Last Updated November 12, 2020
Zantac is the product name for the drug ranitidine. Approved by the U.S. Food and Drug Administration (FDA) in 1984 for the treatment and prevention of ulcers, heartburn, esophagitis, and Zoeller-Ellison syndrome, Zantac quickly rose to become one of the most popular prescriptions and over-the-counter (OTC) H2-blockers on the market. In 2018, Zantac ranked as one of the top-10 antacid tablets in the United States.
In March 2019, laboratories in the United States tested Zantac for the presence of carcinogens and discovered that some forms of Zantac were testing positive for the presence of N-Nitrosodimethylamine, also known as “NDMA” – a potent carcinogen. After further testing and analysis, the FDA ordered all Zantac pulled from shelves in April 2020. Today, more than 500 individuals have filed claims in federal court in Florida alleging that taking Zantac caused their cancer.
NDMA and Zantac Cancer Risk
NDMA is an organic chemical that is both naturally occurring or as a result of industrial processes. NDMA and related compounds can typically be found in tobacco, detergents, and solvents. They may also form in foods such as cured meats as part of a reaction between nitrites and amines. NDMA is rarely ever produced intentionally in the United States unless it is used for laboratory experiments.
NDMA is classified by the International Agency for Research on Cancer (IARC) as Group 2A – meaning they deem it as “probably carcinogenic to humans”. Its harmful and carcinogenic effects are thought to stem from its propensity to cause irreversible DNA mutations and chemical properties which initiate the development of cancers. Animal studies have revealed that NDMA is acutely toxic to rats and even short-to-medium term exposure in other animals has shown damage to multiple organs. In humans, intentionally poisoned with NDMA, medical records demonstrate severe liver damage and internal bleeding.
How Did NDMA Contaminate Zantac?
Researchers are not exactly clear on how they believe NDMA came to be found in Zantac. Its presence is not generally believed to be the result of the manufacturing processes. Valisure, the small Connecticut laboratory which first conducted tests of Zantac for NDMA, has stated that it is likely formed as the result of the inherent instability of ranitidine (the drug molecule at the heart of Zantac). In fact, Valisure believes that the NDMA may occur as a natural byproduct of Zantac breaking down over time.
A 2016 study conducted by Stanford University may support the notion that NDMA’s presence in Zantac is a function of the ranitidine molecule itself. The study gave ten healthy volunteers doses of Zantac and found later that their urine contained trace amounts of NDMA. The presence of NDMA in urine also raises the specter that, if ranitidine breaks down into NDMA, it could also be present in sewage systems or contaminate sources of groundwater.
Which Cancers is NDMA Associated With?
There are numerous causes for cancer ranging from infectious agents; to genetic predisposition; to environmental factors and behaviors such as smoking, alcohol use, diet, obesity, and exposure to pollution. Furthermore, studies and research have yet to draw a conclusive link between NDMA in Zantac and cancer. Accordingly, at this time, it is difficult to calculate the specific cancer risk from NDMA contamination.
With that in mind, researchers have theorized that long-term exposure to NDMA contamination in Zantac could be linked with the following cancers:
- Stomach
- Bladder
- Colorectal
- Liver
- Esophageal
- Small Intestinal
Although less prevalent in research, NDMA has also been linked to these types of cancers:
- Prostate
- Ovarian
- Pancreatic
- Lung
- Uterine
- Brain
- Breast
- Thyroid
- Testicular
- Leukemia
- Non-Hodgkin’s Lymphoma
- Multiple Myeloma
FDA Recall
NDMA contamination in Zantac first came to light following the work of a small laboratory in Connecticut known as Valisure. This laboratory was created after one of its founders suffered from a contaminated batch of medication. Valisure began testing Zantac in March 2019 on the founder’s whim after it was prescribed for his infant daughter to combat acid reflux. The testing immediately revealed abnormal levels of NDMA contamination.
After more testing, Valisure notified the FDA and European drug regulators who each immediately began their own investigations. In October 2019, the FDA ordered all manufacturers of ranitidine products to test for NDMA. That order was followed-up with a broad recall order from the FDA in April 2020, clearing all ranitidine products off the shelves throughout the United States.
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3) “Ranitidine Cancer Risk“ https://www.medpagetoday.com/meetingcoverage/ddw/86314
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8) “Formation Mechanism of NDMA from Ranitidine, Trimethylamine, and Other Tertiary Amines during Chloramination: A Computational Study” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4123930/
9) “Statement alerting patients and health care professionals of NDMA found in samples of ranitidine” https://www.fda.gov/news-events/press-announcements/statement-alerting-patients-and-health-care-professionals-ndma-found-samples-ranitidine
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E-Cigarettes, Juul and Vaping Lawsuits and Updates
Last Updated October 9, 2020
The e-cigarette devices commonly seen around the United States were invented by a Chinese pharmacist, Hon Lik. In 2003, Hon Lik was issued the very first patent for a device using a lithium battery to heat nicotine into a vaporous mist for inhalation. By 2006, e-cigarettes exploded onto the market in the United States and were immediately touted by their manufacturers as either being less dangerous than combustible smoking or as a valuable tool for smoking cessation. E-cigarette use came to be known colloquially as “vaping” or later “juuling” by both the industry and users.
For at least the first decade in the market, manufacturer promotion of vaping products as “safe” or “safer” products went virtually unchallenged. However, with the passage of time, and upon the initiative of scientific experts within the medical community, more and more evidence has begun to emerge which cuts to the very heart of the manufacturer’s safety claims about vaping and e-cigarette products.
In 2018, the first lawsuits against e-cigarette manufacturers started cropping up in federal and state courts throughout the United States. For one of the most popular manufacturers of e-cigarettes, Juul Labs, Inc. (Juul), the lawsuits stemming from its alleged marketing practices have become so numerous that over 650 actions have been consolidated into one multidistrict litigation in federal court in California.
Background and Legal Implications for Vaping
With some exceptions, lawsuits and investigations connected with vaping and the use of e-cigarettes typically allege that e-cigarette manufacturers (in particular, Juul) have:
- Engaged in marketing practices that target young or underage users.
- Used nicotine salts in their products and failed to warn consumers of the chemical’s presence. Nicotine salts are a form of nicotine that differs from the “freebase” form found typically in e-cigarettes and is believed to be far more addictive.
- Improperly labeled the nicotine dosage in their products.
- Improperly marketed their devices as “safer” than combustible smoking.
- Designed a product with an inherent defect that allows excessive nicotine delivery which causes physical harm and addiction.
Alongside these lawsuits, the vaping industry has attracted increased scrutiny from state and federal regulators concerned with the popularity of vaping devices among younger users.
- In 2018, the U.S. Surgeon General declared e-cigarette use “has become an epidemic among our nation’s young people” and in 2016 the U.S. Food and Drug Administration (FDA) finalized a rule giving the Center for Tobacco Products (CTP) regulatory authority over e-cigarettes.
- In 2020, the FDA used that authority to ban the sale of flavored e-cigarette cartridges (except for menthol and tobacco).
- In September 2019, the U.S. Attorney for the Northern District of California announced a criminal investigation of Juul Labs. A few months later, the attorneys general for 39 U.S. states announced their own investigations into the marketing and sales practices of Juul Labs.
Juul Labs and Big Tobacco
Juul is a brand name for a particular type of e-cigarette that is very popular and accounts for about 40% of all e-cigarette sales in the market. Juuls are shaped like USB flash drives and do not resemble traditional, more bulky e-cigarettes. The cartridge packs that come with Juuls frequently contain more nicotine than actual combustible tobacco cigarettes. Juul has become so popular that kids and teens refer to the practice of vaping with a Juul device as “juuling”.
Juul was established in 2015 as “Juul Labs, Inc.” by two entrepreneurs, Adam Bowen and James Monsees who developed the technology themselves. Manufactured in China, Juul grew dramatically in the intervening years and in July 2018, raised $650 million giving the company a valuation of approximately $15 billion. Later, global tobacco producer, Altria, purchased a 35% interest in Juul making the company worth an estimated $38 billion at the end of 2018.
Alleged Breathing Issues Tied to Vaping
E-Cigarette manufacturers have long pushed the notion that their products are either safe or safer than cigarettes. However, users of e-cigarettes and their families have come forward in recent years telling of horrible suffering that they believe is directly attributable to vaping.
- In September 2019, 18-year old Adam Hergenreder was hospitalized and on respiratory support after two years of steady vaping. Mint and mango were his favorite flavors. Doctors have told Adam that his chest X-rays reveal the lungs of a 70-year old man and that they may never truly heal or be the same again.
- The American Thoracic Society (ATS) published an article on the prevalence of Bronchiolitis Obliterans Organizing Pneumonia (BOOP) in patients claiming they use e-cigarettes. BOOP is a rare inflammatory lung disorder involving flu-like symptoms and coughing that make breathing very difficult in sufferers.
- The December 2019 Mayo Clinic Proceedings examined the potential for breathing issues and vaping in its article: “Vaping-related Acute Lung Injury: A New Killer Around the Block.” Among the article’s highlights was the conclusion that the incidence of vaping-related acute lung injury is increasing and that electronic cigarette compounds present the potential for a range of detrimental effects on the human respiratory system.
