Session Tracks

This track will explore the underlying genetic factors that contribute to resistance against zoonotic diseases in various animal species. Emphasis will be placed on identifying specific genes and genetic pathways that enhance immune responses.

This session will focus on the latest methodologies in genomic selection aimed at improving disease resistance in livestock. Participants will discuss the implications of these advancements for sustainable livestock production.

This track will delve into the genetic basis of host-pathogen interactions, highlighting how genetic variation influences susceptibility and resistance to zoonotic pathogens. Case studies will illustrate the complexity of these interactions in different animal models.

This session will cover innovative molecular breeding techniques designed to enhance disease resistance in livestock. Discussions will include the integration of genomic data into breeding programs to optimize health traits.

This track will examine the role of veterinary genetics in improving animal health and welfare. Topics will include genetic testing, disease management strategies, and the ethical considerations of genetic interventions.

This session will focus on the genetic determinants of immune responses in animals against zoonotic diseases. Researchers will present findings on how genetic diversity influences immune efficacy and disease outcomes.

This track will address the intersection of genetic improvement and sustainable livestock practices. Discussions will focus on how genetic advancements can contribute to environmentally sustainable animal agriculture.

This session will explore the importance of genetic diversity in populations for enhancing resistance to zoonotic diseases. Participants will discuss conservation genetics and its implications for livestock health.

This track will highlight cutting-edge technologies in animal genetics, including CRISPR and other gene-editing tools. The potential applications of these technologies for disease resistance and livestock improvement will be critically evaluated.

This session will investigate the genetic epidemiology of zoonotic diseases, focusing on how genetic factors influence disease spread and outbreak dynamics. Case studies will provide insights into managing zoonotic threats.

This track will promote interdisciplinary approaches that combine genetics, veterinary science, and epidemiology to enhance animal health. Participants will share innovative strategies for integrating genetic research into practical applications for disease prevention.