Agricultural Genomics: Enhancing Crop and Livestock Productivity
With the growing global population, changing climate, and environmental pressures, the agricultural sector faces the urgent need to develop crops and livestock with higher productivity, greater tolerance to environmental stresses, and reduced reliance on pesticides.
Agricultural genomics offers advanced tools and methodologies to address these challenges by leveraging genetic information to improve the traits of interest in plants and animals.
MGl: Provide Tools and Platform for Genetic Insights
MGI has established an international platform to support farmers, breeders, and researchers in identifying genetic loci linked to desirable traits. Utilizing sequencing-based technologies, MGI provides flexible and attractive solutions that facilitate the acceleration of research, breeding, and cultivation programs.
The AgriHigh Low-pass Whole Genome Sequencing (WGS) Package is designed for agricultural breeding applications using DNBSEQ™ technology. This package provides an efficient and comprehensive solution tailored for low-pass WGS, offering flexibility, scalability, and adaptability to meet various operational demands.
- Molecular Breeding
Molecular breeding is an important tool for the improvement of many plants and animals. It involves genetic manipulation at the DNA level to enhance traits in plants and animals. Common applications include genome selection, marker-assisted selection, QTL mapping or gene discovery, and genetic engineering and transformation.
- Animal Disease
Animal diseases pose significant threats to animal welfare, public health, and the economy. These diseases can be either infectious (e.g., bird flu, swine fever) or non-infectious. Effective control of animal diseases requires the collaboration of farmers, veterinarians, researchers, and government agencies.
- Biodiversity
Biodiversity encompasses the genetic, species, and ecosystem diversity within the natural world. It is crucial for ecosystem health, supporting essential functions like nutrient cycling, pollination, and pest control. However, global biodiversity loss has been accelerating, undermining ecosystem resilience. Efforts to preserve biodiversity are essential for maintaining ecological balance and sustainable agricultural practices.
Publications in Agricultural Genomics Research
Researchers sequenced the genome to provide insights into Anacardiaceae evolution and urushiol biosynthesis using DNBSEQ™ and Oxford Nanopore platforms.
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Sequencing of 37 breeding lines established since the 1960s provides valuable resources for understanding the B. mori genome and its phenotypes.
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A new low-coverage whole-genome sequencing strategy was developed to obtain high-density SNP markers for a large Duroc pig population, enhancing cost and time efficiency.
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Using the DNBSEQ-G400* platform, researchers identified a key QTL locus controlling plant height in rapeseed, aiding in breeding programs for optimized plant stature.
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- Related Files
【Publications】Agricultural Genomics Publication List (DNBSEQ-T7) - Incomplete statistics
- Scientific Blogs
How do De novo sequencing, QTL mapping, WGS, and lcWGS empower breakthroughs in agrigenomics
MGI Makes Possible New Advances in Agrigenomics Research and Molecular Breeding
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