- The Journal of the Missouri State Medical Association’s November 2019 edition gave an extensive look into the increasingly bleak outlook for Vaping Associated Lung Injury (EVALI) in the United States. The articles noted that as of its publication, there were 2,051 cases of e-cigarette or vaping lung product uses associated with lung injury (with 39 reported deaths) in the U.S. Overwhelmingly, EVALI patients complain of symptoms like cough, chest pain, and shortness of breath. Of the documented cases expressing EVALI, 86% of the patients reported using THC-containing products. In February 2019, the New England Journal of Medicine and the Centers for Disease Control (CDC) had both established research pieces linking Vitamin E Acetate, a thickening fluid used predominantly in THC vaping products with EVALI.
Legal Exposure for Juul and Other E-Cigarette Manufacturers
State Lawsuits Over Targeting of Children
The New York State Attorney General, Letitia James, announced in November 2019 that her office would lead a lawsuit against Juul Labs for “deceptive and misleading” marketing aimed at children. In her announcement, James referenced Juul “launch parties” which involved direct outreach to high schoolers by Juul reps who repeatedly assured students that Juul was safer than cigarettes. The New York lawsuit mirrored similar lawsuits filed earlier in 2019 by California Attorney General Xavier Becerra and Los Angeles District Attorney Jackie Lacey.
Alleged Hemorrhagic Stroke
Maxwell Berger is a 22-year old Syracuse University student that began using Juul in 2015 and quickly developed a two-pod-per-day habit. In 2017, Maxwell suffered a severe hemorrhagic stroke that paralyzed the left side of his body and caused him to lose half of his vision in both eyes. He has suffered from cognitive impairment and brain damage as well. In 2019, Maxwell sued Juul in New York alleging that his use of Juul caused his stroke and injuries.
Contaminated Juul Pods
In October 2019, a former Juul Labs executive, Siddarth Breja, filed a lawsuit in federal court in California that at least one million contaminated Juul pods were let onto the market by the company despite his warnings to the company’s leadership. Among the claims made by Breja in the case was Juul’s CEO Kevin Burns said: “Half our customers are drunk and vaping like mo-fos, who the f**k is going to notice the quality of our pods.”
Breja’s lawsuit did not specify what type of contamination was alleged to manifest in the pods. Furthermore, Juul’s CEO has publicly denied the allegations and claimed that Juul products are tested for toxicity.
Multidistrict Litigation in California
In 2018, two lawsuits were filed in California alleging that Juul was inappropriately marketed as safe even though it contains more nicotine than a traditional cigarette. Thus began a wave of civil lawsuits naming Juul which have now been consolidated into Multi-District Litigation (MDL) before the federal court in the Northern District of California. As of this moment, MDL-2913 has approximately 651 cases pending and is growing.
FDA Investigation Over Possible Juul LInk to Seizures
Bloomberg News obtained communications and memoranda between FDA officials in October 2018 detailing three cases of seizures alongside significant Juul use. While the FDA documentation did not detail any causality between Juul and the seizures, they believe that at a minimum there was an “association” with Juul. Over the next few months, the FDA uncovered an additional 32 reports of e-cigarette use that were believed to be linked to seizures. The FDA announced an investigation into the link between seizures and vaping in April 2019.
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DePuy Synthes Orthopedics
One of the largest orthopedic and surgical device companies in the world, with a commanding market share of the total number of implanted hip and knee devices in the United States, DePuy Synthes Orthopedics is a business unit of global drug and device company, Johnson & Johnson. DePuy has one of the more comprehensive portfolios of orthopedic products and its primary focus is to provide options for reconstruction of damaged or diseased joints as well as other skeletal injuries. Despite its larger-than-life size and reputation, DePuy has also garnered its share of troubling headlines over the past 10-20 years concerning lawsuits stemming from its ASR and Pinnacle hip implant technologies. Indeed, hip implant technology verdicts and lawsuits numbering in excess of 20,000 parties have already cost the company more than $6 billion.
History and Background of DePuy Synthes
DePuy’s origins trace back to 1895 and the company’s founder, Revra DePuy, a chemist and pharmaceutical salesman from Warsaw, Indiana. Known then as the DePuy Manufacturing Company, it was established with the idea of manufacturing fiber splints that could be customized to fit patients and which were superior to the commonly fashioned wooden splints of the day.
DePuy continued to grow and following Revra DePuy’s death in 1921, the company shifted its focus to newer cutting-edge technologies fashioning artificial joints and spinal repair techniques. DePuy’s advances in these fields helped to shape the modern orthopedic device industry and transformed it into a preeminent leader in technology investment and innovation.
Johnson & Johnson acquired DePuy in 1998 for $3.5 billion and in 2012 coupled it with another acquisition of the firm Synthes. Last year alone, the DePuy Synthes unit reported $2.41 billion in revenue for Johnson & Johnson.
Issues with DePuy Hip Implant Technologies and Product Lines
DePuy ASR XL Acetabular System and ASR Hip Resurfacing Resurfacing Platform (MDL-2197)
DePuy manufactured the ASR Hip Implant Device line and is a business unit of the global device giant, Johnson & Johnson. The ASR XL Acetabular System was made up of three components:
- The metal femoral stem inserted inside of the femur
- The metal femoral head (or ball) connected to the stem; and
- The metal acetabular cup (socket)
Similarly, the ASR Hip Resurfacing Platform involves a metal cap placed over the natural femoral head and replacing the acetabulum with a metal cup.
Beginning in 2008, the FDA started receiving approximately 400 complaints from patients in the United States who were implanted with the devices. These patients complained of pain, swelling, inflammation, and damage to the bone and tissue – as well as a lack of mobility. Many of these patients required expensive and painful revision surgeries.
In 2010, DePuy issued a voluntary recall of ASR Hip Implant Devices and the first lawsuits naming DePuy soon followed thereafter. The cases were consolidated into an MDL and between 2013 and 2017, DePuy paid nearly $4.8 billion to settle approximately 7,500 cases.
It has been over ten years since the original ASR recall. And although this MDL is technically still open, settlement protocols have a stipulated deadline for potential litigants requiring revision surgery to have been performed no later than July 2017.
DePuy Pinnacle Hip Replacement System with TrueGlide Technology (MDL-2244)
The DePuy Pinnacle Acetabular Cup System was launched in 2001 and offered the option of either polyethylene or metal insert for use with a titanium cup to replace the natural hip socket. This was followed by the launch of the Pinnacle system coupled with TrueGlide technology in 2007.
Although the Pinnacle system was not subject to recall, patients still reported many of the same issues as those suffering from the DePuy ASR devices. Issues with loose implants, inflammation, swelling, and damage to surrounding tissue coupled with the spread of metal debris and contamination throughout the body were not infrequent. Many patients implanted with Pinnacle devices suffered the loss of mobility and went through painful and expensive revision surgeries in an attempt to correct issues.
Lawsuits involving the Pinnacle Hip Replacement System were aggregated into an MDL in a federal courtroom in Texas. In 2016, the second bellwether case in the MDL yielded a verdict in favor of the claimants to the tune of $502 million (later reduced under Texas law limiting punitive damages). A third bellwether case resulted in a $1 billion verdict in favor of claimants (reduced to $543 million on appeal) and a fourth bellwether case wound up with a $247 million verdict in favor of claimants.
In June 2019, DePuy announced that it would settle up to 6,000 of the Pinnacle lawsuits for $1 billion. DePuy is settling each case individually and as a consequence, this MDL remains open with up to 9,155 cases still pending.
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18. “Heavy Metal? Recognizing Complications of Metal on Metal Hip Arthroplasty” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4158987/
19. “Management Guidelines for Metal-on-metal Hip Resurfacing Arthroplasty: A Strategy on Follow Up” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5525522/
20. “Outcomes of a metal-on-metal total hip replacement system” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4473440/
Ethicon Physiomesh
Physiomesh is a brand of synthetic, shaped, hernia mesh manufactured by Ethicon, a leading business unit/subsidiary of the global drug, medical device, and consumer products giant, Johnson & Johnson (J&J). Current J&J CEO, Alex Gorsky, actually came to the company from Ethicon following its acquisition. In 2019, J&J’s highly profitable surgical device division reported $9.5 billion in sales worldwide.
Ethicon marketed its flexible composite Physiomesh as a device to aid with laparoscopic hernia procedures. However, due to thousands of reports of adverse surgical outcomes sent to the U.S. Food and Drug Administration (FDA), Ethicon voluntarily withdrew Physiomesh for laparoscopic procedures in 2016. As of today, at least 2,820 hernia patients who underwent procedures with Physiomesh are now claimants in multidistrict litigation alleging they have suffered injuries and pain resulting from their being implanted with the device.
Background and History of Physiomesh
The use of surgical mesh to repair hernias dates back to the late 19th century and today is one of the most common surgical procedures performed in the United States. Among modern hernia surgeries, a mesh is used in more than 80% and there are more than 70 types of mesh products available on the market.
Physiomesh is made with a non-absorbent, macroporous polypropylene material that was aggressively marketed for both open hernia repairs as well as minimally invasive laparoscopic surgeries. Physiomesh has a unique design incorporating five (5) layers: two layers of poliglecaprone-25 (“Monocryl”) film covering two underlying layers of polydioxanone film (“PDS”), which in turn coat the polypropylene mesh. Like the vast majority of mesh products available in the United States, Physiomesh was fast-tracked for sale through the FDA’s 510(k) Clearance process.
What is Laparoscopic Hernia Repair Surgery?
