Please RT. Two-year postdoc position in collab. with BASF: we are looking for a molecular plant pathologist or plant biologist to work on atypical gene-for-gene interactions between rapeseed and its fungal pathogen Leptosphaeria maculans. @INRAE_Bioger
https://t.co/fiduqKLFSZ
We welcome Julie Lintz @lintz_julie1 for a seminar and visit. Julie is speaking about her #PhdLife work with @BenjPetre @SebbyRust on a poplar secreted peptide with dual activities
RT📣 Offre de #thèse en #phytopathologie @INRAE_Bioger @Arvalisofficiel : "Caractériser l’impact d’associations de variétés de blé sur l’évolution de la structure de virulences d’une pop. de #Zymoseptoria tritici". Date limite de candidature : 7 juillet.
https://t.co/DVbIBBhdRO
Offre de #thèse en #phytopathologie @INRAE_Bioger : venez explorer avec nous les limites de la spécificité d'hôte chez un champignon phytopathogène majeur du blé !
Nous recherchons un candidat h/f 👩🏻🎓 M2 à présenter au concours de l'ED SEVE @UnivParisSaclay https://t.co/uMhsE5utku
#Leptosphaeria maculans on dead stem-bases of garlic mustard (#Alliaria petiolata), here with perithecia, asci and ascospores (Les Clayes-sous-Bois, FR). Could be interesting "local" material for studying non-host resistance in oilseed rape, @soyer_jessica? 🤔
Highly influential studies on #PlantDisease effectors, review of 249 publications (2000 - 2020), analysis and research trends by @ClementineLt, @SebbyRust, @pascal_frey and Benjamin Petre in @FrontPlantSci - https://t.co/CGU5Txv47T
I am glad to present a video that resume briefly my phd project. This video was produced by the Department of @INRAE_DPT_SPE. A big thank you to them for their professionalism and for this great project!
https://t.co/WdR3bPNNDa
#phd#inrae#phytopathology
Delighted to share our new opinion paper in @molecology: Improving sustainable crop protection using population genetics concepts
(1/3)
https://t.co/uHXqcnrxVa
Finally, the expression of Melampsora larici-populina cold-shock genes in yeast allows cell growth recovery after exposure to cold stress, addressing for the first time the function of regulatory genes associated to dormancy exit and basidia differentiation. 5/5
Happy to share our last paper comes from my PhD project at @IAM_Nancy with @SebbyRust and @pascal_frey
We performed an annotation survey and life cycle transcriptomics of transcription factors (TFs) in rust fungi (Pucciniales). 1/5
https://t.co/dH7CQV2Nk6
Then, the poplar rust transcriptomic survey allows us to pinpoint groups of TF genes coordinately expressed at major life cycle stages. Particularly, the cold-shock family is only expressed in basidia, a transient stage formed right after the overwintering period. 4/5