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Much has been written about serologic tests for antibody toBorrelia burgdorferiand their use in the diagnosis of Lyme disease since it first became available in 1983.¹Borrelia burgdorferiantibody serologic tests have offered much promise for improving the diagnosis of Lyme disease and for increasing our knowledge of its epidemiology. However, like "Pandora's box," they have presented us with many unforeseen difficulties. Numerous researchers, reviewers, and editorial writers have wrestled with the merits of alternative test methods,²⁻⁵low test See also p 761. sensitivity during the early stages of Lyme disease,⁶cross-reactivity with other spirochetal organisms,⁷interlaboratory variability with tests that are not standardized,⁸and the lack of clinical significance of "positive" serologic test results in patients who do not have Lyme disease.⁹,¹⁰As the clinical use ofB burgdorferiantibody serologic tests has (apparently) moved forward, Luger and Krause¹¹entered
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Craig W. Hedberg (1990) studied this question.
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