There are three main types of hernia repair surgery available in the United States: “open”; laparoscopic and robotic. Open hernia repair is a more traditional method and involves making a sizable incision in the groin, where a surgeon pushes a hernia back, closes the abdominal wall with sutures, and then closes the incision with multiple sutures.
Conversely, laparoscopic hernia repair is a minimally invasive procedure that uses a thin, telescopic instrument (known as a laparoscope) inserted through the patient’s belly-button under general anesthesia. The abdomen is then inflated with gaseous carbon dioxide and the mesh is placed on the inside of the abdominal wall. Once completed, the incision is closed with one or two sutures or surgical tape. The ostensible benefit of laparoscopic surgery is a reduction in scarring and a shorter recovery time.
Flexible Physiomesh Complications
The market for synthetic mesh products is both profitable and competitive. Additionally, synthetic mesh devices, like Physiomesh, are almost always routed through the FDA”s fast-track 510(k) clearance process which does not require manufacturers to support marketing applications with large amounts of safety and efficacy data. Consequently, these products make it onto the market and into our bodies without much scrutiny and potential complications are sometimes overlooked.
Post-market surveillance of flexible (laparoscopic) Physiomesh indicated defects causing premature disintegration, tissue adhesion, contraction, and organ perforation. Due to the number of post-market “adverse event” reports coming back to Ethicon and the FDA, Ethicon voluntarily withdrew the flexible version of its Physiomesh line from the market in 2016. The “open” version is still available on the market for ventral hernia repair.
Physiomesh Lawsuits
Starting in 2017, patients claiming they were injured and suffering from implantation with flexible Physiomesh filed the first initial lawsuits naming Ethicon and J&J. As these lawsuits began to accumulate and grow in number, they were consolidated into multidistrict litigation in federal court in Georgia (MDL-2782). Today there are thousands of claimants integrated into the MDL and the first “bellwether” cases are expected to commence in late 2020. In addition to the MDL, several state cases are proceeding on another track in New Jersey.
Sources Cited (15)
1) “Ethicon Physiomesh for Open Ventral Hernia Repair” https://www.jnjmedicaldevices.com/en-US/product/open-ventral-hernia-repair-physiomesh-hernia-mesh
2) “Ethicon Hernia Portfolio: Evidence Summary” https://www.jnjmedicaldevices.com/sites/default/files/user_uploaded_assets/pdf_assets/2019-10/Ethicon-Hernia-Portfolio-Evidence-008101-180511.pdf
3) “J&J’s Ethicon recalls Physiomesh flexible composite hernia mesh” https://www.massdevice.com/jjs-ethicon-recalls-physiomesh-flexible-composite-hernia-mesh/
4) “Hernia Mesh Lawsuits: History and Developments” https://www.nolo.com/legal-encyclopedia/hernia-mesh-lawsuits-history-and-developments.html
5) “EARLY CLINICAL OUTCOMES OF HERNIA REPAIR WITH PHYSIOMESH” https://www.sages.org/meetings/annual-meeting/abstracts-archive/early-clinical-outcomes-of-hernia-repair-with-physiomesh/
6) “MAUDE Adverse Event Report: ETHICON INC, PHYSIOMESH” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfmaude/detail.cfm?mdrfoi__id=2543604
7) “MAUDE Adverse Event Report: ETHICON PHYSIOMESH” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfMAUDE/detail.cfm?mdrfoi__id=2363232&pc=FTL
8) “The Importance of Registries in the Postmarketing Surveillance of Surgical Meshes” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6250300/
9) “Nationwide Long-term Outcome Surveillance of Physiomesh® vs. Other Meshes in Laparoscopic Incisional Hernia Repair” https://clinicaltrials.gov/ct2/show/NCT03846661
10) “Class 2 Device Recall Surgical mesh” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfres/res.cfm?id=138394
11) “Hernia Repair Surgery” https://my.clevelandclinic.org/health/treatments/17967-hernia-repair-surgery
12) “Open surgery better than laparoscopic for repair of inguinal hernia” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC403835/
13) “LAPAROSCOPIC REMOVAL OF INGUINAL HERNIA MESH PLACED DURING A ROBOTIC TAPP HERNIA REPAIR IN A PATIENT WITH CHRONIC PAIN” https://www.sages.org/video/laparoscopic-removal-of-inguinal-hernia-mesh-placed-during-a-robotic-tapp-hernia-repair-in-a-patient-with-chronic-pain/
14) “Mind the gap: imaging spectrum of abdominal ventral hernia repair complications” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6439043/#:~:text=any%20abdominal%20surgery.-,Specific%20complications%20related%20to%20hernia%20repair%20include%20recurrent%20hernia%2C%20mesh,%2C%20fistula%20formation%2C%20and%20infertility.
15) “Johnson & Johnson: Annual Report 2019” https://www.investor.jnj.com/annual-meeting-materials/2019-annual-report
Davol (C.R. Bard) Polypropylene Mesh
Davol is a subsidiary of global medical device manufacturer, C.R. Bard, and is the primary brand manufacturer for C.R. Bard’s line of polypropylene surgical mesh devices. Founded in the 1870s as the Perkins Manufacturing Company, of Providence, Rhode Island, it was later renamed the Davol Rubber Company. Davol specialized in the production of rubber surgical devices and catheters and was acquired by C.R. Bard in 1980. Bard itself was acquired by medical device behemoth, Becton Dickinson in 2017 for $24 billion.
Together, Davol and C.R. Bard dominate up to 70% of the U.S. market for hernia mesh implants and have staked an aggressive marketing strategy on the use of polypropylene mesh for the range of products they have offered for many years. Nonetheless, polypropylene in the synthetic mesh has a well-documented history of post-operative complications. In particular, scientific evidence and studies have shown that polypropylene material is “biologically incompatible” with human tissue and may promote an immune response in some implantees resulting in contraction, adhesions, and migration around the abdomen. As a consequence, thousands of patients implanted with Davol/Bard polypropylene mesh products have come forward and are now suing the firms claiming that their products were defective, that the companies knew they were defective, and that they have caused devastating injuries and suffering.
Background on Davol/Bard and Polypropylene
The use of both organic and synthetic materials to repair hernias is a widely understood and adopted procedure in the United States and has been around since the late 19th century. In the United States alone, there are more than 300,000 mesh implant procedures conducted on an annual basis.
In recent years, device manufacturers have pursued a range of mesh products that incorporate a resin-based material known as polypropylene into their designs. The use of polypropylene in the implantable mesh is not without risks to the patient. Even though mesh manufacturers commonly assert that polypropylene is “inert”, the fundamental polymer in polypropylene undergoes chemical alteration following implantation in certain locations within the human body. Research into this alteration suggests that the synthetic material can degrade, crack, and shrink/contract causing infection, chronic inflammation, and other painful medical issues. These findings lead many to conclude that despite the manufacturer’s assurances, polypropylene is not “inert” when it is implanted in a human body.
C.R. Bard subsidiary, Davol, released its Composix Hernia Patch in 1997 which ushered in the firm’s contemporary line of the firm’s synthetic mesh devices made with layered polypropylene. Since that time, Davol’s list of synthetic mesh devices has grown to include (but not limited to):
- Composix Kugel Mesh
- Composix E/X Mesh
- Composix L/P Mesh
- Perfix Plug
- 3DMax
- Sepramesh IP Composite
- Ventralex Hernia Patch
- Ventralex ST Hernia Patch
- Ventrio Hernia Patch
- Ventrio ST Hernia Patch
- Visilex
- Marlex
- Spermatex
Issues and Complications from Polypropylene
Polypropylene mesh is commonly associated with chronic postoperative pain. It is believed that the mesh sometimes stiffens dramatically once it is implanted due to oxidative stress. Other issues and complications may include bleeding and infection, tissue adhesion, migration, bowel obstruction, and in some cases, erectile dysfunction.
Problems associated with the use of polypropylene in synthetic mesh devices are not new, either to the patients suffering from them or to manufacturers. According to evidence obtained during court proceedings in the United States, it emerged that Davol/C.R. Bard was told by the manufacturer of the resin they used that it was inappropriate for implantation in the human body.
Notably, on the Materials Safety Data Sheet (MSDS) for Marlex polypropylene published by the resin manufacturer Chevron Phillips Chemical Company, it states clearly: “Do not use this [manufacturer’s] material in medical applications involving permanent implantation in the human body or permanent contact with internal body fluids or tissues.” Beyond this admonition, a Vice President at C.R. Bard admitted in court that he received a call in 1997 from an executive at Chevron Phillips that, “…they (Chevron) were concerned about litigation and the association with the Marlex name with a permanent medical implant.”
Finally, in 2004, Chevron Phillips formally warned Davol/C.R. Bard and others that Marlex was “not for human implantation” and told Davol/C.R. Bard that they did not want to sell them Marlex at any price. Despite these warnings from Marlex’ own manufacturer, Davol/C.R. Bard continued using polypropylene in mesh devices for years afterward, allegedly going to great lengths to secure the resin while concealing its end purpose from suppliers.
Composix Kugel Patch Recall and Lawsuits
The Composix Kugel Patch was a mesh device marketed widely and aggressively by Davol/C.R. Bard in the 1990s through the mid-2000s. It was distinguished by a “memory recoil ring” that allowed the mesh to be inserted into the body through a small incision then unfold and lay flat. Unfortunately, the Kugel’s signature feature also demonstrated a propensity for breaking in the abdomen, causing bowel perforations and chronic intestinal fistulas. Between 2005 and 2007, the Kugel Patch was subject to a number of recalls, culminating with a Class I recall – the most serious type of recall mandated by the U.S. Food and Drug Administration (FDA). In the end, Davol/C.R. Bard had recalled nearly 140,000 units and paid $184 million to settle 2,600 lawsuits in 2017.
