Sentence examples for risk to tick from inspiring English sources

Although I. scapularis ticks exist in the southeastern United States (6 – 9 ), they are most easily detected by drag sampling, a method used as a proxy for risk to tick exposure (5 ), in areas associated with highest LD incidence, i.e., the Northeast (New Jersey through Massachusetts) and upper Midwest (Wisconsin and Minnesota) (3, 5, 17 ).

These persons compose a group at high risk for exposure to tick bites and therefore to I. ricinus.

The fourth paper addresses the greater risk of exposure to tick borne pathogens (Anaplasma phagocytophilum and Ehrlichia chaffeensis) among rural residents using serological mass screening in China.

These data, therefore, support the assumption that, in addition to tick vector dynamics and risk for exposure to tick bites in general, the specific factors controlling circulation of TBE virus in its natural hosts (8 ) have a major effect on the long-range characteristics of TBE endemicity.

Because of frequent exposure to tick habitats, outdoor workers are at high risk for tick-borne diseases.

One important point explaining this difference could relate to sampling bias i.e. horses included in our study could have had a higher exposure risk to infected ticks than the general population.

Based on the observation that certain non-natural host animals such as guinea pigs or humans can develop adaptive immune responses to tick bites, anti-tick vaccination is a potential approach to tackle health risks associated with tick bites.

Busch IV certainly didn't want to risk ticking off his dad and jeopardizing his own shot at heading the company.

Conversely, the potential risk to be bitten by ticks infected with Anaplasma was quite low: The annual average infection prevalence in ticks was 1.6%.

As part of ongoing entomologic arbovirus surveillance conducted by the United States Army Medical Research Unit in Kenya and the Kenya Medical Research Institute, ticks were collected from livestock in the semi-arid areas of Kenya, where intense pastoralist farming is practiced, to assess the risk to the community for tick-borne arbovirus exposure.

Understanding the mechanisms driving POWV transmission, and ultimately its prevalence in ticks and risk to human health, requires a comprehensive examination of the complex interactions among the pathogen, the tick vector, and the host populations.