Houston County Health Care Authority v. Williams

961 So. 2d 795, 2006 WL 3462148, 2006 Ala. LEXIS 328
CourtSupreme Court of Alabama
DecidedDecember 1, 2006
Docket1021253
StatusPublished
Cited by8 cases

This text of 961 So. 2d 795 (Houston County Health Care Authority v. Williams) is published on Counsel Stack Legal Research, covering Supreme Court of Alabama primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Houston County Health Care Authority v. Williams, 961 So. 2d 795, 2006 WL 3462148, 2006 Ala. LEXIS 328 (Ala. 2006).

Opinion

HARWOOD, Justice.1

Houston County Health Care Authority d/b/a Southeast Alabama Medical Center [799]*799d/b/a Dothan Surgery Center (“SAMC”) appeals pursuant to Ala.Code 1975, § 6-5-642, from the order of the Houston Circuit Court certifying a class action in a lawsuit pending against SAMC. We vacate the class-certification order and remand the case for further proceedings consistent with this opinion.

Background Facts

SAMC operates an ambulatory-surgery center (“the center”) in Dothan. Two plastic surgeons, Dr. Dwight Baker and Dr. Richard McClintock, frequently performed cosmetic breast augmentation (“CBA”) procedures at the center between May 1998 and August 2001 using saline-filled silicone breast implants. Until January 31, 2001, they each used the “open bowl” technique to fill the breast-implant shells with saline. As explained in a March 12, 2002, report (hereinafter “the CDC report”) prepared by the Centers for Disease Control and Prevention of the United States Department of Health and Human Services (“the CDC”):

“In the ‘open bowl’ technique, an empty, sterile plastic bowl was placed on the instrument tray before the woman arrived in the OR [operating room]. The circulating nurse (or assistant) then took a bottle of saline for irrigation out of the warming cabinet (across the hall from OR-2) ... and poured the saline into the bowl. The saline in the bowl was exposed to the air and environment. After the woman arrived in the OR 5-55 minutes later, she was prepped and anesthetized. A tissue pocket then was created in the right glandular and muscular tissue for the implant.
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“The scrub nurse removed the breast implant from its sterile packaging ...[,] attached the manufacturer’s filling tube to the diaphragm valve in the silicone shell ...[,] used a 60-ml syringe to draw-up saline from the open bowl and injected the saline into the implant via a filling tube. ... The scrub nurse detached the syringe from the filling tube, repeated' the procedure, and removed any trapped air bubbles. Next, the surgeon placed the implant (filled with 120 m. of saline) into the tissue pocket. More saline was drawn up by the scrub nurse and injected into the [implant] by the assistant until the desired shape and size were achieved. A similar pocket was created on the left side, and the procedure repeated for the other implant.”

On December 21, 2000, Dr. Baker removed an implant from the right breast of a patient in whom he had inserted bilateral implants at SAMC’s surgery center on August 10, 2000. The patient had developed chronic inflammation in her right breast resulting -in capsular contracture. Upon removing the right implant, Dr. Baker noticed an abnormal black sediment in it. The material was cultured and found to be Curvularia spp., a soil fungus that produces airborne spores and can thus become present elsewhere in the environment.2 The patient’s left implant was not removed.

On January 26, 2001, Lori Faust, another patient in whom Dr. Baker had surgically placed implants at the center on September 12, 2000, returned to him complaining of swelling and intense pain in her right breast. He surgically explored the breast that day and found inflamma[800]*800tion evidencing an early infection; when he removed the implant he noticed many particles of black residue in the implant itself. Curvularia was cultured from the residue in the implant, but not from the inflamed breast tissue. Dr. Baker elected to remove not only the right implant but also the left implant; the fluid in the left implant was clear, without any evidence of residue, and there was no inflammation or other sign of infection in the left breast.

After this second discovery of Curvula-ria-contaminated implant saline, Dr. Baker and Dr. McClintock discontinued their use of the “open bowl” technique; Dr. Baker began using a “closed system,” whereby the saline was transferred from the bottle into the implant without any exposure to the air, and Dr. McClintock began covering the bowl of saline with a sterile drape.3

Dr. Baker presented the Faust implant-contamination case to SAMC’s infection-control committee on February 6, 2001. The committee instituted a quality-assurance investigation that month, obtaining in the process fungal cultures from the air vents in the surgery center. The cultures were negative for Curvularia. On May 29, July 12, and July 19, 2001, respectively, Dr. Baker removed both implants from three women for whom he had performed bilateral CBAs at the center on August 31, June 1, and July 8, 2000, respectively.4 The removals (“explantations”) were performed for reasons unrelated to any symptoms of breast discomfort or any signs of possible infection. As a purely incidental finding at each explantation, Dr. Baker discovered abnormal residue in one of the two implants removed. When cultured, that residue was identified as Curvularia. All the women made a full recovery from their explantations without any signs or symptoms of fungal infection. (For convenience, these five cases of known Curvu-laria-implant contamination will be referred to as “the original five.”)

The infection-control committee contacted the CDC on July 16, 2001, and, after a necessary liaison was established through the appropriate local and state health officials, the CDC was invited on July 20 to assist in an epidemiologic investigation to identify the source and risk factors of the Curvularia contamination. CDC personnel arrived at the surgery center on July 24 and began an on-site investigation, which concluded with an “exit interview” with SAMC staff on August 8. The CDC report comprises 15 pages of single-spaced typewritten text and five attachments. The CDC noted that Dr. Baker had performed the CBAs for all the original five. It determined that he had performed four of those CBAs in operating room 2 (“OR-2”) of the center’s four operating rooms and that each of those procedures had lasted longer than the average of the 228 CBAs identified by the CDC as having been performed at the center during the “study period” selected by the CDC: May 1 through September 30, 2000. (As noted, the CBAs for the original five were performed within that time period.)

Various features of the physical plant of the surgery center immediately adjacent to one or more of the operating rooms were considered likely contributors to fungal growth and the spread of fungal spores, including moisture sources and variances in air-current distribution. Two of the operating rooms, including OR-2, were found to have negative air pressure, [801]*801contrary to the established standard requiring that operating rooms have positive air pressure. As a consequence, when the door to each of those two operating rooms was opened, air from the adjacent corridor was drawn in.5 The final staging area for the saline bottles before they were delivered into an operating room was the warming cabinet located only six feet immediately across the corridor from the door to OR-2. This cabinet was opened GO-TO times a day and had never been cleaned. Curvularia was isolated from the nasal mucus of 35 percent of the center’s staff, including Dr. Baker and the nurse who had assisted him in the CBAs for four of the original five. No Curvularia was isolated from Dr. McClintock’s nasal mucus.

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961 So. 2d 795, 2006 WL 3462148, 2006 Ala. LEXIS 328, Counsel Stack Legal Research, https://law.counselstack.com/opinion/houston-county-health-care-authority-v-williams-ala-2006.