Current Davol/C.R. Bard Mesh Lawsuits
Davol/C.R. Bard are currently defendants in large multidistrict litigation (MDL) spanning a range of polypropylene devices in federal court in Ohio (MDL-2846). The first bellwether cases in this MDL are expected to open for trial late in 2020.
Sources Cited (14)
1) “MAUDE Adverse Event Report: DAVOL INC., SUB. C.R. BARD, INC. KUGEL PATCH” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfmaude/Detail.CFM?MDRFOI__ID=1749278
2) “Class 1 Device Recall Davol Composix Kugel Hernia Patch” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfRES/res.cfm?id=49722
3) “Hansen v. Davol, Inc. and C.R. Bard” https://www.ohsd.uscourts.gov/multidistrict-litigation-2846
4) “Memos reveal mesh firms were warned 21 years ago that material should not be used on humans” https://www.sundaypost.com/fp/memos-reveal-mesh-firms-were-warned-21-years-ago-that-material-should-not-be-used-on-humans/
5) “Hernia Surgical Mesh Implants: Information for Patients” https://www.fda.gov/medical-devices/hernia-surgical-mesh-implants/hernia-surgical-mesh-implants-information-patients
6) “Gynecological mesh: The medical device that has 100,000 women suing” https://www.cbsnews.com/news/boston-scientific-gynecological-mesh-the-medical-device-that-has-100000-women-suing-2019-04-17/
7) “[Use of polypropylene mesh for incisional hernia repair]” https://pubmed.ncbi.nlm.nih.gov/16004221/
8) “Polyglactin/Polypropylene Mesh vs. Propylene Mesh: Is There a Need for Newer Prosthesis in Inguinal Hernia?” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3023108/
9) “Comparison of new biologic surgical mesh with polypropylene mesh in inguinal hernia repair” https://pubmed.ncbi.nlm.nih.gov/31142093/
10) “MAUDE Adverse Event Report: BARD DAVOL INC. BARD MESH MONOFILAMENT KNITTED POLYPROPYLENE, MESH SIZE 3″ X 6″” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfmaude/Detail.CFM?MDRFOI__ID=2048325&DEVICE_SEQUENCE_NO=2
11) “Physical structure and mechanical properties of knitted hernia mesh materials: A review” https://journals.sagepub.com/doi/abs/10.1177/1528083717690613?journalCode=jitc
12) “What is Polypropylene? The Plastic in Your Mesh” https://medtruth.com/articles/news/polypropylene-mesh/
13) “About Us: Davol/C.R. Bard” https://www.crbard.com/Davol/About-Us
14) “Post-Implantation Alterations of Polypropylene in the Human” https://www.researchgate.net/publication/224947996_Post-Implantation_Alterations_of_Polypropylene_in_the_Human#:~:text=Polypropylene%20in%20mesh%20form%20is,reactions%20after%20implantation%20in%20humans.&text=These%20alterations%20in%20the%20chemical,structural%20integrity%20through%20material%20embrittlement
Inferior Vena Cava (IVC) Filter Lawsuits and Updates
Last Updated September 28, 2020
An Inferior Vena Cava (IVC) filter is a small mechanical device placed into one of the largest vascular pathways in the human body to prevent clots from circulating from the lower limbs into the lungs causing a Pulmonary Embolism (PE). IVC filters are not necessarily “new” technology. They were first cleared for use by the U.S. Food and Drug Administration (FDA) through the abbreviated 510(k) Clearance process in the late 1970s. However, their use expanded dramatically in a very short span of time between 1999 and 2008.
In 2010, the FDA, after noticing a spike of “adverse event reports” through the previous years, issued a warning about IVC filters and the potential for such issues as filter migration; embolization; perforation of the Vena Cava; and mechanical fracturing of the filter itself. The FDA’s warning was followed in 2014 with a “safety communication” concerning the filters and the agency instituted a new postmarket surveillance study to evaluate the growing use of IVC filters and to make additional recommendations.
As of late 2020, nearly 15,000 lawsuits naming IVC manufacturers have been filed in multiple states, with the largest number of parties filing against manufacturers C.R. Bard and Cook Medical for their devices. These lawsuits have been consolidated into multidistrict litigation (MDL) in Arizona and Indiana.
Alleged Issues with IVC Filters
In recent lawsuits, patients implanted with IVC filters manufactured by Cook Medical and C.R. Bard alleged that due to their use of the 510(k) Clearance process, the companies failed to conduct any clinical testing or animal studies to determine how these filters would function once they are permanently implanted in the human body. Furthermore, the implantees alleged that Cook Medical and C.R. Bard knew or should have known that these devices are defective and dangerous; and that they have a high propensity for:
- Fracture
- Migration
- Excessive Tilting
- Perforation of the Vena Cava
Finally, the patients alleged that the companies were aware of defects with their filters in the face of increasing adverse reporting to the FDA. Nonetheless, they continued to aggressively market the devices while misrepresenting that they had much a better safety record than what was actually reported.
IVC Filter Manufacturers
FDA Recalls and Administrative Action on IVC Filters
To date, the FDA has yet to issue any formal recalls for an IVC filter device. Nonetheless, between 2005 and 2019, at least eight types of IVF filters have been voluntarily withdrawn from the market by their manufacturers. In its first warning letter concerning IVC filters in 2010, the FDA detailed over 921 injuries from IVC filters spanning: migration through the body; migration into the heart and lungs (embolization); perforation of the vena cava; and filter fracturing. Since 2014, filter manufacturers have been given the option of either participating in the FDA’s 522 Postmarket Surveillance Studies program or an independent clinical study known as “Predicting the Safety and Effectiveness of Inferior Vena Cava Filters” (PRESERVE).
IVC Filter Lawsuits
In re: Bard IVC Filters (MDL-2641)
Lawsuits involving C.R. Bard’s Recovery and G2 IVC filter lines began emerging in late 2013 and early 2014. Due to the number and similarity of the allegations leveled in the complaints, they were consolidated into multidistrict litigation in Arizona. In their complaints, the implantees alleged that manufacturing and design defects in the Recovery and G2 lines, which they claimed C.R. Bard knew all along, were causing them to experience significant rates of fracture and migration. Some studies cited in the complaints stated that the Recovery line suffered from a 21% to 31.7% rate of fracture. Beyond the manufacturing and design defect claims, implantees also alleged that C.R. Bard actively denied and concealed knowledge of the dangers posed by the Recovery and G2 IVC filters and withheld such evidence in an attempt to delay court filings.
In March 2018, at the conclusion of the first bellwether trial for this MDL, a jury awarded plaintiff, Sherr-Una Booker $3.6 million in compensatory and punitive damages. Thereafter, C.R. Bard prevailed in two bellwether trials in June 2018 and October 2018. In May 2019, the judge presiding over this MDL announced a limited settlement for thousands of cases with the rest sent back to continue proceedings in state courts across the country. The MDL itself is now closed out, however, cases may still be brought in state court.
In re: Cook Medical, Inc. IVC Filters (MDL-2570)
Similar to the MDL involving C.R. Bard, cases revolving around the Gunther Tulip and Celect lines of IVC filters manufactured by Cook Medical, Inc., began to make their way into courtrooms around the country in 2013 and 2014. These cases were then consolidated into multidistrict litigation in Indiana. Like the plaintiffs in the C.R. Bard cases, the implantees in this MDL complained of alleged design and manufacturing defects such as tilt, migration, and fracturing. Specifically, some claimants referenced a study published in Cardiovascular Interventional Radiology in 2012 which assessed that the Gunther Tulip and Celect lines failed at a rate of 100% up to 71 days following implant and caused some degree of perforation of the wall of the vena cava. The same study reported that tilt was witnessed in 40% of the Gunther Tulip and Celect filter lines.
The outcomes of the various bellwether trials in this MDL have been a mixed-bag:
- In November 2017, a jury sided with Cook Medical and failed to find the company liable.
- A second bellwether case was dismissed in April 2018 due to the statute of limitation issues.
- A Houston firefighter was awarded $1.2 million by a Texas jury in May 2018 (not actually a bellwether case and not part of the MDL).
- In December 2018, the presiding judge in the MDL granted summary judgment to Cook Medical in a Georgia case brought by Tonya Brand.
- Most recently, in February 2019, an Indiana jury awarded $3 million to a woman who suffered a range of injuries from one of its IVC filter lines.
Sources Cited (20)
1. “Long-Term Clinical Outcomes of Complicated Retrievable Inferior Vena Cava Filter for Deep Venous Thrombosis Patients: Safety and Effectiveness” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6330022/
2. “Inferior Vena Cava Filter Placement and Removal” https://www.radiologyinfo.org/en/info.cfm?pg=venacavafilter
3. “Filter tilting and retrievability of the Celect and Denali inferior vena cava filters using propensity score-matching analysis” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6134324/
4. “About Your Inferior Vena Cava (IVC) Filter Placement” https://www.mskcc.org/cancer-care/patient-education/ivc-filter-placement
5. “What is the evidence behind the IVC filter?” https://emcrit.org/pulmcrit/what-is-the-evidence-behind-the-ivc-filter/#:~:text=37%20patients%20with%20recurrent%20venous,rate%20of%20IVC%20filter%20thrombosis.&text=Therefore%2C%20they%20concluded%20that%20this,two%20problems%20with%20this%20argument.
