… -omics” and “multi-omics” and the integration by … , plant breeding, component regulation,
bio-stress and so on, which surely will promote the production and development of cash crops …

… identified on wheat chromosome 2B using an integrated method of multi-omics and association
analysis, which laid a solid foundation for further gene cloning and functional verification. …

… breeding, but these methods are currently facing many challenges such as multi-population,
multi-omics, … relationship between high-dimensional genomic data. As a branch of artificial …

… -omics” and “multi-omics” and the integration by … , plant breeding, component regulation,
bio-stress and so on, which surely will promote the production and development of cash crops …

… data resources were obtained. Taking sorghum bicolor as an example, the new standard
metadata of multi-omics data was optimized by semantic analysis … By integrating a variety of …

… Abstract: With the proposal of “Crop Breeding 4.0” being put forward, the developmental …
design breeding technology, such as efficient multi-omics big data integration, breeding …

… of multi-omics technology, large volumes of data related to rice genetics and breeding
have … Bioinformatics databases and online analysis tools are developed to store, integrate, …

… data due to the rapid development of high-throughput omics technology. Multi-omics data …
Agricultural University constructed the first multi-omics integrative network map of maize. This …

… [Method]In this trial, a vital regulator of heading time in foxtail millet, SiTOC1, was
identified using genome-wide association analysis. Spatio-temporal transcription (multi-omics …

… AI-based breeding technology accelerates multiomics mapping and functional elucidation
… a new way to improve crop breeding traits. The deep integration of epigenetics and AI has …