Dr. Sanni, Muyideen Timothy is an academic and researcher in the field of Animal Breeding and Genetics, with specialization in Animal Biotechnology, Breeding and Molecular Genetics. His academic and research interests centre on the application of biotechnology, quantitative genetics and molecular approaches to understanding, improving and sustainably managing animal genetic resources and production systems.

Dr. Sanni holds a Ph.D. in Animal Biotechnology, with academic training in Animal Breeding and Genetics at both undergraduate and postgraduate levels. His scholarly work integrates conventional animal breeding principles with modern molecular and biotechnological tools to address challenges in livestock improvement, productivity, adaptation and genetic resource conservation. His research interests include animal genetic improvement, molecular genetics, animal biotechnology, genomic applications in breeding, genetic diversity and characterization,
quantitative genetics, genotype × environment interaction, and biotechnology-based approaches to sustainable livestock production. He is particularly interested in translating advances in molecular and genomic technologies into practical breeding strategies capable of improving economically important traits while enhancing the resilience and sustainability of livestock production systems.

Dr. Sanni is also engaged in research involving phytogenic and biotechnological interventions, animal physiological responses, molecular characterization, computational analysis and data driven approaches to animal breeding and production. His multidisciplinary research approach connects genetics and biotechnology with emerging challenges such as climate variability, environmental sustainability, animal health and efficient livestock production. As an educator, he contributes to teaching and academic mentorship in Animal Breeding and Genetics, Molecular Genetics, Animal Biotechnology, Biostatistics, Computational Analysis and Bioinformatics. He is committed to developing students' capacity for scientific inquiry, critical thinking, quantitative analysis and the application of modern technologies to animal improvement. Through teaching, research and scholarly collaboration, Dr. Sanni seeks to contribute to the advancement of precision breeding, sustainable livestock production and biotechnology-driven animal genetic improvement, with particular relevance to tropical and developing-country production systems.