Donalds v. Ethicon, Inc.

CourtDistrict Court, D. Maryland
DecidedDecember 28, 2021
Docket1:20-cv-01659
StatusUnknown

This text of Donalds v. Ethicon, Inc. (Donalds v. Ethicon, Inc.) is published on Counsel Stack Legal Research, covering District Court, D. Maryland primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Donalds v. Ethicon, Inc., (D. Md. 2021).

Opinion

IN THE UNITED STATES DISTRICT COURT FOR THE DISTRICT OF MARYLAND

PAULA M. DONALDS, *

Plaintiff, *

v. * Civil Action No. GLR-20-1659

ETHICON, INC., et al., *

Defendants. *

*** MEMORANDUM OPINION THIS MATTER is before the Court on Defendants Ethicon, Inc. and Johnson & Johnson’s (collectively, “Ethicon”) Motion for Summary Judgment (ECF No. 63). The Motion is ripe for disposition, and no hearing is necessary. See Local Rule 105.6 (D.Md. 2021). For the reasons outlined below, the Court will grant Ethicon’s Motion for Summary Judgment. I. BACKGROUND A. Donalds’ Treatment Plaintiff Paula Donalds began to struggle with urinary incontinence in late 2012 or early 2013. (Paula Donalds Dep. [“Donalds Dep.”] at 50:3–9, ECF No. 63-1). On July 17, 2014, Dr. Christine O’Connor implanted her with a TVT Abbrevo device, a type of mesh product produced by Ethicon, to help treat her condition. (Medical Rs. [“Med. Rs.”] at 9,1 ECF No. 63-2). After the surgery, Donalds suffered from bladder spasms, pain, and burning

1 Citations to exhibit page numbers refer to the pagination assigned by the Court’s Case Management/Electronic Case Files (“CM/ECF”) system. sensations. (Donalds Dep. at 18:2–17, 21:17–23, 22:2–10). She also experienced continued symptoms of her stress urinary incontinence, including leaking. (Id. at 20:20–22). On July

25, 2016, Dr. Richard Ellerkmann performed surgery to remove portions of the TVT mesh product which had eroded. (Id. at 21:11–20; July 25, 2016 Operative Rep. at 1, ECF No. 64-1). During the revision procedure, Ellerkmann identified “two areas of discrete vaginal mesh exposure, one area suburethrally in the midline” and a larger, two-centimeter area of mesh erosion in the “right distal vaginal sulcus.” (July 25, 2016 Operative Rep. at 1). Ellerkmann noted that upon examination at the end of this procedure, “there was no

evidence of any further mesh exposure.” (Id. at 2). On October 3, 2016, Ellerkmann implanted Donalds with a different mesh device also produced by Ethicon, the TVT Exact, to treat her “[r]ecurrent stress incontinence” and pain. (Oct. 3, 2016 Operative Rep. at 1, ECF No. 64-2). Donalds complains of complications connected to the TVT Abbrevo only. (See Donalds Dep. at 13:14–21).

B. O’Connor’s Testimony During her deposition, O’Connor reviewed an exhibit prepared by Ethicon outlining the risks of “non-mesh” and mesh stress urinary incontinence surgeries (“Risk Chart”). (Dr. Christine O’Connor Dep. [“O’Connor Dep.”] at 28:17–19, ECF No. 63-5; Risk Chart at 2– 3, ECF No. 63-6). She testified that she was familiar with the potential risks identified in

the Risk Chart related to surgeries utilizing mesh, including pain with intercourse, vaginal scarring, infection, urinary problems, organ/nerve damage, bleeding, wound complications, inflammation, recurrence, failure, foreign body response, erosion, contraction, and shrinkage. (O’Connor Dep. at 30:3–6; Risk Chart at 3). She learned of the risks related to use of mesh from publications and practice statements from the American College of Obstetricians and Gynecologists and the American Urogynecologic Society as

well as from her training and education. (O’Connor Dep. at 32:15–22). Further, she was familiar with the risks identified in the Risk Chart at the time of Donalds’ surgery in 2014, (id. at 30:7–10), calling them “typical risks that we would quote to patients for these types of surgeries,” (id. at 36:2–4). O’Connor indicated that she relied on the instructions for use (“IFU”) affiliated with the TVT Abbrevo as “a reminder of step-by-step instructions.” (Id. at 35:3–9). O’Connor

