Williams v. Smith & Nephew Inc.

CourtDistrict Court, D. Maryland
DecidedJanuary 8, 2024
Docket1:14-cv-03138
StatusUnknown

This text of Williams v. Smith & Nephew Inc. (Williams v. Smith & Nephew 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
Williams v. Smith & Nephew Inc., (D. Md. 2024).

Opinion

IN THE UNITED STATES DISTRICT COURT FOR THE DISTRICT OF MARYLAND

IN RE: SMITH & NEPHEW MDL No. 2775 BIRMINGHAM HIP RESURFACING Master Docket No. 1:17-md-2775 (BHR) HIP IMPLANT PRODUCTS LIABILITY LITIGATION JUDGE CATHERINE C. BLAKE

THIS DOCUMENT RELATES TO THE FOLLOWING CASE:

Williams v. Smith & Nephew, Inc., No. 1:14- cv-3138

MEMORANDUM Smith & Nephew moved for summary judgment on the Williams family’s claims.1 Mot. for Summ. J., ECF 5102-1 (“Mot.”). The Williamses opposed Smith & Nephew’s motion, Opp’n to Mot., ECF 5175 (“Opp’n”), and Smith & Nephew replied, Reply in Supp. of Mot., ECF 5272. The court heard oral argument on December 19, 2023. For the following reasons, the court will grant Smith & Nephew’s motion for summary judgment. BACKGROUND This case is part of a multidistrict litigation (“MDL”) concerning the Birmingham Hip Resurfacing Device (“BHR”), an artificial hip, developed, designed, manufactured, and sold by Smith & Nephew. The BHR replaces the hip joint with metal components in an effort to restore the patient’s hip functionality. The BHR’s two components rub against one another during movement of the patient’s hip joint, and both are made of cobalt and chromium metal alloys.

1 The Williams family includes the plaintiffs Lewis Williams III, Chrystal Williams, and Michael Stelmack. Mr. Stelmack is the personal representative of the estates of former plaintiffs Lewis Williams Jr. and Angela Williams, who are the deceased parents of Lewis III and Chrystal. Mr. Stelmack is the subject of a pending unopposed motion to substitute, Mot. to Substitute, ECF 5174, which will be granted. Friction between the metal components may result in the release of metal debris which can accumulate in a patient’s joints and blood stream. That metal debris can cause pain, metallosis, and other serious complications necessitating corrective surgery or revision to a different device.2 Lewis Williams Jr. had a BHR implanted in 2006.

I. Case-Specific Factual Background Mr. Williams was an active person before he began experiencing pain in his hips, groin, and thighs in the early 2000s. Opp’n Ex. 2 at 7:15-24, ECF 5175-2. He first saw Dr. Henry Boucher complaining of that pain on October 4th, 2005. Id. at 7:12-14. Dr. Boucher reviewed x- rays of Mr. Williams’ hip and found signs of severe degenerative osteoarthritis. Id. at 10:1-3. As treatment, Dr. Boucher determined that Mr. Williams was an appropriate candidate for a hip replacement. Id. at 12:25-13:6. After they discussed replacement options and the risks and benefits of the different types of bearing surfaces available, Mr. Williams said that he would conduct his own research before deciding whether to go ahead with a hip replacement. Id. at 13:7-14:4.

Mr. Williams’ family testified that he was “leery of having something, you know, implanted,” and “really did not want any foreign device or anything in his body.” Opp’n Ex. 9 at 32:13-17, 33:19-24, ECF 5175-9. He was generally skeptical about medical care, given “the historical disparities and care for Black men specifically.” Opp’n Ex. 10 at 29:15-19, ECF 5175-10. Because of his misgivings, Mr. Williams was the type of person who would have conducted his own research before agreeing to surgery. Opp’n Ex. 9 at 62:15-63:13; Opp’n Ex.

