As a researcher working in the fields of animal genetics and molecular epidemiology, my studies focus on the identification of gene polymorphisms associated with resistance or susceptibility to infectious diseases and the molecular detection of carriers of hereditary disorders. My research activities are directly aligned with the objectives of the Horizon Europe framework, particularly the European Partnership on Animal Health and Welfare (EUPAHW).

Using PCR- and sequencing-based genotyping approaches, I analyze the genetic basis of host–pathogen interactions and work on the integration of disease-resistance–associated variants into herd health management, reduction of antimicrobial use, and sustainable breeding strategies. In addition, I develop molecular screening strategies for the early and reliable identification of carriers of genetic diseases.

I am open to interdisciplinary collaboration with research groups working in immunology, veterinary epidemiology, infection modeling, data integration, and genomic selection. Within the scope of EUPAHW joint calls, I can actively contribute to project development, the implementation of genetic/genomic work packages, and methodological design processes.

Our department has an expert academic staff in the fields of animal genetics and molecular biology, advanced laboratory infrastructure, and extensive applied research capabilities. The genetic laboratories within our faculty are technically equipped to perform advanced genotyping studies, including PCR, sequencing, and molecular analyses, and are accredited by the Republic of Türkiye Ministry of Agriculture and Forestry.

At the university level, a central laboratory infrastructure is available to support researchers, providing advanced analytical facilities, a comprehensive instrument park, and technical assistance. In addition, the Central Diagnostic and Analysis Laboratory operating within our faculty ensures that diagnostic and molecular analysis processes are conducted in a standardized and reliable manner.

Furthermore, our faculty’s application and research farm offers direct implementation opportunities for field studies, herd-based research, and genetic resistance projects. Our institution maintains active collaborations with breeder networks, industry stakeholders, and public authorities, and possesses strong translational capacity to support the integration of research outputs into practice.