Abstract

Mapping the public health threat of tickborne pathogens requires quantification of not only the density of infected host-seeking ticks but also the rate of human exposure to these ticks. To efficiently sample a high number of persons in a short time, we used a mass-participation outdoor event. In June 2014, we sampled ≈500 persons competing in a 2-day mountain marathon run across predominantly tick-infested habitat in Scotland. From the number of tick bites recorded and prevalence of tick infection with Borrelia burgdoferi sensu lato and B. miyamotoi, we quantified the frequency of competitor exposure to the pathogens. Mass-participation outdoor events have the potential to serve as excellent windows for epidemiologic study of tickborne pathogens; their concerted use should improve spatial and temporal mapping of human exposure to infected ticks.

Highlights

  • Did anyone develop Lyme disease (“bulls-eye” rash) or have flu-like symptoms after the LAMM? If so please let us know

  • Read on for more details: Survey of the environment Questing Ixodes ricinus ticks were opportunistically collected by blanket dragging at three locations used by LAMM

  • A total of 283 nymphal ticks were collected and tested for the presence of DNA belonging to B. burgdorferi

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Summary

Introduction

Did anyone develop Lyme disease (“bulls-eye” rash) or have flu-like symptoms after the LAMM? If so please let us know. Read on for more details: Survey of the environment Questing Ixodes ricinus ticks (commonly referred to as deer ticks or sheep ticks) were opportunistically collected by blanket dragging at three locations used by LAMM. A total of 283 nymphal ticks were collected and tested for the presence of DNA belonging to B. burgdorferi (the bacterial pathogen that causes Lyme Disease).

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