This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
R&D Solutions for Goose
The special properties of meat and down-feathers from the goose are well known worldwide, making the goose an economically important farm animal. As a company focused on animal health and animal-related research and development, BioVenic is pleased to share our advanced technology and extensive experience in this field to help our customers break through their research bottlenecks in goose-related research. Our exceptional scientists can provide our customers with goose breeding and genetic research services, goose health and drug development services, and goose nutrition and feed development services.
The Value and Challenges of Goose Industry
As a popular waterfowl species, geese are widely raised for their meat, eggs, feathers, liver, and other by-products. The goose industry has created a very substantial economic value in the past two decades. However, the low reproductive performance and egg quality of geese have seriously hindered the development of the goose breeding industry. Hence, more efforts need to be invested in the field of goose breeding and reproduction. The rapid development of modern molecular breeding technologies such as DNA recombination, gene editing, and assisted reproductive technologies has made breakthroughs in goose breeding and genetics research. In addition, intensive goose breeding has caused great suffering to geese, so more attention should be invested in improving goose nutrition and welfare.
Fig.2 A Functional Mutation in KIAA1462 Promoter Decreases Glucocorticoid Receptor Affinity and Affects Egg-laying Performance in Yangzhou Geese1,2.
Breeding Goals of Goose
BioVenic develop customized solutions for our customers' specific goose breeding goals to facilitate the progress of your project. Our dedicated scientists will work closely with you to fully meet your requirements. The considerations of breeding goals are as follows:
Economic Considerations
- Growth Performance
- Carcass Composition
- Feed Conversion Ratio
- Reproductive Performance
- Egg Weight
- Egg Production Rate
- Egg Quality
- Meat Quality
Animal Health Considerations
- Disease Resistance
- Parasite Resistance
- Immunological Status
- Animal Welfare
Sustainable Considerations
- Resource Waste
- Greenhouse Gas Emission
- Water Usage
Other Considerations
- Genomic Stability
- Genetic Diversity
- Biosecurity of Genetically Engineered Animals
Our Services
As a recognized expert in animal-related research, BioVenic has rich experience to help develop effective breeding, veterinary medicine and feed research and development solutions. Our professional scientists provide comprehensive end-to-end solutions for goose related research and development. The services we provide include but are not limited to:
Want to Learn More?
By continuously meeting the needs of our customers, BioVenic is committed to exploring novel and innovative technologies in order to provide the most comprehensive and integrated solutions in the field of animal-related research and development. We focus on providing efficient services to our global customers, including animal breeding and genetic research services, veterinary drug development services, and feed development services. Our experienced scientists are able to develop professional and cost-effective solutions to help you solve problems in goose related research. If you are interested in our services, please contact us and tell us more about your project.
References
- Xia, Mengyuan, et al. "A functional mutation in KIAA1462 promoter decreases glucocorticoid receptor affinity and affects egg-laying performance in Yangzhou geese." International Journal of Molecular Sciences 19.5 (2018): 1531.
- Image retrieved from Figure 1 "Graphical Abstract". Xia, Mengyuan, et al., 2018, used under CC BY 4.0. The original image was modified by changing title to "A Functional Mutation in KIAA1462 Promoter Decreases Glucocorticoid Receptor Affinity and Affects Egg-laying Performance in Yangzhou Geese".