Publications by authors named "K Eversole"
Most species complex strains cause bacterial wilts in tropical or subtropical zones, but the group known as race 3 biovar 2 (R3bv2) is cool virulent and causes potato brown rot at lower temperatures. R3bv2 has invaded potato-growing regions around the world but is not established in the United States. Phylogenetically, R3bv2 corresponds to a subset of the phylotype IIB clade, but little is known about the distribution of the cool virulence phenotype within phylotype IIB.
View Article and Find Full Text PDFObjective: Cognitive changes are heterogeneous in Parkinson's disease (PD). This study compared whether anticholinergic burden drives differences in cognitive domain performance and empirically-derived PD-cognitive phenotypes.
Method: A retrospective chart review contained participants (n = 493) who had idiopathic PD without dementia.
Article Synopsis
- - The research on plant-microbe interactions has evolved from studying single microbes to examining entire plant microbiomes, emphasizing their critical role in plant health and sustainable agriculture.
- - Recent advancements in 'omics technologies and AI hold promise for enhancing our understanding and application of plant microbiomes, which can help tackle global food security challenges.
- - A collaborative and transdisciplinary approach is essential for effectively translating research into practical agricultural solutions, while managing expectations about the real-world impacts of these discoveries.
Public-private partnerships are key to successfully translate knowledge to products, but current frameworks do not foster the systems-wide approach required to improve crops to meet the agricultural production challenges of the 21st century.
View Article and Find Full Text PDFArticle Synopsis
- * A collaborative effort resulted in a fully annotated reference wheat genome published in 2018, followed by the release of genomes from 15 global wheat accessions in 2020, marking the start of the pan-genomic era for wheat.
- * These developments allow for more efficient genetic analysis using advanced genotyping methods, enhancing marker-assisted selection and genomic selection, which in turn improves key traits like grain yield and stress resistance in wheat breeding.