6. “Vena Cava Filters” https://my.clevelandclinic.org/health/treatments/17609-vena-cava-filters
7. “Vena cava filters: Tiny cages that trap blood clots” https://www.health.harvard.edu/heart-health/vena-cava-filters-tiny-cages-that-trap-blood-clots
8. “Inferior Vena Cava Filters: Guidelines, Best Practice, and Expanding Indications” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4862857/#:~:text=There%20are%20two%20general%20types,and%20absolute%20contraindications%20to%20anticoagulation.
9. “Inferior Vena Cava Filter” https://www.ncbi.nlm.nih.gov/books/NBK549900/
10. “Permanent versus Retrievable Inferior Vena Cava Filters: Rethinking the “One-Filter-for-All” Approach to Mechanical Thromboembolic Prophylaxis” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4862850/
11. “FDA Issues Statement on Treatment and Follow-Up Regarding IVC Filter Complications” https://evtoday.com/news/fda-issues-statement-on-treatment-and-follow-up-regarding-ivc-filter-complications
12. “Predicting the Safety and Effectiveness of Inferior Vena Cava Filters” http://www.preservetrial.com/
13. “Vena cava filters” https://www.medicalexpo.com/medical-manufacturer/vena-cava-filter-44592.html
14. “Complications of Inferior Vena Caval Filters” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3036364/
15. “IVC Filter Migration: How Does It Happen?” https://medium.com/@Drug_Justice/ivc-filter-migration-how-does-it-happen-1e453d77a0af
16. “FDA Updates Safety Communication on IVC Filter Retrieval” https://evtoday.com/news/fda-updates-safety-communication-on-ivc-filter-retrieval
17. “Lara L. Adams et al. v. Cook Medical Incorporated, et al” https://www.courtlistener.com/docket/5117387/adams-v-cook-medical/
18. “Charles Conn et al. v. C.R. Bard et al.” https://www.pacermonitor.com/public/case/9216987/Conn_et_al_v_C_R_Bard_Incorporated_et_al
19. “Perforation of the IVC: rule rather than exception after longer indwelling times for the Günther Tulip and Celect retrievable filters” https://pubmed.ncbi.nlm.nih.gov/21448771/
20. “Complications of Celect, Günther Tulip, and Greenfield Inferior Vena Cava Filters on CT Follow-up: A Single-Institution Experience” https://www.jvir.org/article/S1051-0443(13)01258-X/abstract
C-Qur Mesh Product Line Atrium Medical Corporation
The C-Qur hernia mesh product line (pronounced “secure”) was introduced by Atrium Medical Corporation in March 2006 with the promise that its combination of standard synthetic polypropylene mesh and Omega 3 Fatty Acid Fish Oil (“O3FA”) would be superior to other contemporary mesh products. The C-Qur line was, for its time, a novel approach by a relatively small medical device firm founded in 1981. Indeed, the C-Qur product family would help push Atrium out of obscurity and triple its revenues to $200 million between 2004-2011, while making it a lucrative acquisition target by larger device manufacturing firms.
Regrettably, the promise of Atrium’s C-Qur product line was soon riddled with adverse event reports to the U.S. Food and Drug Administration (FDA) claiming high rates of infection and other problems associated with the device. The issues associated with C-Qur elevated the FDA’s enforcement attention to the point that Atrium recalled the C-Qur line in 2013. Later in 2015 Atrium was compelled by the FDA to cease the manufacturing of the C-Qur line at its facility in Hudson, New Hampshire, for sanitary conditions and quality assurance issues. Today, nearly 2,200 cases are pending in a multidistrict litigation (MDL) pending in a New Hampshire federal court with patients alleging that the C-Qur meshes implanted in them were not only defective and caused harm, but that C-Qur knew of the issues and attempted to cover them up.
Background of the C-Qur Product Line
Compared with other medical device manufacturing firms, Atrium was a relatively obscure start-up founded in 1981 that specialized in the manufacture of chest drainage machinery and related vascular products. In 1993, the firm branched out with its first hernia mesh devices: the ProLite Mesh and later the ProLite Ultra Mesh. The market for mesh devices quickly became a key revenue channel for Atrium and led to the introduction of its more prolific C-Qur family of mesh products starting in 2006:
- C-Qur Mesh
- C-Qur Tac Shield
- C-Qur V-Patch
- C-Qur Edge
- C-Qur Lite Mesh V-Patch
- C-Qur Edge Mesg V-Patch
- C-Qur V-Patch Mesh
- C-Qur OVT Mesh
- C-Qur RPM Mesh
- C-Qur Mosaic
- C-Qur FX
- C-Qur CentriFX
The C-Qur line was approved for the U.S. market pursuant to the fast-track 510(k) clearance process which allowed Atrium to skip over the ordinary research concerning safety and effectiveness for other devices requiring pre-market approval. In its filings with the FDA, Atrium claimed that 510(k) clearance was warranted because C-Qur mesh was “substantially equivalent” to earlier mesh designs even though it incorporated O3FA fatty fish oils into the design – the first ever to do so; and despite knowledge by both physicians and researchers alike that O3FA carries with it the potential for life-threatening allergic reactions.
Acquisition by the Getinge Group
By 2011, Atrium had swollen to become a company with revenues in excess of $200 million annually, more than 700 employees, a sales force throughout North America, Europe, Asia, and Australia/New Zealand, and 106 distributors across 102 countries. In that moment, Getinge Group, a multi-billion dollar Swedish device manufacturer moved-in and orchestrated the acquisition of Atrium for $680 million through a German subsidiary, Maquet.
Advertised Uses for C-Qur Mesh
Initially, C-Qur was intended as a mesh for surgical use with ventral and inguinal hernia conditions. C-Qur was advertised as a novel approach to implantation and a way to ameliorate past issues with polypropylene mesh organ adhesion by virtue of its coating with O3FA, a pharmaceutical-grade fatty-fish acid coating.
Issues and Complications Associated with C-Qur Mesh
It is well-established that certain proteins in oily bio-product derived from fish are bound to cause allergic reactions. Common human responses to fish proteins such as those contained in fatty fish oil can range from increased sensitivity and rashes – all the way up to death. Concerns about the possibility of allergenic contamination were allayed by assurances that the O3FA coating utilized by Atrium would be screened, tested, and inspected to ensure that no non-soluble proteins would be present in the coating.
Almost immediately following the introduction of the C-Qur line and for years following afterward, physicians and surgeons reported disturbing levels of infection and other conditions following implantation with the C-Qur line. One “adverse event” report to the FDA involved a woman implanted with C-Qur mesh who began suffering intense pain and a “constant burning sensation” within 6 hours following her hernia repair procedure. She was immediately taken back for a second operation wherein the surgeon noted that the woman’s abdomen and the pelvic area looked like “a bomb went off” and “like a third-degree burn” due to the intense infection and inflammation.
Other similar adverse event reports have C-Qur mesh implantees complaining of “purulent discharge” and swelling from abdomen wounds. A patient in 2012 required mesh removal, drainage of his abdomen, treatment with intravenous antibiotics, surgery for obstruction, and five days in the hospital less than a week after a hernia procedure involving C-Qur mesh.
FDA Warning Letter and Class II Recall of C-Qur
The FDA expressed serious concerns to Atrium in a letter dated October 11, 2012, wherein the agency believed that Atrium was not adequately addressing the issues corresponding to numerous adverse events involving C-Qur mesh. Most of these complaints involved infections and other reactions to the C-Qur mesh that pointed directly at either insufficient or deficient sterility and sanitary procedures at the point of manufacture.
In August 2013, the FDA announced a Class II recall of the C-Qur Edge Mesh due to manufacturing and sterilization issues that caused the device to adhere to its packaging after exposure to conditions of high humidity. Although the recall impacted over 1,500 meshes, Atrium did not pull any products from shelves and merely warned physicians to inspect meshes prior to implantation.
FDA Lawsuit and Consent Decree of Permanent Injunction
The issues with Atrium and C-Qur became so pronounced that the U.S. Department of Justice, on behalf of the FDA, filed a lawsuit in federal court in February 2015, to stop Atrium from the production of meshes at its production line in Hudson, New Hampshire. The lawsuit was followed by a permanent injunction and “consent decree” which accused Atrium of violating the Federal Food, Drug and Cosmetic Act (FFDCA) by putting mesh devices on the market which were illegally “adulterated” and mis-branded; and which were not manufactured utilizing “current good manufacturing processes”.
C-Qur Mesh Lawsuits
There, at present, over 2,200 lawsuits naming Atrium and its C-Qur mesh line seeking damages for injuries, suffering, and medical expenses. Lawsuits involving C-Qur mesh accumulated to the point that in 2016, they were consolidated into a single multidistrict litigation taking place in federal court in New Hampshire. The first “bellwether” trial in this MDL (MDL-2753) is expected in late 2020.
