01 Integration of Genomic Selection in Breeding Programs A key trend shaping the market for animal genetics is the increasing integration of genomic selection into breeding programs. This advanced approach uses DNA-based markers to predict the genetic potential of animals, enabling breeders to make more accurate and efficient selection decisions. It accelerates genetic gains, improves traits such as growth, fertility, disease resistance, and enhances overall herd productivity. For instance, the successful assembly of the first chromosome-level genome of the Indian yak (Bos grunniens) by four Indian Council of Agricultural Research (ICAR) institutions in May 2025 marks a major milestone. This high-resolution genetic map is expected to significantly enhance breeding strategies by enabling the selection of traits like milk yield, disease resilience, and environmental adaptability. It also supports conservation efforts and targeted breeding programs aimed at sustaining yak populations in the Himalayan region. Such developments underscore the growing shift toward precision livestock genetics.
June 2026 Zoetis expanded its animal genetics portfolio by enhancing its genomic testing and precision breeding solutions, supporting livestock producers with improved genetic selection tools for productivity, disease resistance, and animal health management.
April 2026 Neogen Corporation launched new livestock genomic testing solutions designed to provide faster and more accurate genetic insights for cattle breeding programs, strengthening its animal genomics and diagnostics portfolio.
December 2025 Hendrix Genetics expanded its global breeding operations through investments in advanced genetic selection technologies for poultry, aquaculture, and swine, improving sustainable animal production capabilities.
September 2025 Genus plc expanded its gene editing and genomic selection programs for livestock, advancing research initiatives focused on improving animal productivity, health traits, and sustainable food production.