Benitez v. Synthes, Inc.

199 F. Supp. 2d 1339, 2002 U.S. Dist. LEXIS 27635, 2002 WL 753207
CourtDistrict Court, M.D. Florida
DecidedMarch 27, 2002
Docket5:00CV262-Oc-10GRJ
StatusPublished
Cited by3 cases

This text of 199 F. Supp. 2d 1339 (Benitez v. Synthes, Inc.) is published on Counsel Stack Legal Research, covering District Court, M.D. Florida primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Benitez v. Synthes, Inc., 199 F. Supp. 2d 1339, 2002 U.S. Dist. LEXIS 27635, 2002 WL 753207 (M.D. Fla. 2002).

Opinion

Summary Judgment Order

HODGES, District Judge.

In this action, the Plaintiff alleges claims of negligence and seeks damages for injuries he sustained after a Synthes intrame-dullary rod, which had been manufactured by the Defendant and surgically implanted in the Plaintiff, fractured inside the Plaintiffs leg. The Defendant has moved for summary judgment (Doc. 63) and the Plaintiff has responded (Doc. 77). Upon due consideration, the Defendant’s motion is due to be Denied in part and Granted in part.

Facts and Background

On June 12, 1998, Plaintiff Richard Ben-itez suffered severe injuries when an auto *1341 mobile collided with the moped he was riding. Among other injuries, both of the bones in the Plaintiffs lower left leg were broken. That same day, the Plaintiff sought medical attention and was treated by an orthopedic surgeon, Dr. Martin Freed. Dr. Freed immediately performed surgery which included debridement of the wound and reduction of the compound fracture of the left distal tibia and fíbula. Dr. Freed, who had extensive experience implanting intramedullary rods (also known as “nails,” “pins,” “implants,” and “bone screws”), also recommended a second operation to stabilize the fracture by inserting a rod in the intramedullary canal of the tibia. Dr. Freed explained to the Plaintiff that the risks of the procedure included additional vascular damage to the lower extremities, “non-healing,” and “nonunion” or delayed union of the fracture itself. 1 The Plaintiff consented to the second operation.

Preparing for the surgery, Dr. Freed met -with a Synthes consultant, Eric Anderson, who sold an intramedullary fixation rod to Ocala Regional Medical Center for Dr. Freed to implant into the Plaintiffs leg. Dr. Freed performed the rod implantation procedure on June 15, 1998, and during the operation Anderson was present in order to assist and advise Dr. Freed regarding how to implant the device safely. Anderson observed as Dr. Freed implanted the rod into the Plaintiffs leg and, based upon his training by Synthes, Anderson believed no mistakes were made before or during surgery. Another orthopedic surgeon, Dr. John Baker, opined that Dr. Freed selected the correct size tibial rod, properly implanted the rod, and conducted the proper follow-up care.

Pursuant to the instructions and warnings included in the package insert with the Synthes rod device, the patient should be adequately instructed regarding the limitations of the implant and that physical activity and weight bearing or load bearing may cause the rod to prematurely loosen, bend, or fracture. The precautions further state “[t]he patient should understand that a metallic implant is not as strong as a normal, healthy bone and will fracture under normal weight bearing or load bearing in the absence of complete bone healing.” 2 The warnings also state “[t]hese devices can break when subjected to the increased loading associated with delayed union or nonunion.” 3

During the first month following surgery, the Plaintiff used a wheelchair for mobility. Approximately two months following surgery, Dr. Freed advised the Plaintiff to begin weight bearing on the leg, so that bone fragments would oppose each other and possibly stimulate healing. The Plaintiff followed Dr. Freed’s instructions and used crutches in order to move about. Dr. Baker agreed that early weight bearing is “essential” because it increases blood flow in the fracture area.

About three to four months following surgery, the Plaintiff began testing his leg under the supervision of Dr. Freed and, on Dr. Freed’s advice, began to walk using a cane. Dr. Baker concurred that the purpose of the tibial implant was to enable the Plaintiff to walk on his leg.

Soon thereafter, however, in October of 1998, the Plaintiff experienced pain as he was walking in his backyard with a cane and went to see Dr. Freed. Dr. Freed examined the Plaintiff and found no evidence that the Plaintiff had been doing anything extraordinary, such as running or *1342 jumping. Dr. Freed x-rayed the Plaintiffs leg and discovered that he had a fracture through an open screw hole in the distal aspect of the intramedullary rod. The x-ray showed that the rod had broken inside the Plaintiffs leg. On November 16, 1998, Dr. Freed removed the broken rod and replaced it with another rod. Following the surgery, the Plaintiff spent a week in the hospital. By September 1, 1999, the Plaintiffs tibial fracture was at maximum medical improvement. Dr. Freed testified that the Plaintiff suffered and will continue to suffer secondary trauma, swelling, scar tissue, engorgement of the veins, pain, and muscular atrophy. Dr. Freed also testified that the second surgery contributed to those injuries and that the breaking of the rod aggravated preexisting conditions.

The rod that fractured inside the Plaintiffs leg was later identified as a rod produced in the Synthes factory in Monument, Colorado. According to Synthes’ Materials Development Manager, John Disegi, the manufacturing process for a tibial rod includes milling certain kinds of features into the rod and drilling holes where the locking bolts, or screw holes, would need to be placed. Synthes, however, does not do any post-manufacturing testing on the strength of the screw holes.

The Plaintiffs metallurgist expert, John Healy, P.h.D., examined the broken rod at issue in this case and discovered defects in the form of surface cracks resulting from machining of the screw holes in the rod by the manufacturer. Healy specifically stated, “I believe [the cracks were] from the machining.” 4 Healy identified one crack measuring ten microns in length which he believed caused the tibial rod to fail. Healy further opined that the presence of the cracks halved the serviceable life of the titanium alloy comprising the screw-hole of the tibial rod and made it defective. As part of his examination, Healy also tested an exemplar rod and found that it had similar surface cracks on the surface of the screw hole. Healy opined that the cracks resulted from the machining of the screw holes and were “defects” which “should have been polished out of the surface of the material.” 5 Healy explained that “we looked at an exemplar and saw the same types of defects, or same type of machine damage there that produced this same type of defect.” 6

A mechanical engineer, Ricardo Galdos, P.h.D., also analyzed the fracture site of the tibial rod (as well as an exemplar rod) and determined that the rod’s failure was the direct result of manufacturing defects which caused fractures and cracks to develop at the inner surface of the open screw hole. 7 Galdos explained:

I believe the root cause of this failure was a defect that was placed in this rod at the time of manufacturing, as a result through whatever the drilling process was. There doesn’t appear to be any mechanism by which the effect of those potential scratches and defects are either eliminated or reduced.

Related

Zamora v. AAP Implants, Inc
S.D. Florida, 2024
Tillman v. C.R. Bard, Inc.
96 F. Supp. 3d 1307 (M.D. Florida, 2015)

Cite This Page — Counsel Stack

Bluebook (online)
199 F. Supp. 2d 1339, 2002 U.S. Dist. LEXIS 27635, 2002 WL 753207, Counsel Stack Legal Research, https://law.counselstack.com/opinion/benitez-v-synthes-inc-flmd-2002.