Sources Cited (12)
1) “About the Consent Decree” https://www.atriummed.com/
2) “Daniel Hicks v. Atrium Medical Corporation, et al.” https://casetext.com/case/hicks-v-atrium-med-corp-in-re-atrium-med-corp-1
3) “United States of America v. Atrium Medical Corporation, et al.” https://www.law360.com/cases/54d0e800bf371b2a10000001
4) “MAUDE Adverse Event Report: ATRIUM MEDICAL CORP ATRIUM C-QUR MESH HERNIA MESH 8.9CM X 8.9CM 3 1/2IN X 3 1/2 IN” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfMAUDE/detail.cfm?mdrfoi__id=2639496
5) “MAUDE Adverse Event Report: ATRIUM MEDICAL CORPORATION C-QUR MESH COATED WITH OMEGA-3 FISH OIL 7.5 X 12 CM COATED HERNIA MESH” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfmaude/detail.cfm?mdrfoi__id=2394781
6) “Class 2 Device Recall C QUR VPatch Mesh” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfres/res.cfm?id=119925
7) “Infection and recurrence rates of the C-QUR V-Patch ™ in ventral hernia repairs” https://pubmed.ncbi.nlm.nih.gov/29907940/
8) “Inflammatory reaction to fish oil coated polypropylene mesh used for laparoscopic incisional hernia repair: a case report” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4750192/
10) “Number of cases tops 2,000 in hernia mesh litigation against NH firm” https://www.nhbr.com/number-of-cases-top-2000-in-hernia-mesh-litigation-against-nh-firm/
11) “Acquisition of Atrium Medical: 3 October 2011” https://www.getinge.com/anz/about-us/investors/reports-presentations/2011/acquisition-of-atrium-medical/
12) “Getinge: About Us” https://www.getinge.com/anz/about-us/
3M Combat Arms Earplugs Lawsuits and Updates
Last updated October 12, 2021
The 3M Company and Aearo Technologies designed and manufactured specialized combat earplugs for U.S. servicemen and women which were supplied throughout combat zones in Iraq and Afghanistan between 2003 and 2015. Ostensibly, these devices were supposed to protect the hearing of our troops while offering them two fitting options for different types of encounters. In particular, one end of the 3M Combat Arms earplugs was supposed to protect against harmful battlefield noise levels while allowing troops to hear commands as well as the footsteps and other sounds from enemy combatants. Unfortunately, a design defect, one that both Aearo and 3M likely knew about in advance, allowed dangerous levels of noise to enter the ear and cause permanent hearing loss and tinnitus in many returning veterans.
Background and History
Aearo Technologies became the exclusive supplier of dual-ended combat arms earplugs for the entire U.S. military under an “Indefinite Quantity Contract” (IQC) awarded in 2003. Partially in response to the success of Aearo in securing such a lucrative contract, the defense contractor was acquired by 3M in 2008 and continued to supply earplugs through at least 2012.
The dual-ended combat arms earplugs manufactured by 3M and Aearo are known as “non-linear” or “selective attenuation” earplugs. This design was intended to permit soldiers to protect their hearing while choosing from either a “blocked” or “unblocked” fitting position in the ear. In the blocked position, the earplugs were supposed to perform as traditional earplugs and block as much potentially harmful noise as possible. In the “unblocked” position, the earplugs were intended to minimize loud impulse sounds (i.e. battlefield explosions, rockets, and artillery fire) while allowing quiet noises such as commands or footsteps to pass through.
Design Defect
However, as injured soldiers claim in multiple lawsuits, the earplugs did not perform as advertised. They believe that the combat earplugs’ instruction manual, in combination with an inherent design defect, involving the third-flange of the non-inserted end, prevented the plugs from fitting snugly in the ear canal. When the flange of the non-inserted end pressed against the ear, it folded and loosened the seal. Troops who believed their ears were being adequately shielded from battlefield noise were allegedly exposed to much higher-than-safe levels of decibels. It is believed that, at a minimum, thousands if not millions of soldiers have suffered significant hearing loss as a consequence.
3M and Aearo Knowledge of the Defect
At the dawn of the program in January 2000, testing of the combat arms earplugs began at Aearo’s own laboratories, rather than at an outside and independent laboratory. Aearo employees closely monitored the results of testing, which suggested that the noise reduction factor offered by the devices was far below what was considered adequate. Aearo determined that the positioning and fitting of the flanges in the design were the cause of the deficiency in the earplugs’ performance.
Aearo employees and engineers concluded that a snug fit on the “closed” end of the earplugs required the user the fold back the flanges on the “open” end in what was termed as a “modified” fitting procedure. Testing resumed in February 2000 using the modified fitting technique and the results of these tests were the basis for Aearo’s and eventually 3M’s claims about the noise reduction ratings for the combat arms earplugs.
Instructions for Proper Use
Despite allegedly knowing that their product contained a serious design defect that could render its claims of noise protection virtually meaningless, Aearo and 3M went ahead and sold the dual-ended combat arms earplugs to the U.S. military for several years. And potentially more damning, given what they knew about the defect and their own testing, they failed to include the “modified” fitting procedure in the standard “instructions for proper use” issued with the device.
Whistleblower Settlement
In 2016, a competing firm of Aearo/3M filed a federal whistleblower complaint claiming that 3M violated the False Claims Act concerning statements and representations it made to the U.S. Government concerning the safety record of the dual-ended combat arms earplugs. Specifically, Moldex’ claimed that 3M employees were well-aware that the earplugs did not perform as claimed to go all the way back to 2000. In July 2018, 3M agreed to settle the claims in the whistleblower complaint for $9.1 million without a direct admission as to any liability on the part of 3M.
Tinnitus and Hearing Loss
Tinnitus is described as a general ringing in the ears. According to the U.S. Department of Veterans Affairs, tinnitus is one of the most commonly reported disabilities among servicemen and women. It is widely understood that our nation’s fighting men and women are especially vulnerable to tinnitus and hearing loss due to excessive noise exposure from gunfire, explosions, and helicopter rotors.
These loud noises can permanently damage the cells within the inner ear causing much discomfort and loss of enjoyment of life. Veterans with tinnitus can hear a ringing, hissing, or buzzing that prevents concentration or sleep. On the other hand, hearing loss can make it difficult for someone to maintain relationships with loved ones and friends leading to depression or even cognitive decline.
Is there a Dual-End 3M Combat Arms Earplugs Lawsuit?
In 2019, veterans from across the United States began filing lawsuits naming 3M which claim that the company sold defective earplugs and then intentionally made false representations to the U.S. Government concerning the safety and effectiveness of the combat arms earplugs. These lawsuits have now been aggregated into a multidistrict litigation taking place in a federal court in Florida (MDL-2885). The first bellwether trials in the MDL began in April 2021. Some of the lead plaintiffs include:
Andrew Bridges
Bridges is a veteran of the United States Marine Corps who joined in 2006 at the age of 18 and was deployed to Iraq in 2009. He was supplied with dual-end 3M Combat Arms earplugs during his service and wore them during tank firing, training exercises, live-fire training, vehicle maintenance, and combat exercises. According to his complaint, Bridges was never instructed to fold back the flanges on the earplugs and in 2010 was first diagnosed with hearing issues, including sensorineural hearing loss and tinnitus.
John Ciaccio
Also a veteran of the United States Marine Corps, Ciaccio joined the Marines in 1991 and served until 2017, during which he was deployed to Iraq (twice) and Afghanistan. He worked extensively in maintenance, demolition, and as a convoy team member. Like Bridges, he was supplied dual-end 3M Combat Arms earplugs and wore them throughout the remainder of his service. Like Bridges, Ciaccio was never instructed on how to bend back the third flange on the opposite side of the earplug. In 2009, he was diagnosed with tinnitus and hearing loss which requires him to wear hearing aids.
Trial Progress Update
The first three trials involving 3M’s Combat Arms earplugs under the consolidated multidistrict litigation taking place in Pensacola resulted in at least two jury verdicts in favor of injured veterans with damages totaling $8.8 million. One of the three resulted in a jury verdict in favor of 3M.
Fourth Trial – Brandon Adkins
On October 1, 2021, a jury in a Pensacola federal court found 3M liable for hearing damages suffered by U.S. Army veteran Brandon Adkins. Adkins served in the Army from 2004 to 2009 and did two tours in Afghanistan. The jury ruled that a design defect in the 3M Combat Arms Earplugs caused Adkins’ to suffer tinnitus and permanent hearing loss and that the company failed to warn of the defect. It then awarded Adkins $8.2 million in damages.
Additional Bellwether Trials Authorized
On October 8, 2021, the federal judge overseeing all of the consolidated lawsuits involving 3M Combat Arms Earplugs authorized an additional four “bellwether trials” used by the parties to gauge the range of damages and define settlement options.
What Do I Need to File a Dual-End 3M Combat Arms Earplug Lawsuit?
Veterans who served in the U.S. military between 2003 and 2015 may consider filing a lawsuit to recover compensation for injuries and loss of quality of life. The first step is to contact an experienced 3M Combat Arms earplugs case attorney for an initial consultation. These visits are an excellent opportunity to learn more about the ongoing litigation and what it means for you. Furthermore, they are always free-of-charge to you.
Some things to have organized for your initial consult with an attorney include:
- Service records detailing your time in the military, deployments, and work fields/occupations while in service.
- Any paperwork, records, or notes you have recalling when you were issued the 3M Combat Arms earplugs and when you wore them.
- Reports and records from the Veterans Administration detailing hearing tests and results (these can also be supplied by the V.A. upon request).
Disability Benefits and Filing a Lawsuit
Veterans who receive disability benefits should not be concerned that any award resulting from filing a lawsuit for their injuries will adversely impact those benefits. According to attorneys familiar with this process, disability benefits are given on the basis of injury and are not based upon income or financial need. Bearing this in mind, any benefits received which are needs-based or income-based could be affected. It is important to consult with an attorney knowledgeable about these matters when starting the claims process.
