Animal Genomics/ Genetics for Animal Health
Explores the inheritance of traits in animals, aiming to enhance health, productivity, and biodiversity through genetic research and applications.
STAR IDAZ Approach
Animal genomics and genetics is a cross-cutting STAR IDAZ IRC priority with the potential to improve animal health through greater disease resistance and resilience, improved genomic prediction and the development of new tools for disease prevention and control. STAR IDAZ monitors developments across the field, including advances in functional genomics, phenotyping, genomic selection and gene editing, and considers their relevance across its wider animal health priorities. In the absence of a dedicated active working group, current activity focuses on horizon scanning, research mapping and identifying opportunities for coordination across the STAR IDAZ network.
Information
- Science Media Centre of Canada: Improving Animal Health with Genomics
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Animal genome database
This resource provides factsheets on the genome sizes of a wide range of animal species. It’s a valuable tool for researchers and educators looking for specific genetic data on various animals.
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FAO - Animal Diversity Genome System
The FAO offers extensive resources on animal genetic resources, including detailed datasheets on various livestock species. These datasheets include information on genetic diversity, conservation status, and genetic improvement strategies.
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National Center for Biotechnology Information (NCBI) Animal Genome Project
The NCBI provides access to genomic data for various animal species. While not a traditional factsheet, it offers extensive data that can be used to create detailed genetic profiles for research and study.
Working group
No Active Working Group
No active working group is currently in place for Animal Genomics/Genetics. We continue to monitor the field and coordinate where it intersects other STAR IDAZ IRC themes.
Key People
No STAR IDAZ Experts within Genomics/Genetics,
N/A Global
No STAR IDAZ Experts within Genomics/Genetics 1,
N/A Global
Featured
EU Aquaculture Assistance Mechanism
The EU financially supports the aquaculture sector with a wide range of funding programmes, mainly implemented through…
Research roadmaps and gap analyses
Gap analysis summary
A dedicated STAR IDAZ research roadmap for Animal Genomics/Genetics has not yet been developed. Areas of continuing relevance include improved phenotyping for animal health and disease-resilience traits; genomic prediction and selection for disease resistance and resilience; functional annotation linking genetic variation to biological mechanisms; maintaining genetic diversity within livestock populations; and responsible application of emerging genomic technologies, including gene editing. These areas will inform future priority-setting and could provide the basis for a formal gap analysis or research roadmap if activity in this area is expanded.
Projects
Displaying 4 of 37 projects
VIEW ALL PROJECTSWhole genome sequencing of strains isolated from animal and human populations in Italy: One Health molecular epidemiology approaches to a re-emerging zoonosis (Epi-Leish)
Planned Completion date 01/01/2025
Chile
Surveillance of pathogens of veterinary importance and their antimicrobial resistance profiles
Planned Completion date 01/12/2026
United Kingdom
Ionophore coccidiostats: risk of CO-selectioN of antImicrobial resistance – Clinical impact and intervention strategies
Planned Completion date 31/03/2025
United Kingdom
550. Extensive functional genomics information from early developmental time points for pig and chicken
Planned Completion date 31/12/2022
Netherlands
Recent publications
Reports and outcomes from meetings and workshops
Annotation and assessment of functional variants in livestock through epigenomic data
The African Animal Breeding Network as a pathway towards genetic improvement of livestock
Application of Genomics in Livestock Production: A Mini-Review
Genetic advancements and future directions in ruminant livestock breeding: from reference genomes to multiomics innovations