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Glad to have participated in #PPATH2025 last week, sharing my work on proximity labeling in the apoplast as part of the ECPP talks, one last time before wrapping up my PhD 🎓🌱

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🎉 Congrats to our #PPATH2025 winners!

🏆 Athira Menon – Poster: RNA-binding proteins in plant immunity
🏆 Vanja Milenkovic – Talk: Drought & disease in Acute Oak Decline

Inspiring plant pathology research! 🌱

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#MemoryLane #SyngentaPhytophthoraConsortium #PaulBirch #PPATH2025

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We wrap up with the @BS_PP RKS Wood Prize Lecture 🎉 with Paul Birch @dundeeuni @JamesHuttonInst on the famous oomycete RXLR effectors #PPATH2025

Paul is at the lectern, not the bearded dude in the slide 😜

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Now we have Chih-hang Wu @IPMBSinica Taiwan 🇹🇼 at #PPATH2025 — Fast and Furious: What happens after helper NLR immune receptors are activated to cause hypersensitive cell death.

See paper doi.org/10.1101/2025...

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Helen Cockerton explores host and tissue specific interactions in powdery mildew of hops, apples & strawberries. Genomics, QTL mapping & RNA-seq reveal resistance mechanisms, guiding disease management & breeding for resilient crops. #PPATH2025 #PlantPathology #PowderyMildew
@kent.ac.uk

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Now we shift to powdery mildew fungi #PPATH2025 with Helen Cockerton @MelonAmaranth

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"You can only die once. And then Botrytis will infect you."

#HeardToday #PPATH2025 #JanVanKan

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More on Botrytis—reemergence of crown rot by Andrew @ADArmitage #PPATH2025

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A Shakespearean title for Jan van Kan our next speaker #PPATH2025 @WageningenUR 🇳🇱 #Botrytis

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AI in Agriculture: John Doonan showcases how high-throughput phenotyping and AI help decode crop stress responses, from drought to heat, linking traits to genetics and metabolism for resilient, climate-ready crops. #PPATH2025

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Lamya Majeed explores how BABA-induced resistance creates long-lasting immunity in tomato via epigenetic and developmental mechanisms. Understanding these molecular pathways could transform sustainable crop protection. #PPATH2025 #PlantPathology

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Diana Vinchira-Villarraga is discussing the battle between Oak and AOD-associated pathogens. Looking at the Metabolic Responses to Host-Derived Compounds. #PPATH2025

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Srikanth Rupavatharam shows how AI is reaching farmers at the frontlines of crop protection at #PPATH2025. Tools like AgriLLM, Plantix & Plant Health Detector deliver real-time diagnoses and crop advice, helping smallholders tackle pests & diseases. #PlantPathology #AIinAg

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Can Pseudomonas spp. Biocontrols help us to tackle Kiwi Canker? Isabella Frost is finding out! #PPATH2025

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Our President Elect, Saskia Hogenhout, discusses her lab's work on aphid effectors, which are secreted during feeding and suppress plant immunity by recruiting defence proteins to processing bodies. #PPATH2025

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Kicking off the AI session at #PPATH2025! Adam Kleczkowski highlight how AI, ML & LLMs are transforming plant health research, turning decades of progress into years, but also raising new challenges. #PlantPathology #AI

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End of Day2 #PPATH2025 dinner! Connecting with colleagues ahead of tomorrow's jam-packed programme: AI in Plant Health; farmer-level applications, 3D disease detection, leaf scale disease modelling, Induced Resistance & IPM and more!

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It’s time for the P. H. Gregory session at #PPATH2025! Postgraduate students present cutting-edge research on plant pathology, from cereal rust surveillance to Fusarium and Botrytis interactions. The winner will be awarded the P. H. Gregory Prize, recognising excellence in presentations since 1991

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Next up at #PPATH2025 is Erh-Min @erhminlai all the way from @IPMBSinica Taipei 🇹🇼 / optimising Agrobacterium for plant gene editing; cool use of a RUBY red readout assay

See the preprint doi.org/10.1101/2025...

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Apple canker is threatening our apple orchards!
Matevz Papp-Rupar investigates how the apple microbiome influences susceptibility to Neonectria ditissima, offering new perspectives for managing apple canker
#PPATH2025 @niab-uk.bsky.social

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Ronnie de Jonge explores how root microbiomes assemble in Arabidopsis, Barley, and Lotus, identifying a functional backbone of plant-associated bacteria that could guide sustainable microbiome engineering. #PPATH2025

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Jens Tilsner shows how viral RNAs can be visualised in vivo, even inside plasmodesmata, revealing new insights into viral replication and transport. Work funded by the BSPP Small Project Fund. #PPATH2025

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Preview
Spornado | Early Alert System for Crop Disease | Early Alert System for Crop Disease The Spornado Sampler is an innovative, easy-to-use crop disease early alert system that changes everything. Learn more here!

Luca Cornetti on SPORNADO Early Alert System for Crop Disease spornadosampler.com @spornadosampler #PPATH2025

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Next #PPATH2025 speaker is from University of Manitoba 🇨🇦 — Here is Reem Aboukhaddour @ReemWheat on cereal stripe rusts

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Ruth Bryant explores biological fungicides for wheat and barley, focusing on defence activation, priming, and balancing efficacy with crop yields. Insights for sustainable crop protection. #PPATH2025

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Leena Tripathi presents how genome editing is creating disease-resistant bananas and plantains, targeting BXW and Banana Streak Virus without introducing foreign DNA. A major step for food security and smallholder farmers. #PPATH2025

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Next up #PPATH2025 is Leena @Leena_Tripathi all the way from @IITA_CGIAR Ibadan, Nigeria 🇳🇬 on biotech solutions to Banana Streak Virus 🦠 and Banana Xanthomonas Wilt

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Exciting insights from Evans Lagudah presenting on durable resistance to rusts: how ‘muscle’ (strong, race-specific) & ‘backbone’ (multi-pathogen, partial) R genes combine for long-lasting protection. #PlantPathology #PPATH2025

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The incredible tapestry of disease resistance breeding against wheat rust fungi—about half of them originate from other species and genera — #PPATH2025 Evans Lagudah @lag002

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