ison.

This was equivalent or better than shielding provided by lead gowns and a ceiling-mounted lead shield, Ison said in a presentation at the EuroPCR meeting.

“We found it’s like walking on the moon, doing cases without a lead gown. It’s quite strange,” he remarked.

The researchers had operators wear radiation monitors to measure operator scatter dose to the head, torso, and waist (both under and over their lead gowns) with and without the Rampart.

Dr Ison also pointed out that head and face protection in particular was substantially better with the Rampart shield (radiation exposure -96% vs -70% with standard practice).

Indeed, the shielding of the cumbersome lead gowns — which can weigh up to 13.6kg — only extends to major areas of the torso and waist. Adding on protective glasses and shin guards further adds to this weight.

Ison cited a survey showing that half of interventional cardiologists reported neck or back pain during their careers.

“The ability to maintain protection from scatter radiation whilst lowering or even removing the weight of current lead gowns is a game changer for operators with current back or neck troubles and a way to prevent such problems in the future,” he said. “The longer you’ve been in the game, the more this appeals.”

He added that anaesthetic and nursing staff also had a new highly shielded area to stand in, thanks to the new system.

In response to a panellist question of whether the Rampart would restrict the operator’s arm movements and impede emergency CPR, Ison noted that other companies are working on different shielding types, perhaps some with ceiling-mounted designs making it easier for operators to move around.

“Any benefit to reduce radiation exposure to the operators and staff is an important step forward. The occupational hazards for interventional cardiology are not small, and we need to focus on ways to improve this in the future. To me this is a good step forward,” commented Roxana Mehran, MD, interventional cardiologist at Mount Sinai Health System in New York City.

Ison cautioned that the shield’s effectiveness depends on being correctly positioned. “You must make sure it’s locked in correctly” and test it according to table size and shape, he advised. “Use of real-time audible alarm radiation monitors would be advised.”

Source: MedPage Today

The World is Short of 43 Million Health Workers

Healthcare worker pulling on gloves
Image by Gustavo Fring on Pexels

In order to attain universal healthcare coverage, the world needs an additional 43 million health workers, according to research from the Institute for Health Metrics and Evaluation (IHME) published in The Lancet. Sub-Saharan Africa, South Asia, and North Africa and the Middle East were found to have the largest shortfalls in health worker coverage.

“These are the most comprehensive estimates to date of the global health care workforce,” said senior author Dr Rafael Lozano, Director of Health Systems at IHME. “Health care workers are essential to the functioning of health systems, and it’s very important to have these data available so that countries can make informed decisions and plan for the future.”

Four categories of health worker were studied: physicians, nurses and midwives, dental personnel, and pharmaceutical personnel. In 2019, they estimated that more than 130 countries had shortages of physicians and more than 150 had shortages of nurse and midwives. When comparing current levels of health care workers to the minimum levels needed to meet a target score of 80 on the universal health coverage (UHC) effective service coverage index, researchers estimated a shortage of more than 43 million health care workers, including 30.6 million nurses and midwives and 6.4 million physicians.

“We found that the density of health care workers is strongly related to a nation’s level of social and economic development,” said lead author Dr. Annie Haakenstad, Assistant Professor at IHME. “There are different strategies and policy approaches that may help with addressing worker shortages, and these should be tailored to the individual situation in each country. We hope that these estimates can be used to help prioritize policy interventions and inform future planning.”

The study revealed more than a 10-fold difference in the density of health care workers across and within regions in 2019. Densities ranged from 2.9 physicians for every 10 000 people in sub-Saharan Africa to 38.3 per 10 000 in Central Europe, Eastern Europe, and Central Asia. Cuba also stood out, with a density of 84.4 per 10 000 compared to 2.1 in Haiti.

Similar disparities were observed in measuring numbers of nurses and midwives, with a density of 152.3 per 10 000 in Australasia compared to 37.4 per 10 000 in Southern Latin America. Despite steady increases in the health care workforce between 1990 and 2019, substantial gaps persisted.

The researchers cited existing literature that highlights factors that contribute to worker shortages, including out-migration of health workers, war and political unrest, violence against health care workers, and insufficient incentives for training and retention. They noted that high-income locations should follow WHO guidelines on responsible recruitment of health personnel to avoid contributing to workforce gaps in lower-income regions.

The study findings demonstrated just how poorly prepared the world was when the COVID pandemic struck, further straining health systems that already were short of crucial frontline workers. These estimates will help policymakers, hospitals, and medical clinics prepare for future pandemics by focusing on training and recruitment. The authors also note that there is still much to learn about the impact of the pandemic on the health workforce. This includes gender dynamics in human resources for health (HRH) and how the departure of women from formal employment for care-taking duties at home may have depleted the health workforce, among other stressors on HRH during the pandemic.     

The full dataset from the study is available at the Global Health Data Exchange.

Source: Institute for Health Metrics and Evaluation