Arline v. School Bd. of Nassau County

692 F. Supp. 1286, 1 Am. Disabilities Cas. (BNA) 1345, 1988 U.S. Dist. LEXIS 8768, 48 Empl. Prac. Dec. (CCH) 38,397, 47 Fair Empl. Prac. Cas. (BNA) 530, 1988 WL 83544
District Court, M.D. Florida·Decided July 1, 1988·No. 82-305-Civ-J-16·Published·Cited by 1 cases

Opinion

OPINION AND ORDER

JOHN H. MOORE, II, District Judge.

The above-styled cause came to be heard on May 17 and 18, 1988 on the issue of whether Plaintiff was “otherwise qualified” for the position of elementary school teacher, pursuant to the mandate of the United States Supreme Court. School Bd. of Nassau County v. Arline, 480 U.S. 273, 107 S.Ct. 1123, 94 L.Ed.2d 307 (1987). In this particular case, a “person who poses a significant risk of communicating an infectious disease to others in the workplace will not be otherwise qualified for [the] job if reasonable accommodation will not eliminate that risk.” Id., 107 S.Ct. at 1131 n. 16.

FINDINGS OF FACT

A. Tuberculosis

1. Infection and Disease

Tuberculosis is a disease caused by an infection with a microbe known as micro-bacterium tuberculosis. The infection begins with the inhalation by one person of “droplet nuclei” expelled by another. Droplet nuclei are tuberculosis germs suspended in moisture. Spreading the infection, or communication, is quite difficult. What makes communication so difficult is that when droplet nuclei are expelled from one person, almost all, or 99.9%, of the nuclei die within a second of contacting room air. The droplet nuclei that survive must reach the distal portion, which is the microscopic air space, of the lungs of the person inhaling the germs. This is accomplished when the germs by-pass the efficient filtering action of the lungs’ protective structures. If any germ does reach *1288 the distal portion of the lungs, the body’s immunological defenses are capable of rendering it harmless.

If a tuberculosis germ successfully implants itself into the distal portion of the lungs, and the immunological defenses of the body do not destroy it, the germ can then multiply. If this occurs, the person is infected. If the germs continue to multiply, at some point the number of tuberculosis cells becomes so great as to cause disease. Infection developing into disease is a very rare occurrence, however. Only about 5% of those people infected will actually progress to disease within the first two years after infection. Only another 5% will progress to disease over their remaining lifetimes. Tuberculosis disease will manifest itself by causing an unexplained loss of weight, a fever, a cough, and fatigue.

2. Tests for Tuberculosis

Three tests are used to determine the presence of tuberculosis. The first is the skin test. This, basically, is a screening test to determine the presence of the tuberculosis organism in the body. The test gives no information as to when the infection occurred, whether the person presently is infected, or whether disease is or was present due to the infection. The skin test only provides information that the body has seen a tuberculosis germ some time in the past.

Two major types of skin tests exist. One type is known as Mono-Vacc. The test is administered by pressing a small object that has four tiny tines onto the skin. The tines deliver tuberculin into the skin. If the skin reacts to the tuberculin, the person is said to test positive. Mono-Vacc is not considered reliable because, for example, the amount of tuberculin administered cannot be regulated. How hard the tines are pressed into the skin, and whether the tines scratch the skin both can make differences in the results of the test.

The second type of skin test is the intradermal PPD test in which a small amount of tuberculin is placed directly under the skin. This test is more reliable than the MonoVacc test; however, the overall reliability of the PPD test depends upon the manufacturer’s material. One material is known to give false positive test results. Also, these tests are reliable only if the same manufacturer’s material is always used on the same person.

The second type of test for tuberculosis is the sputum culture. A patient’s sputum is placed on a laboratory dish and allowed to “grow” for a number of weeks. The organism grown on culture indicates that the person from whom the specimen came is, at present, infected with tuberculosis. A culture is grown for up to eight weeks. If no growth is detected within the eight weeks, the sputum culture is negative. If growth is detected during the eight week period, the culture is allowed to continue to grow until there is a large enough culture to test. Usually growth is detected by the sixth week.

A positive culture does not necessarily indicate that the organism is present in large enough numbers, or colonies, to pose more than a slight chance that the infection could be communicated to another person. Communicability is determined by the actual number of colonies detected. If the number of colonies grown on a culture is small, the ability to communicate is small. A culture can grow just one colony, but a person is not considered to be able to communicate the infection unless a vastly larger number of organisms are present.

The test that will quickly determine a large number of organisms is known as the sputum smear test. This test is considered the threshold indicator of a person’s communicability because the sputum smear test is not very sensitive, and thus, many organisms need to be present before the test is positive.

3. Communication of Tuberculosis

The communicability of tuberculosis from one person to another is a matter of degree, depending principally upon whether the patient’s sputum smears show large numbers of organisms and whether the patient is on medication. As stated earlier, positive sputum smear is considered the threshold indicator that a person infected *1289 with the tuberculosis germ is capable of communicating it.

Medication is an important factor in communication of tuberculosis because once a person begins medical treatment for tuberculosis, the risk of communicability becomes very small. Within two weeks of drug therapy, 99% of sputum organisms are killed. In addition, the medication quickly stops the patient’s cough. Therefore, the risk is reduced in two ways. The number of organisms is reduced, and the “propulsion mechanism”, or the cough that allows the germs to get to other people, is reduced.

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Arline v. School Bd. of Nassau County, 692 F. Supp. 1286, 1 Am. Disabilities Cas. (BNA) 1345, 1988 U.S. Dist. LEXIS 8768, 48 Empl. Prac. Dec. (CCH) 38,397, 47 Fair Empl. Prac. Cas. (BNA) 530, 1988 WL 83544 (M.D. Fla. 1988).

692 F. Supp. 1286 (Arline v. School Bd. of Nassau County) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

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