Visit our sister website
On Twitter
Clock control of rice blast infection - infection optimised at subjective dawn requires Magnaporthe WC-2 gene @geolittlejohn #OPOF2021
These aren’t tree rings they are daily cycles in fungal growth by the fungus Magnaporthe oryzae @geolittlejohn #OPOF2021
On the 15th december 2021, Rémi Pélissier will present his work on #diseasesusceptibility #plantneighborhood #riceblast 🌾🇨🇳🇫🇷 @umontpellier @Supagro @INRAE_France @CNRS 👨🏻🎓theses.fr/s208044 🕐2.00 pm (UTC+1), Bat 9-206 Institut Agro 💻Live on Zoom umontpellier-fr.zoom.us/j/95414764904
齋藤先生の研究がNikonのHPで紹介されました。 微分干渉および共焦点による、イネいもち病菌感染関連形態形成イメージング microscope.healthcare.nikon.com/ja_JP/download… #東京農業大学 #農大 #生命科学部 #分子微生物学科 #微生物 #経堂 #東京 #植物共生微生物学研究室
@ThorstenLangner and his research on mini-chromosomes as drivers of genetic diversity and host-adaptation in the blast fungus Magnaporthe oryzae at the #OPOF2021 @BS_PP conference. See the poster here ➡️ zenodo.org/record/5763908…
Borer and rice blast youtu.be/W6b9YZVuamY via @YouTube
I spotlighted the excellent work by Dr. Zuhua He, which was recently published in Cell. His study sheds light on the fine-tuning of ROS homeostasis by ROD1 in rice and on how the Magnaporthe oryzae effector Avr-Piz-t highjacks on ROS homeostasis in rice. cell.com/molecular-plan…
Borer and rice blast youtu.be/W6b9YZVuamY via @YouTube Plant diseases and insect pests #www.natur-sim.com #pesticide #insecticide #herbicide #fungicide #biopesticide #pgr
Join a project led by @talbotlabTSL, @Frank_Menke & @Ryder_Lauren1. Investigate the turgor sensor kinase Sln1 which is necessary for appressorium-mediated penetration of the host cell by the rice blast fungus (nature.com/articles/s4158…). Apply by 7 Jan '22 ➡️tsl.ac.uk/opportunities/…
