Horticultural Plants Genomics

Welcome to the BSATOS wiki! bulked-segregant analyis tools for outbreeding species(BSATOS) is developed by the institute for horticultue plants, China Argicultural University and Edmund Mach Foundation, Italy. BSATOS is designed for NGS-based Bulked-segregant analysis for outbreeding species, includings fruits trees, such as apple, and cirtus. [Read More]

Globally, commercialized plum cultivars are mostly diploid Chinese plums (Prunus salicina Lindl.), also known as Japanese plums, and are one of the most abundant and variable fruit tree species. To advance Prunus genomic research, we present a chromosome-scale P. salicina genome assembly, constructed using an integrated strategy that combines Illumina,... [Read More]

As one of the most economically significant Oleaceae family members, Jasminum sam-bac is renowned for its distinct sweet, heady fragrance. Using Illumina reads, Nanopore long reads, and HiC-sequencing, we efficiently assembled and annotated the J. sambacgenome. The high-quality genome assembly consisted of a total of 507 Mb sequence (contig N50... [Read More]

Adventitious root (AR) formation is a critical factor in the vegetative propagation of forestry and horticulural plants. Competence for AR formation declines in many species during the miR156/SPL-mediated vegetative phase change. Auxin also plays a regulatory role in AR formation. In apple rootstock, both high miR156 expression and exogenous auxin... [Read More]

As one of the most economically significant Oleaceae family members, Jasminum sambac is renowned for its distinct sweet, heady fragrance. Using Illumina reads, Nanopore long reads, and HiC-sequencing, we efficiently assembled and annotated the J. sambac genome. The high-quality genome assembly consisted of a total of 507 Mb sequence (contig... [Read More]