Sources Cited (12)
1) “In Re: 3M Combat Arms Earplug Products Liability Litigation” https://ecf.jpml.uscourts.gov/cgi-bin/HistDocQry.pl?983363708493713-L_1_0-1
2) “Ciaccio v. 3M Company and Aearo Technologies, LLC” https://ecf.mnd.uscourts.gov/doc1/10117605469
3) “Defense Contractor 3M Settles Defective Earplug Lawsuit at $9.1 Million, $1.9 Mill to Whistleblower” https://www.whistleblowergov.org/government-contracts.php?article=3m-pays-9.1-million-on-alleged-military-contract-scam-1.9m-to-whistleblower_130
4) “What Veterans Need to Know about Tinnitus” https://www.signiausa.com/blog/veterans-need-know-tinnitus/#:~:text=According%20to%20the%20US%20Department,the%20military%20are%20especially%20vulnerable.
5) “Impact of noise on hearing in the military” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4455974/
6) “The impact of hearing impairment and noise-induced hearing injury on quality of life in the active-duty military population: challenges to the study of this issue” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4830069/
7) “Hearing loss associated with US military combat deployment” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4918647/
8) “V.A. Research on Hearing Loss” https://www.research.va.gov/pubs/docs/va_factsheets/hearingloss.pdf
9) “The Study of Attenuation Levels and the Comfort of Earplugs” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5965002/
10) “The effect of earplug training on noise protection” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6941932/
11) “Veterans claim defective 3M earplugs caused hearing loss, ringing in ears: “It is torture” https://www.cbsnews.com/news/military-veterans-claim-defective-3m-earplugs-caused-hearing-loss/
12) “Judge unseals hundreds of pages of documents in veterans’ lawsuit against 3M over earplugs” https://www.stripes.com/news/veterans/judge-unseals-hundreds-of-pages-of-documents-in-veterans-lawsuit-against-3m-over-earplugs-1.627827
Zantac Lawsuits & Updates
Updated September 1, 2020
Since 2019, hundreds of patients have come forward to file claims in court alleging that the popular heartburn medication, Zantac (ranitidine) was contaminated with harmful carcinogenic compounds and that the contaminated medication caused them to develop a variety of dangerous cancers. Several of those cases have now been consolidated into multidistrict litigation now taking place in a federal court in Florida.
Background and History
Zantac (named generically as ranitidine) belongs to a class of medications known as H2-receptor antagonists (“H2 Blockers”) which act to lower the level of acid produced in the stomach. H2 Blockers are frequently used to treat gastric ulcers, heartburn, acid indigestion, and other related gastrointestinal conditions. It was developed in 1976 by researcher John Bradshaw and submitted by Glaxo Holdings (now GlaxoSmithKline) for approval by the U.S. Food and Drug Administration (FDA) in 1983.
Beginning in the 1980s, Zantac was sold and distributed in prescription format accompanied by one of the industry’s (then) most ambitious marketing programs. Zantac did not disappoint and Glaxo reached $1 billion in sales by December 1986 making the drug one of the most successful runaway hits in the industry. Zantac became available over-the-counter (OTC) in 1996 and soon thereafter was made available as a generic. Although brand name sales of Zantac declined once generics came on the market, the drug itself continued to propel strong sales. In 2018, Zantac ranked as one of the top-10 antacid tablets in the United States.
Valisure and Detection of NDMA in Ranitidine
The story about NDMA contamination in Zantac/ranitidine batches might not have come to light but for the efforts of a small, start-up pharmacy laboratory in New Haven, Connecticut. Known as Valisure, the company traces its genesis to founders Adam Clark-Joseph and David Light reconnecting after Clark-Joseph suffered from a contaminated batch of medication. The unfortunate incident served as an inspiration for the two scientists and entrepreneurs to bring together a team of professionals focused on preventing low-quality medications from entering the market.
Beginning in March 2019, Valisure began testing Zantac for carcinogens on a whim after Clark-Joseph’s infant daughter began taking it for acid-reflux. Immediately the testing revealed abnormal spikes evidencing the presence of NDMA – a potent carcinogen. After more testing, Valisure alerted the FDA in June 2019, and in September 2019, both the FDA and European regulators announced their own investigations into the safety of ranitidine. Soon thereafter, some drug makers announced unilateral halts in the production of generic Zantac while Canada intervened to stop distribution.
As a final blow to generic ranitidine, the FDA notified all manufacturers of Zantac to conduct testing for NMDA in October 2019. This order was followed by a recall of all Zantac products from the market on April 1, 2020.
What is NDMA?
Also known as “N-Nitrosodimethylamine”, NDMA is an organic chemical that is part of a family of compounds known as N-Nitrosamines. This group has been recognized as potent carcinogens with substantial dangers to human health and life. The United States Environmental Protection Agency (EPA) and the International Agency for Research on Cancer (IARC) both classify NDMA as a probable human carcinogen. The World Health Organization’s (WHO) own testing indicates that NDMA exposure is associated with gastric and/or colorectal cancer. NDMA is generally never intentionally produced in the United States unless it is going to be used to induce tumor growth in lab experiments.
How Did NDMA Get in Zantac?
The presence of NDMA in Zantac is not generally believed to be caused by a defect in the manufacturing process itself. Rather, it is alleged that NDMA is inherently a structure present in the molecular structure of ranitidine. Specifically, claims allege that when anyone takes ranitidine, the active ingredient in the medication produces NDMA, exposing every user to the carcinogen.
Is There a Zantac Lawsuit?
Beginning in 2019, cancer sufferers, believing that they developed their illnesses after taking Zantac, began filing lawsuits against the manufacturers of ranitidine in several courts across the United States. The manufacturers named in many of these lawsuits are:
- Boehringer Ingelheim Pharmaceuticals, Inc.
- Sanofi Aventis, S.A./Sanofi-U.S. Services, Inc.
- Chattem, Inc.
- Pfizer, Inc.
- GlaxoSmithKline, Inc.
Specific Cases:
Joseph John Balisteri
Mr. Balisteri began using OTC Zantac in 2000 and continued using the 150mg variety 2-3 times a week until 2019. In November 2018, he was diagnosed with bladder cancer, a condition associated with NDMA contamination. After learning about the recall and his cancer diagnosis, he filed suit in California in November 2019.
Walter H. Hansen
Walter Hansen, a resident of Solano County, California, began taking OTC Zantac in 2010 and used the 150mg dosage at least once a day through 2019. In 2017, he was diagnosed with colorectal cancer, which later spread into his liver and lungs. These are all cancer vectors associated with NDMA contamination. He filed suit in California in October 2019.
Cases similar to those filed by Mr. Hansen and Mr. Balisteri have now been filed all over the United States and in 2020 were consolidated into a single multidistrict litigation (MDL) taking place in federal court in Florida (MDL-2924). Judge Robin L. Rosenberg of the Southern District of Florida (West Palm Beach) is presiding over the MDL and new cases are being added at this time.
Joining a Zantac Lawsuit
If you believe that your cancer diagnosis – in particular: liver, bladder, stomach, intestinal, colorectal or esophageal; was the result of taking Zantac or generic ranitidine, and are interested in participating in a lawsuit seeking damages, you and your lawyer will need to establish a few preliminary facts as part of a claim. Specifically:
- That You Took Zantac or Generic Ranitidine.
While this may not sound difficult, in reality, it can be an issue depending upon which type of Zantac you ingested. If you took a prescription Zantac, then those records may be simple to obtain. However, if you took OTC Zantac or ranitidine, you may have to produce receipts and doctor’s notes or similar evidence to establish your identity as a consumer.
- You Have a Cancer Diagnosis.
Although Zantac consumers may suffer from any of a wide variety of cancers, a certain few are generally associated with NDMA contamination, such as liver, bladder, stomach, intestinal, colorectal, or esophageal cancers.
- A Linkage Between Cancer Diagnosis and Use of Zantac or Generic Ranitidine.
If you took Zantac daily for 20 years, it may be easier to establish a linkage between your cancer diagnosis and the medication, than if you only took Zantac periodically for a very short period of time (less than a year).
Regardless of whether you feel you have answers to all of these threshold questions, if you feel you have been harmed then you should take the opportunity to consult with an attorney to learn more about your rights and possible entitlement to compensation for injuries. Consultations with law offices in these types of matters are free-of-charge and do not oblige you to any further action unless you wish to proceed.
Sources Cited (22):
1) “Some ranitidine (Zantac) has tested safe, but more recalled for too much carcinogen” https://www.miamiherald.com/news/health-care/article237219936.html
2) “A tiny pharmacy is identifying big problems with common drugs, including Zantac” https://www.washingtonpost.com/science/a-tiny-pharmacy-is-identifying-big-problems-with-common-drugs-including-zantac/2019/11/08/6dd009ca-eb76-11e9-9c6d-436a0df4f31d_story.html
3) “FDA Requests Removal of All Ranitidine Products (Zantac) from the Market” https://www.fda.gov/news-events/press-announcements/fda-requests-removal-all-ranitidine-products-zantac-market
4) “Three Plaintiffs File New Zantac Cancer Lawsuits” https://newyork.legalexaminer.com/legal/three-plaintiffs-file-new-zantac-cancer-lawsuits/
5) “Statement alerting patients and health care professionals of NDMA found in samples of ranitidine” https://www.fda.gov/news-events/press-announcements/statement-alerting-patients-and-health-care-professionals-ndma-found-samples-ranitidine#:~:text=NDMA%20is%20classified%20as%20a,%2C%20dairy%20products%2C%20and%20vegetables.
