Hughes v. BOSTON SCIENTIFIC CORPORATION

669 F. Supp. 2d 701, 2009 U.S. Dist. LEXIS 105835
CourtDistrict Court, S.D. Mississippi
DecidedNovember 12, 2009
DocketCivil Action 2:08cv79KS-MTP
StatusPublished
Cited by6 cases

This text of 669 F. Supp. 2d 701 (Hughes v. BOSTON SCIENTIFIC CORPORATION) is published on Counsel Stack Legal Research, covering District Court, S.D. Mississippi primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Hughes v. BOSTON SCIENTIFIC CORPORATION, 669 F. Supp. 2d 701, 2009 U.S. Dist. LEXIS 105835 (S.D. Miss. 2009).

Opinion

MEMORANDUM OPINION AND ORDER

KEITH STARRETT, District Judge.

This matter is before the court on a Motion for Summary Judgment [# 79] filed on behalf of the defendant, Boston Scientific Corporation (“BSC”). The court, having reviewed the motion, the response, the briefs of counsel, the authorities cited, the pleadings and exhibits on file and being otherwise fully advised in the premises finds that the defendant’s motion for summary judgment is well taken and should be granted. The court specifically finds as follows:

FACTUAL BACKGROUND AND FINDINGS

Boston Scientific is the designer, manufacturer, marketer and seller of a medical device known as the HydroTherm Ablator (“HTA”) which was designed for the treatment of patients who have a condition called menorrhagia (excess uterine bleeding). The defendant describes the HTA procedure as a minimally invasive alternative to hysterectomy or other surgical procedure. The medical procedure the HTA was designed to perform (known as a hydrothermal ablation of the endometrium) is accomplished by circulating heated saline solution through a closed cycle into and then flushing it from the uterus causing the lining of the uterus, or endometrium to be destroyed and slough off and discharge in simulation of the occurrences during a normal menstrual cycle. The HTA is a *703 Class III medical device which has received Pre-Market Approval (“PMA”) by the Food and Drug Administration (“FDA”).

One of the disclosed risks associated with the procedure is a potential for leakage of hot fluid, which may result in thermal injury to the surrounding tissue. To minimize this risk, the HTA is equipped with a leakage detection system which will sound an alarm and automatically shut down the procedure if a leak is detected. This risk is explained in the HTA System User’s Manual and through Boston Scientific’s patient literature.

On October 25, 2006, Mrs. Hughes, who had been diagnosed with, and unsuccessfully treated with available medications for menorrhagia, was admitted as an out-patient by her treating physician, Dr. Michael Weber (“Dr. Weber”), to South Central Regional Medical Center (“SCRMC”) in Laurel, Mississippi for a diagnostic hysteroscopy, dilation and curettage and hydrothermal ablation of the endometrium. The procedure was performed by Dr. Weber using a “refurbished” Boston Scientific HTA 5600 pm-chased from Boston Scientific by SCRMC.

According to the specifications and instructions supplied by Boston Scientific, the hydrothermal ablation procedure was to work as follows: The endometrial ablation procedure begins by slightly dilating the patient’s cervix for the purpose of allowing the introduction of the HTA sheath*, which attaches to a hysteroscope, into the vagina so that the physician performing the procedure may view the inside of the uterus to ensure proper positioning of the instrument. After this task is completed, the uterus is filled with room temperature saline solution to gently clean and flush the uterus. The fluid is then heated to ninety degrees Celsius (90° C) 1 2 and circulated throughout the uterus for ten minutes in order to treat the endometrium, 1. e., the lining of the uterus. Once the treatment is complete, room temperature saline solution automatically flushes hot saline from the sheath and cools the uterine cavity. All saline is removed from the uterus once the cooling phase of the procedure is complete. Thereafter, the uterine lining is expected to slough off in a fashion similar to the patient’s menstrual period over the course of a few weeks following the procedure.

It appears to be undisputed that Dr. Weber performed the procedure in accordance with Boston Scientific’s specifications and instructions and did not move the HTA sheath or otherwise compromise the cervical seal during the procedure. It also appears undisputed that Mrs. Hughes was under general anesthesia during the procedure and did not make any movements or otherwise compromise the cervical seal.

However, Mrs. Hughes’ procedure apparently did not go as specified by Boston Scientific in its Users Manual. The plaintiff alleges that through no fault of Dr. Weber or Mrs. Hughes, the HTA malfunctioned during the eighth minute of the heating and circulation phase of the procedure. At that point in the procedure, Dr. Weber heard a beep and simultaneously noticed hot fluid leaking from Mrs. Hughes’ cervix. The alarm on the device sounded and it shut down, as it is designed to do.

Immediately following the procedure, Dr. Weber noted that Mrs. Hughes suffered a “3 x 2 burn on her outer perineal *704 body” and “an area of similar size inside the vaginal introitus.” See Ex. 7 to Plaintiffs’ Response, (Mrs. Hughes’ medical records). Dr. Weber categorized the burns at that time as either second or third degree burns. See Ex. 5 to Plaintiffs Response at 20 (Mrs. Hughes’ Dep.). Dr. Weber applied Silvadene cream to the burns and Mrs. Hughes was awakened from anesthesia and taken to the recovery room.

The day following the procedure, Mrs. Hughes returned for follow-up treatment of the burns she suffered. At this visit, Dr. Weber noted the severity of her burns and categorized them as second degree in nature. Dr. Weber ordered Mrs. Hughes to return for treatment of her burns every other day for two weeks, and thereafter once a week for six to eight weeks.

In the weeks that followed, Mrs. Hughes’ menorrhagia returned and she alleges that she was forced to explore other alternatives and undergo additional treatment in an attempt to correct the problem. Despite having undergone a tubal ligation after the birth of her last child, Mrs. Hughes has been prescribed birth control pills in an effort to control her bleeding and she asserts that this is precisely the treatment option that Dr. Weber wished to avoid and what precipitated discussions with Mrs. Hughes about treatment with the HTA. She contends that her only other treatment options at this time are another ablation procedure, which she states that she is reluctant to undergo, or a hysterectomy.

The HTA User Manual that was provided to SCRMC with the subject HTA provides that there are basically three ways that a leak could occur which would cause burn injuries to patients. First, physicians are warned not to “place the procedure sheath tubing over the patient’s leg or in contact with any part of the patient or operators anatomy, as the tubing carries hot fluid and contact with it could result in thermal injury.” Second, “after the procedure sheath has been placed in the patient during the startup phase,” physicians are warned not to remove the sheath “until the post-treatment cooling cycle has been completed, as heated fluid may cause thermal injury to the patient.” Third, “a physician must maintain control of the procedure sheath for the duration of the treatment to avoid a compromise of the cervical seal,” because “a compromise of the cervical seal could result in fluid leakage through the cervix, which could result in thermal injury to surrounding tissue.” The plaintiff asserts that all three of these thermal injuries, each of which occurred during the HTA clinical trials, are attributed to external factors such as user error.

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Cite This Page — Counsel Stack

Bluebook (online)
669 F. Supp. 2d 701, 2009 U.S. Dist. LEXIS 105835, Counsel Stack Legal Research, https://law.counselstack.com/opinion/hughes-v-boston-scientific-corporation-mssd-2009.