A strategy to improve rodent control while reducing rodenticide release into the environment.

In addition to having a negative impact on the health of people and domestic animals, rodents often cause enormous damage to the environment by disrupting natural biodiversity. The negative impacts of rodents in urban and rural areas have required intensive use of rodentcides in spite of the proven risk of secondary poisoning of non-target predators and scavengers. Continuous and intensive use of rodenticides has led to environmental pollution through their retention in the environment.

Genotyping of spp. in wild rats leads to first time detection of serovar Mozdok in Serbia.

Introduction: This study aimed to investigate the prevalence and molecular characterization of species in Belgrade, Serbia, an area where this disease is underexplored. Specifically, the study sought to employ molecular and multilocus sequence typing analyses to fill the gap in understanding the diversity and distribution of species within the region.

Methods: A comprehensive molecular analysis was conducted on kidney samples obtained from Norway rats () in the urban environment.

A method for reducing environmental pollution by using essential oils in rodent pest management program.

Strong-smelling plant extracts, such as essential oils, have a variety of feeding effects on mammals. Considering current concerns over long-term health issues and environmental effects of chemicals, plant-based products with repellent or antifungal activities may represent good solutions for improvement of rodent pest control programs. The present study was therefore focused on examining the effects of bergamot, lavender, and thyme essential oils as additional bait components on daily intakes of cereal-based baits by wild house mice.

VKOR variant and sex are the main influencing factors on bromadiolone tolerance of the house mouse (Mus musculus L.).

Background: After reports of management problems in practice, a survey was conducted to determine the presence of bromadiolone-resistant animals in different house mouse (Mus musculus L.) populations in Serbia. A 21 day no-choice feeding test was carried out to examine the resistance of house mice to bromadiolone.