Animal Genetics and breeding, Yangzhou University, China
Dr. Ahmed Saleh is an accomplished Assistant Professor at Alexandria University, Egypt, with over 12 years of research and teaching experience. His expertise spans animal genetics, biotechnology, and bioinformatics, with a focus on transposons in animal genomes. He holds three master’s degrees, a Ph.D. from Southwest University (China), and post-doctoral experience from Yangzhou University (China). He is an active researcher, with 45 publications and memberships in global scientific labs. Dr. Saleh’s contributions extend beyond academia, as he holds patents for dairy farm software and innovative methods in animal breeding. 🌍📚🐄
Profile
Google Scholar
Education
Dr. Ahmed Saleh earned a Bachelor’s degree with first-class honors from Alexandria University (2011). He then pursued master’s degrees in Agricultural Sciences (2016), Human Development (2016), and Business Administration (2017). He earned a Ph.D. in Animal Science from Southwest University, China (2021). His educational journey reflects dedication to excellence across diverse disciplines. 🎓📖🌱
Experience
With a career spanning over a decade, Dr. Saleh serves as an Assistant Professor in Animal Genetics and Breeding at Alexandria University. He is a postdoctoral researcher at Yangzhou University and has been a supervisor for several MSc and Ph.D. students. His experience includes teaching, research, and consultancy roles, with involvement in multiple international conferences and research labs. 🌍👩🏫🔬
Awards and Honors
Dr. Saleh has earned numerous accolades, including the top student award (2011) and prizes for excellence in genetics and animal sciences at Alexandria University. He was recognized as the “Excellent International Ph.D. Graduate Student” (2021) at Southwest University, and received first and second prizes for outstanding academic performance across multiple years. His achievements also include awards in cybersecurity and international volunteering. 🏆🎖️💻
Research Focus
Dr. Saleh’s research primarily revolves around animal genetics and breeding, with a focus on transposons in animal genomes. His interests also cover bioinformatics, candidate gene associations, and their impact on production and reproductive traits. His work explores genome transposon identification, classification, and evolution, contributing to agricultural biotechnology and enhancing farm animal breeding. 🧬🐄🔬
Publication Top Notes
- Genetic Diversity and Selection Signatures in Farm Animals
- Bioinformatics Approaches for Animal Genome Analysis
- Identification and Evolution of DNA Transposons in Livestock
- Genetic Tools for Enhancing Animal Breeding Efficiency
- MAS in Animal Breeding: Current Applications and Future Prospects
- Functional Foods for Livestock Nutrition: A Review
- Biotechnology in Animal Health: Emerging Trends and Innovations
- Genomic Approaches to Improving Reproductive Traits in Animals
- Molecular Mechanisms of Growth Performance in Sheep
- Transposons as Genetic Tools: From Theory to Application