Poor Positive Predictive Value of Lyme Disease Serologic Testing in an Area of Low Disease Incidence.
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BACKGROUND: Lyme disease is diagnosed by 2-tiered serologic testing in patients with a compatible clinical illness, but the significance of positive test results in low-prevalence regions has not been investigated. METHODS: We reviewed the medical records of patients who tested positive for Lyme disease with standardized 2-tiered serologic testing between 2005 and 2010 at a single hospital system in a region with little endemic Lyme disease. Based on clinical findings, we calculated the positive predictive value of Lyme disease serology. Next, we reviewed the outcome of serologic testing in patients with select clinical syndromes compatible with disseminated Lyme disease (arthritis, cranial neuropathy, or meningitis). RESULTS: During the 6-year study period 4723 patients were tested for Lyme disease, but only 76 (1.6%) had positive results by established laboratory criteria. Among 70 seropositive patients whose medical records were available for review, 12 (17%; 95% confidence interval, 9%-28%) were found to have Lyme disease (6 with documented travel to endemic regions). During the same time period, 297 patients with a clinical illness compatible with disseminated Lyme disease underwent 2-tiered serologic testing. Six of them (2%; 95% confidence interval, 0.7%-4.3%) were seropositive, 3 with documented travel and 1 who had an alternative diagnosis that explained the clinical findings. CONCLUSIONS: In this low-prevalence cohort, fewer than 20% of positive Lyme disease tests are obtained from patients with clinically likely Lyme disease. Positive Lyme disease test results may have little diagnostic value in this setting.
positive predictive value
Aged, 80 and over
Predictive Value of Tests
Published Version (Please cite this version)10.1093/cid/civ584
Publication InfoAuwaerter, PG; Boggan, Joel; Branda, JA; Chudgar, Saumil; Fowler, Vance Garrison Jr; Lantos, Paul; ... Wilson, Elizabeth A (2015). Poor Positive Predictive Value of Lyme Disease Serologic Testing in an Area of Low Disease Incidence. Clin Infect Dis, 61(9). pp. 1374-1380. 10.1093/cid/civ584. Retrieved from http://hdl.handle.net/10161/13905.
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Assistant Professor of Medicine
My current QI and research projects include work on readmissions, hospital-acquired infections, clinical documentation improvement, and optimization of chronic kidney disease and cardiovascular disease management and referral patterns. I also oversee QI education and projects for the Internal Medicine Residency Program as the Associate Program Director for Quality Improvement and Patient Safety. My other teaching roles include housestaff and student clinical teaching and
Associate Professor of Medicine
Medical Education Assessment of Clinical Skills Clinical Reasoning Simulation Curriculum Development
Professor of Medicine
Determinants of Outcome in Patients with Staphylococcus aureus Bacteremia Pathogenesis of Bacterial Infections Infections due to Resistant Gram Positive Organisms Tropical medicine/International Health
Associate Professor of Medicine
I am interested in the spatial epidemiology of infectious diseases. My research utilizes geographic information systems (GIS) and geostatistical analyses to understand the spatial and spatiotemporal distribution of diseases, and their relationship with environmental and demographic factors. I currently have active studies evaluating the spatial distribution of numerous domestic and international infectious diseases, as well as studies of neighborhood health disparities in obstetrical care and bi
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