6) “WHAT IS N-NITROSODIMETHYLAMINE?” https://www.atsdr.cdc.gov/toxprofiles/tp141-c1.pdf
7) “Technical Fact Sheet – N-Nitroso-dimethylamine (NDMA)” https://www.epa.gov/sites/production/files/2014-03/documents/ffrrofactsheet_contaminant_ndma_january2014_final.pdf
8) “N-Nitrosodimethylamine (NDMA) as a Drinking Water Contaminant: A Review” https://superfund.berkeley.edu/pdf/231.pdf
9) “Questions and Answers: NDMA impurities in ranitidine (commonly known as Zantac)” https://www.fda.gov/drugs/drug-safety-and-availability/questions-and-answers-ndma-impurities-ranitidine-commonly-known-zantac#:~:text=FDA%20has%20found%20N%2Dnitrosodimethylamine,ranitidine%20they%20may%20currently%20have.
10) “Hansen v. Boehringer Ingelheim Pharmaceuticals, Inc., et al” https://ecf.caed.uscourts.gov/doc1/033111300340
11) “Balisteri v. Boehringer Ingelheim Pharmaceuticals, Inc., et al” https://ecf.cand.uscourts.gov/doc1/035118602775
12) “Our Mission” https://www.valisure.com/about-us/
13) “Formation Mechanism of NDMA from Ranitidine, Trimethylamine, and Other Tertiary Amines during Chloramination: A Computational Study” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4123930/
14) “The Finding of N‐Nitrosodimethylamine in Common Medicines” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7288647/
15) “Oral intake of ranitidine increases urinary excretion of N-nitrosodimethylamine” https://pubmed.ncbi.nlm.nih.gov/26992900/
16) “Zantac, Ranitidine Pulled From Market, Here Are FDA’s Latest Cancer Concerns” https://www.forbes.com/sites/brucelee/2020/04/02/zantac-ranitidine-pulled-from-market-here-are-fdas-latest-cancer-concerns/#e60d6fb2b8c5
17) “Zantac is prescribed 15 million times a year. So how did it become a potential cancer risk?” https://www.usatoday.com/story/news/health/2019/11/07/how-did-zantac-become-potential-cancer-risk-fda-wants-find-out/2509043001/
18) “Popular heartburn drug ranitidine recalled: What you need to know and do” https://www.health.harvard.edu/blog/popular-heartburn-drug-ranitidine-recalled-what-you-need-to-know-and-do-2019092817911
19) “Ranitidine (Zantac) recall expanded, many questions remain” https://www.health.harvard.edu/blog/ranitidine-zantac-recall-expanded-many-questions-remain-2020040218044
20) “Lab finds NDMA in Zantac can develop during storage” https://www.fiercepharma.com/manufacturing/lab-finds-ndma-zantac-can-develop-during-storage-bloomberg
21) “FDA Recalls All Ranitidine (Zantac) Products, Citing Increased Risk of Cancer” https://www.ajmc.com/view/fda-recalls-all-ranitidine-products-zantac-citing-increased-risk-of-cancer
22) “Valisure Detects NDMA in Ranitidine” https://www.valisure.com/blog/valisure-news/detection-of-ndma-in-raniditine/
Zimmer Biomet
Formed through the 2014 merger of two modern medical device manufacturers, Zimmer Biomet is a leading player in the market for musculoskeletal healthcare. The combined entity designs and manufactures: orthopedic reconstructive products; sports medicine, biologics, extremities, and trauma products; spine, craniomaxillofacial and thoracic products; and dental implants; as well as related surgical products. Zimmer Biomet is one of the fastest-growing medical device manufacturers in the orthopedic prosthesis market with an anticipated market share in excess of 20% by 2024 (second only to Johnson & Johnson’s DePuy Synthes).
These days, however, Zimmer isn’t only attracting attention for its explosive growth and market presence. It is also the subject of lawsuits consolidated into multidistrict litigation (MDL) in Indiana concerning its metal-on-metal (MoM) hip implant technology system, the Zimmer M/L Taper with Kinectiv Technology. Claimants in these lawsuits allege that Zimmer Biomet either knew or should have known that the Zimmer M/L Taper with Kinectiv Technology had a dangerous design defect allowing corrosion of the metal alloys in critical junctures which causes tissue damage, dislocation, and metallosis.
History and Background of Zimmer Biomet
Zimmer Biomet was established by its founder Justin Zimmer in Warsaw, Indiana, in 1927, to manufacture aluminum splints. Zimmer’s take on the medical devices grew in popularity and by 1942, the company’s annual sales reached $1 million. In 1950, Zimmer introduced the company’s first hip prosthesis in association with Dr. Palmer Eicher, and in 1972 the company was acquired by pharmaceutical and medical device behemoth, Bristol Myers Squibb. In 2001, Zimmer was spun off by Bristol Myers Squibb as a free-standing public company and in 2014, Zimmer paid $13.4 billion to acquire Biomet, Inc., in the process forming today’s Zimmer Biomet.
Among the range of products Zimmer Biomet manufactures and markets across its divisions, its total hip replacement systems are some of the most prominently featured. Zimmer Biomet’s hip replacement systems include the following brands:
- Taperloc Hip System
- Zimmer M/L Taper Hip Prosthesis
- Arcos Modular Hip System
- Continuum Acetabular System
- G7 Acetabular System
Issues with Zimmer Biomet Hip Implant Technologies and Implant Lines
Zimmer Biomet pushed the M/L Taper line with Kinectiv Technology through the 510(k) Clearance process which does not require that the device go through the rigors of a clinical study to gain approval by the U.S. Food and Drug Administration (FDA). The M/L Taper Line with Kinectiv Technology made it onto the market in March 2015 and remained there briefly, until April 2015 when it was removed. In May 2018, Zimmer Biomet sent an “Urgent Medical Device Recall Letter” to hospitals, physicians, and distributors and in June 2018, the U.S. Food and Drug Administration issued a Class I recall of the M/L Taper with Kinectiv Technology for 64 lots (752 devices in total) due to higher than allowed cytotoxicity levels found within the product. In 2018, the FDA issued a subsequent Class II recall notice concerning packaging issues involving telltale “black residue” emerging within the polyethylene bags containing implant devices.
Several lawsuits have been filed over the Zimmer Biomet M/L Taper Line with Kinectiv Technology and these have been consolidated into a single MDL before a federal court in Indiana. Claimants in these suits allege, among other things, that the modular neck-stem design creates threading and several junctures where the metal head is more likely to produce wear and debris in a process known as “fretting”. In turn, the corrosion and wear from the fretting are believed to have caused severe tissue damage and even metallosis in implantees. These conditions require patients to undergo painful and expensive revision surgeries that do not always completely resolve either the complications of the original underlying condition.
Sources Cited (17)
1. “About Us” https://www.zimmerbiomet.com/corporate/about-zimmer-biomet/about-us.html
2. “Zimmer Biomet Annual Report 2019” https://investor.zimmerbiomet.com/~/media/Files/Z/ZimmerBiomet-IR/documents/annual-reports/zimmer-biomet-2019-annual-report.pdf
3. “M/L/ Taper Hip Prosthesis” https://www.zimmerbiomet.com/medical-professionals/hip/product/ml-taper-hip-system.html
4. “Class 2 Device Recall Zimmer M/L Taper Hip Prosthesis with Modular Neck Technology” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfRes/res.cfm?id=164808
5. “Class 1 Device Recall Zimmer M/L Taper Hip Prosthesis with Kinectiv Technology” https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfRes/res.cfm?ID=137182
6. “Zimmer Completes Combination with Biomet” https://www.prnewswire.com/news-releases/zimmer-completes-combination-with-biomet-300104244.html
7. “Our History” https://www.zimmer.co.uk/corporate/about-zimmer/our-history.html
8. “Hackett et al. v. Zimmer et al.” https://dockets.justia.com/docket/new-york/nysdce/1:2018cv10008/503738
9. “Metal-on-Metal Hip Arthroplasty: A Review of Adverse Reactions and Patient Management” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4598667/#:~:text=Metal%2Don%2Dmetal%20relates%20to,metal%20acetabular%20cup%20or%20liner.
10. “NIH researchers uncover clues related to metal-on-metal hip implants” https://www.nih.gov/news-events/news-releases/nih-researchers-uncover-clues-related-metal-metal-hip-implants
11. “Metal-on-metal hip replacements: implications for general practice” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5697529/
12. “What is appropriate surveillance for metal-on-metal hip arthroplasty patients?” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5810829/
13. “Metal ion levels comparison: Metal-on-metal hip resurfacing vs total hip arthroplasty in patients requiring revision surgery” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6180337/
14. “Management of metal-on-metal hip implant patients: Who, when and how to revise?” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4865716/
15. “Heavy Metal? Recognizing Complications of Metal on Metal Hip Arthroplasty” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4158987/
16. “Management Guidelines for Metal-on-metal Hip Resurfacing Arthroplasty: A Strategy on Follow Up” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5525522/
17. “Outcomes of a metal-on-metal total hip replacement system” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4473440/
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