Jones by Jones v. Lederle Laboratories

695 F. Supp. 700, 1988 U.S. Dist. LEXIS 8400, 1988 WL 83233
CourtDistrict Court, E.D. New York
DecidedAugust 1, 1988
Docket85 CV 949
StatusPublished
Cited by22 cases

This text of 695 F. Supp. 700 (Jones by Jones v. Lederle Laboratories) is published on Counsel Stack Legal Research, covering District Court, E.D. New York primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Jones by Jones v. Lederle Laboratories, 695 F. Supp. 700, 1988 U.S. Dist. LEXIS 8400, 1988 WL 83233 (E.D.N.Y. 1988).

Opinion

MEMORANDUM AND ORDER

McLAUGHLIN, District Judge.

This is a products liability action based on diversity of citizenship. 28 U.S.C. § 1332(a)(1). The defendant moves for summary judgment to dismiss the Complaint. Fed.R.Civ.P. 56(b). For the reasons discussed below, the motion is granted in part and denied in part.

FACTS

Defendant, Lederle Laboratories (“Lederle”), is a division of American Cyanamid Company. Lederle manufactures Tri-Immunol, a diphtheria, tetanus, and pertussis (“DTP”) vaccine. The Complaint alleges that the plaintiff, Melissa Jones, was administered this vaccine at the age of two- and-one-half months, and sustained severe and permanent neurological damage as a result. Lederle has moved for summary judgment on several grounds.

The parties agree that many of the facts are not in dispute. For purposes of diversity jurisdiction, the plaintiff is a citizen of New York and Lederle is a citizen of Maine and New Jersey. The amount in controversy exceeds $10,000.

I. Background

A. Pertussis and Pertussis Vaccines

Well into the twentieth century, the disease of pertussis, commonly known as “whooping cough,” was responsible for thousands of deaths annually in the United *702 States, mostly to infants. The disease is caused by Bordetella pertussis, a highly contagious bacterium.

In the 1940s, pertussis vaccines came into wide use. The first vaccine type was known as “whole-cell.” In a whole-cell vaccine, entire dead pertussis cells are injected into the vaccine to induce immunity. Part, but not all, of the cell stimulates immune response. This part is known as the antigen. Other parts of the cell may contain neurotoxins, which do not induce immunity and may cause brain damage. For years, the scientific-medical community has been frustrated by its inability to determine precisely which part of the pertussis cell contains the antigen and which contains the toxins. As a result, the whole-cell vaccine, as its name suggests, consists of both antigenic and toxic material. Hence, the vaccine as administered stimulates immunity to pertussis, but at the fearsome risk of causing neurological damage.

In 1949, the federal Food and Drug Administration (“FDA”) first licensed use of the whole-cell vaccine as a component of the DTP vaccine. The DTP vaccine also includes diphtheria and tetanus antigens. In contrast to the pertussis component of the vaccine, the biology of these cells is well understood. Thus, while the antigen in these cells is included in the vaccine, the potentially adverse reactants, the toxins, are left out. This DTP vaccine, as modified since the 1940s, is manufactured by Lederle under the tradename Tri-Immunol.

Since the 1940s, two other types of pertussis vaccine have been marketed. The first, the so-called “split-cell” design, was marketed by Eli Lilly & Company (“Lilly”) from 1960-76 under the trade name TriSolgen. The split-cell vaccine contained pertussis cells that had been fragmented by a chemical process. Debris from some of the cell was discarded, although both antigens and toxins remained in the vaccine. After discontinuing production of Tri-Solgen, Lilly sold the right to produce it to a third party. After an abortive attempt to procure licensing from the FDA in 1982, this company elected not to make further attempts to license it. Because the FDA refused to certify Tri-Solgen, it would have been a crime to have manufactured and sold it in 1979. See 21 U.S.C. §§ 331(d), 333(a), 355(a).

The other type of vaccine, known as “acellular,” has been marketed in Japan since 1981. It has not been marketed in the United States. In an acellular vaccine, a protein component from the whole cell is purified in part and placed in the vaccine. The rest of the cell is discarded. Acellular vaccines also contain toxins.

In the United States, DTP is administered to infants and young children via a series of inoculations and booster shots. This program has dramatically reduced the incidence of pertussis. In 1934, there were over 250,000 reported cases of pertussis in the United States, and 7500 deaths caused by the disease. By the 1980s, there were, at most, 3000 cases and twenty annual deaths.

As mentioned previously, however, administration of the vaccine can produce undesirable side-effects. There is evidence that whole-cell vaccines can cause severe and permanent neurological damage. See Edwards, Lawrence & Wright, Diphtheria, Tetanus, and Pertussis Vaccine, 140 Am. J. of Diseases of Children 867, 871 (1986); Leibel, Pertussis Vaccination: Benefits and Risks, Drug Therapy, Oct. 1984, at 46. No scientific study, however, has compared the incidence of permanent side-effects between whole-cell vaccines and the two other types.

Several studies and reports have compared temporary adverse reactions caused by the three types of vaccines. The earliest study was carried out in 1967 by a Dr. Russell J. Blattner. This “Blattner Study” concluded that Lederle’s whole-cell vaccine caused statistically significant greater incidence of temporary reaction than Lilly’s split-cell design for pain and irritability among infant males, for swelling among infant females, and for temperature rise among all infants. There is evidence that, as early as 1964, Lederle knew that the split-cell design was less reactive than TriImmunol. Internal Lederle memoranda over the following decade reflect this fact.

*703 Later studies have examined rates of temporary reaction between whole-cell and acellular vaccines, and have concluded that whole-cell is more reactive. E.g., Edwards, et al., supra, at 871 (whole-cell vaccine produced more temporary fever, pain, agitation, abnormal gait, and irritation at vaccination site than did acellular vaccine); Lewis, Cherry, Holroyd, Baker, Dudenhoeffer & Robinson, A Double-Blind Study Comparing an Acellular Pertussis-Component DTP Vaccine with a Whole-Cell Pertussis-Component DTP Vaccine in 18-Month-Old Children, 140 Am. J. of Diseases of Children 872, 873 (1986) (whole-cell vaccine caused more swelling, redness, and tenderness than did acellular vaccine).

There is evidence that the whole-cell vaccine contains more toxins than does the acellular type. See id. at 874; Sato, Kimura & Fukumi, Development of a Pertussis Component Vaccine in Japan, Lancet, Jan. 21, 1984, at 124. In addition, there is evidence that the acellular vaccine is at least as effective as the whole-cell vaccine in immunizing infants against pertussis. See Aoyama, Murase, Kato & Iwata, Efficacy of an Acellular Pertussis Vaccine in Japan, J. Pediatrics 180, 182 (1985); Edwards, et al., supra, at 869-70.

B. FDA Licensing

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Bluebook (online)
695 F. Supp. 700, 1988 U.S. Dist. LEXIS 8400, 1988 WL 83233, Counsel Stack Legal Research, https://law.counselstack.com/opinion/jones-by-jones-v-lederle-laboratories-nyed-1988.