Genetic and functional analysis of anti-viral antibodies in livestock species

This role focuses on the genetic and functional analysis of anti-viral antibodies in livestock species, requiring expertise in immunology, molecular biology, and genetics. Key competencies include understanding antibody structure, function, and genetic diversity in various livestock animals. Experience with techniques such as gene sequencing, PCR, and bioinformatics analysis for antibody gene characterization is essential. Functional assays to evaluate antibody efficacy against viral pathogens, including neutralization tests and binding assays, are critical. Familiarity with livestock species immunogenetics and veterinary virology is important to contextualize findings within animal health and disease resistance. The position likely demands skills in data analysis, interpretation of genetic variation, and correlation with functional antibody responses. Collaboration with veterinary scientists and animal health specialists may be involved to translate genetic insights into practical applications for disease control. Proficiency in laboratory techniques for antibody isolation, cloning, and expression, as well as experience with high-throughput sequencing technologies, would be advantageous. Knowledge of animal welfare standards and biosafety protocols relevant to working with livestock and viral agents is also important. While specific experience and education levels are not detailed, the role implies a strong background in life sciences, particularly in immunology, genetics, and veterinary sciences, supported by practical laboratory and analytical skills.