Lillian K. Padgitt-Cobb

TL;DR: In this paper, a draft haplotype-phased assembly of the Cascade cultivar genome is presented, which is the most extensive representation of the hop genome to date and provides insight into selective pressures that have driven evolution in hop.

TL;DR: The approaches developed to analyze a phased, diploid assembly of a large plant genome serve to deepen the understanding of the genomic landscape of hop and may have broader applicability to the study of other large, complex genomes.

TL;DR: In two pathway curations jamborees, Plant Reactome curators tested strategies for introducing researchers to pathway curation tools, harnessing biologists’ expertise in curating plant pathways and developing a network of community biocurators.

TL;DR: In this paper, physiological traits and differential gene expression in leaf, stem, and root tissue from hop (Humulus lupulus) cv. USDA Cascade in plants exposed to high temperature stress, low water stress, and a compound treatment of both high temperature and low-water stress for six weeks.

TL;DR: Genetic response in hop to fungal pathogen infection has been evaluated at the chromosomal level through QTL analyses but very little information exists on the expression of genes during infection periods, which will prove valuable information for development of precise markers located either within or next to genes responsible for race v4/v6 PM resistance.