UK genome sequenced for pesky pumpkin pathogen

Published 2021년 5월 4일

Tridge summary

A University of Illinois team, led by Sarah Hind, has completed the first complete genome sequence of Xanthomonas cucurbitae, the bacterium that causes bacterial spot disease in pumpkins and other cucurbits. The study, published in Phytopathology, also identified over 400 genes that are activated during infection, with a focus on enzymes involved in plant tissue breakdown. This research could lead to strategies for preventing the bacterium from infecting fruits, significantly reducing crop losses. The study was supported by USDA Hatch funds and an ACES Undergraduate Research Scholarship.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Pumpkin growers dread the tiny tan scabs that form on their fruit, each lesion a telltale sign of bacterial spot disease. The specks don’t just mar the fruit’s flesh, they provide entry points for rot-inducing fungus and other pathogens that can destroy pumpkins and other cucurbits from the inside out. Either way, farmers pay the price, with marketable yields reduced by as much as 90%. Despite the disease’s severity, scientists don’t know much about the genetics of the pathogen that causes it; nearly all the molecular information required for accurate diagnostic testing and targeted treatments is lacking for the disease. Rikky Rai, a co-author on the Xanthomonas genome paper, waters pumpkin plants in a University of Illinois greenhouse Photo by Montgomery Flack In a new study, University of Illinois scientists, with the help of two undergraduate students, have assembled the first complete genome for the bacteria that causes the disease, Xanthomonas cucurbitae, and identified genes ...
Source: Agropages

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