did not rely on the IFU in recommending the product to Donalds. (Id. at 36:5–7). She only relied on the IFU to inform her of the risks “[i]n part,” as she also relied on her training, education, and review of medical literature. (Id. at 35:10–25). She indicated that even if Ethicon had included all the risks identified in the Risk Chart in the IFU, she would not have changed her decision to prescribe Donalds the device. (Id. at 35:15–25). She testified

that she stood by her decision to recommend the TVT Abbrevo to Donalds despite the risks because “[i]t was a good option for her.” (Id. at 71:16–20). C. Summary of Expert Opinions Donalds designated four expert witnesses: (1) Jerry Blaivas, M.D. (general); (2) Uwe Kling, M.D., Ph.D. (general); (3) Vladimir Iakovlev, M.D. (general); and (4) Richard

L. Luciani, M.D. (case-specific causation). (Pl.’s Am. Designation Disclosure Case- Specific Expert Witnesses at 1–2, ECF No. 63-7). Ethicon, on the other hand, designated Nina Bhatia, M.D. (N. Bhatia Expert Report [“Bhatia Rep.”] at 2, ECF No. 63-9). Dr. Richard Luciani is a board-certified gynecologist in New Jersey and Donalds’ only case-specific expert. Luciani provided a two-page opinion indicating “that the

complications Donalds endured following implantation of the TVT [Abbrevo] mesh product . . . were proximately caused by the erosion of the mesh product.” (R. Luciani Expert Report [“Luciani Rep.”] at 2, ECF No. 64-3). He opines that the complications include pain, vaginal bleeding, bladder spasms, headaches, and urinary leakage and that the treatment of the mesh erosion was reasonable and necessary. (Id.). Dr. Jerry Blaivas is a board-certified urologist based in New York. (J. Blaivas

Expert Report at 1, ECF No. 64-5). He opines that the “TVT Abbrevo causes serious and life-style altering complications,” including chronic pelvic pain syndrome, chronic dyspareunia, nerve injuries, and de novo urinary symptoms. (Id. at 4). Blaivas outlines the problems with the mesh used in Donalds’ implant that make it unsuitable for permanent implantation, including: “(1) excessive rigidity of laser-cut mesh; (2) degradation of the

mesh; (3) chronic foreign body reaction; (4) infections and bio-films; (5) fibrotic bridging leading to scar plate formation and mesh encapsulation; and (6) shrinkage/contraction of the encapsulated mesh.” (Id. at 13). Blaivas explains that the mesh is “laser cut” in the manufacturing process as opposed to mechanically cut, which he contends leads the mesh to be more rigid, stiff, and prone to erode. (Id.). Blaivas opines that slings using biologic

materials and polypropylene sutures are safer than synthetic slings. (Id. at 7, 11). Dr. Uwe Klinge is a general and abdominal surgeon. (U. Klinge Expert Report at 1, ECF No. 64-4). Klinge outlines several qualities of the TVT mesh that make it dangerous. For example, he describes how TVT mesh creates a chronic inflammatory response that leads to scarring around the mesh. (Id.). Further, the weight of the mesh increases the risk of injury to a patient, as lighter mesh causes fewer complications. (Id. at 2). Klinge also

opines that the smaller the distance between the fibers of the mesh, the greater the risk of scar tissue forming in the pores. (Id.). Additionally, Klinge explains that the pores of the mesh “deform and collapse,” which increases the risk of injury to patients. (Id.). Finally, Klinge describes the TVT mesh’s propensity to contract or shrink thirty to fifty percent after implantation and otherwise deform, fray, and rope, causing injury. (Id. at 3). Dr. Vladimir Iakovlev is an anatomical pathologist based in Toronto, Canada. (V.

Iakovlev Expert Report at 1, ECF No. 64-6). Iakovlev opines that the TVT mesh acts as a foreign object in the body, which causes the body to attempt “to degrade and isolate the mesh.” (Id. at 13). The mesh and the body’s reaction to the mesh cause damage to the body’s tissues, which Iakovlev opines occurs in all patients to varying degrees. (Id.). Iakovlev further opines that the mesh can migrate in the body, which he describes as “one

of the mechanisms for mesh erosion through vaginal mucosa.” (Id. at 12).

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