2 The court provides only the minimum facts about the BHR necessary to resolve the pending motion. The court has described the basic facts of this MDL in several prior opinions. 10 at 24:3-25:3. Nevertheless, Mr. Williams trusted Dr. Boucher more than other doctors. Opp’n Ex. 10 at 29:12-14. While Mr. Williams was mulling his options, in August of 2006, Smith & Nephew paid for Dr. Boucher to travel to Birmingham, England for training on the BHR. Opp’n Ex. 1 at 81:4-

22, ECF 5175-1; Opp’n Ex. 2 at 45:21-48:5. The training entailed didactic sessions, discussions of indications and tricks for implantation, and observing procedures to learn technique from experienced surgeons. Opp’n Ex. 1 at 81:4-22. Smith & Nephew required surgeons to complete this training before they could begin implanting the BHR. Id. at 82:8-9. During the training, Smith & Nephew described certain supposed benefits of the BHR over other metal-on-metal devices. Id. at 154:11-15. Specifically, Smith & Nephew claimed that the device’s “as cast” manufacturing process improved the final product’s metallurgy and rendered its performance superior to competitor devices. Id. at 154:16-155:13. Smith & Nephew also claimed that the failure rate of the device would be between one and three percent at ten years after implantation. Id. at 156:12-19.

At the time of Dr. Boucher’s training, Smith & Nephew knew that surgeon training was critical to the performance of the BHR. Opp’n Ex. 3 at 84:9-87:6, ECF 5175-3. Implanting the BHR was a different process than a traditional total hip arthroplasty procedure,“[s]o you have to learn to put in a BHR device correctly.” Id. at 86:17-22. Smith & Nephew developed a “revolutionary” training procedure that was “very involved” and “costly” “to make sure that [surgeons] all had the best possible surgical technique.” Id. at 86:22-87:6. Nevertheless, as with anything, there was a learning curve associated with performing the procedure to implant a BHR. Id. at 87:7-11. In a 2015 interview, one of the BHR’s inventors, Dr. Derek McMinn, stated that his first 1000 hip resurfacing implants, which were implanted in the 1990s, had a ten-year failure rate of 4.7%, and his subsequent 3,000 resurfacing implants had a failure rate that was five percent better. Opp’n Ex. 5 at 198:20-199:9, ECF 5175-5. Thus, Dr. McMinn concluded that “the learning curve for hip resurfacing is 1,000 cases.” Id. Recognizing that earlier surgeries might be more vulnerable to errors, Smith & Nephew provided an individual to join surgeons “in the

operating room for the first couple cases to help them.” Opp’n Ex. 3 at 88:4-7. Smith & Nephew did not mention a learning curve in Dr. Boucher’s training. Opp’n Ex. 1 at 188:25-189:7; Opp’n Ex. 2 at 50:7-51:13; Opp’n Ex. 6 at 10:13-12:16, ECF 5175-6. Dr. Boucher testified that information about a learning curve would have been “meaningful,” but that “when we’re considering a new procedure and a learning curve, you have to know yourself and . . . it’s your responsibility.” Opp’n Ex. 2 at 50:20-51:13. Nevertheless, he would have wanted to know “as much information about the risk of failure and revision surgery as possible,” and would have shared that information with Mr. Williams as part of the process of deciding whether to proceed with surgery. Id. at 59:11-22, 61:5-16; see Opp’n Ex. 6 at 11:3-17. On August 7th, 2006, Mr. Williams returned to Dr. Boucher and said that he would like

to proceed with a hip replacement surgery. Opp’n Ex. 2 at 14:9-16. Dr. Boucher again reviewed the treatment options available to Mr. Williams and suggested that he undergo a resurfacing procedure rather than a traditional hip replacement, given that he was only in his forties at the time and a “resurfacing would offer a different potential longevity and even potential activity.” Id. at 15:6-22. Dr. Boucher recommended that Mr. Williams select a BHR based on his experience and Smith & Nephew’s training. Id. at 26:18-27:20. Mr. Williams elected resurfacing, and Dr. Boucher advised him of the risks specific to that procedure, including the possibility of implant failure, loosening, or release of metal wear into the body. Id. at 24:10-25:6, 25:19-23. He did not describe a learning curve or disclose that Mr. Williams would be the subject of one of his first BHR surgeries. On September 21st, 2006, just a month after Dr. Boucher completed his training, he performed surgery on Mr. Williams to implant a BHR device consisting of a size 56 acetabular

shell and size 50 femoral head. Id. at 24:6-9, 26:7-11. Six weeks later, Mr.

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