… Here we report the de novo genome assembly and annotation … disease [5], caused by
Magnaporthe oryzae. Rice blast is a serious constraint in rice production and utilization of resistant …

… We comprehensively characterized genes involved in disease resistance, CGA synthesis, …
genome sequence. We also conducted comparative analysis of the eggplant genome with …

… The genome assembly also identified a resistance gene for a fungal … Using the assembly
we sought to delineate NLR gene content with a focus on a disease resistance locus, Xo1, …

Dasypyrum villosum is one of the most valuable gene resources in wheat improvement,
especially for disease resistance. The mining of favorable genes from D. villosum is frustrated by …

… haplotype resolved genome assembly and annotation of genes of C. australis which will be
a valuable resource for citrus improvement through genomic-assisted breeding approaches. …

… resistance to disease resistance between Ppus and Pavi, we conducted a genome-wide
analysis of resistance … Using a pipeline for the genome-wide prediction of RGAs [35], we …

… and genomic research to aid breeding efforts that target Verticillium wilt disease resistance
and … Here, we present a near-complete, chromosome-scale mint genome assembly for M. …

… region on chromosome 8 would confer resistance to F. graminearum. … genome assembly
were used to dissect and characterize the genes involved in quantitative disease resistance to F…

… To facilitate the cloning of the remaining stripe rust resistance genes from Kariega, we
generated a de novo genome assembly. First, we generated PacBio CCS (HiFi) reads …

… Here, we report a high-quality genome assembly of a typical semi-winter rapeseed cultivar,
'Zhongshuang11' (hereafter 'ZS11'), using a combination of single-molecule sequencing and …