Animal biotechnology subprogram introduction

Last modified: 24. November 2025

Animal biotechnology subprogram 

The aim of the animal biotechnology subprogram is to train highly qualified specialists who will be able to apply modern biotechnological methods in animal husbandry and biotechnology research. The subprogram provides comprehensive knowledge in the fields of embryology, genomics, cell biology, reproductive biology, and molecular genetics, helping students understand the fundamentals of biotechnology research. During the program, students gain broad practical experience in modern laboratory techniques such as embryo and cell culture, in vitro embryo production, transgenesis, targeted genome editing, and genome mapping. This knowledge will support them to gain an understanding of the molecular genetic methods used in animal breeding, the regulatory mechanisms of reproductive biology and genetic diversity, and the molecular processes behind them. Underlining is placed on new technologies such as CRISPR-based genome editing, next-generation genome sequencing, advanced cytogenetic tools, and assisted reproductive techniques to support sustainable animal breeding and animal welfare programs. Students will learn about the ethical regulations related to biotechnology research, warranting the responsible use of experimental methods involving animals. By the end of the PhD program, students will have sufficient knowledge to find employment at research institutes, universities, biotechnology companies, or animal breeding companies. Their interdisciplinary knowledge will enable them to participate in innovative research in the field of animal husbandry and animal biotechnology at domestic and international biotechnology companies and biotechnology research centres.