New Possibility of Human Protection Against Tick Bites Using Textiles Items

The high incidence of tick-borne diseases (particularly Lyme disease) and the challenges associated with their serious health consequences motivated us to undertake research aimed at developing robust protection against ticks. There is still no effective method for preventing or treating Lyme disease, and humans who spend time outdoors—whether for occupational or recreational purposes—remain unprotected. This paper presents an innovative design of anti-tick textile bands intended for standalone use or integration into protective trousers. The bands are designed to receive repellent-sprayed inserts and provide a barrier layer separating the chemical from the user. In the research, the protective performance of the bands was evaluated using a novel test stand specially constructed for tick repellency testing. Experiments involving live ticks demonstrated the highest effectiveness for bands incorporating an insert impregnated with 20% DEET. Two limitations were noted: peak protection was achieved approx. 15 min after DEET application, and repellent reapplication was required after three hours to maintain protection. These findings are directly relevant to protective equipment design, offering a practical solution for high-risk groups such as forestry workers. By providing an experimentally validated strategy for tick bite prevention, this work addresses an urgent need in occupational and public health.