Kiel University
Stukenbrock Lab - @envgenlab.bsky.social
Plant molecular biology 🌱🧬
Plant/pathogens interactions 🌾🍄
Applications can be submitted now, the closing date for the submissions is 11th January. The program starts in September 2026.
Applications can be submitted now, the closing date for the submissions is 11th January. The program starts in September 2026.
Thanks @lizflorez.bsky.social for chairing, @estukenbrock.bsky.social for the invitation 😃
Thanks @lizflorez.bsky.social for chairing, @estukenbrock.bsky.social for the invitation 😃
www.uni-kiel.de/en/details/n...
Big thanks to @estukenbrock.bsky.social for organising.
www.uni-kiel.de/en/details/n...
Big thanks to @estukenbrock.bsky.social for organising.
Why keep an effector the plant can recognize?
Our postdoc Liz Florez shows Z. tritici’s effector AvrStb6 shapes the wheat microbiome, esp. Pseudomonas spp., in susceptible cultivars. A hidden microbial modulation role beyond host recognition?
🗓️ Poster P-166
🔗 doi.org/10.5281/zeno...
Why keep an effector the plant can recognize?
Our postdoc Liz Florez shows Z. tritici’s effector AvrStb6 shapes the wheat microbiome, esp. Pseudomonas spp., in susceptible cultivars. A hidden microbial modulation role beyond host recognition?
🗓️ Poster P-166
🔗 doi.org/10.5281/zeno...
Our PhD student Anica Schmauch shows higher temperatures boost ROS bursts in barley and potentially affect Z. passerinii growth, revealing abiotic-biotic cross-talk in disease resistance.
🗓️ Poster P-424
#2025ISMPMI
Our PhD student Anica Schmauch shows higher temperatures boost ROS bursts in barley and potentially affect Z. passerinii growth, revealing abiotic-biotic cross-talk in disease resistance.
🗓️ Poster P-424
#2025ISMPMI
Our PhD student Rune Hansen found wild wheat relatives that stop infection by domestic Zymoseptoria at the stomata, with a pool of candidate genes that could potentially boost resistance in domestic wheat.
🗓️ Poster P-015
#2025ISMPMI
Our PhD student Rune Hansen found wild wheat relatives that stop infection by domestic Zymoseptoria at the stomata, with a pool of candidate genes that could potentially boost resistance in domestic wheat.
🗓️ Poster P-015
#2025ISMPMI
Come meet our team at #2025ISMPMI
We’ll be presenting posters all week on Zymoseptoria–plant interactions, wild relatives, and immune manipulation!
🧵 Thread with posters & schedule ⬇️
Come meet our team at #2025ISMPMI
We’ll be presenting posters all week on Zymoseptoria–plant interactions, wild relatives, and immune manipulation!
🧵 Thread with posters & schedule ⬇️
Our PhD student Eva Tanneau tracked 3 years of Agrostis capillaris microbiomes and found striking shifts under different management regimes, including pathogen emergence in leaf networks.
🗓️ Poster P-303
#2025ISMPMI
Our PhD student Eva Tanneau tracked 3 years of Agrostis capillaris microbiomes and found striking shifts under different management regimes, including pathogen emergence in leaf networks.
🗓️ Poster P-303
#2025ISMPMI
PhD student Leonhard Pachinger shows Z. tritici expression of killer-like protein effectors KP-4 & KP-6 that inhibit apoplastic bacteria, suggesting a microbiome-targeting strategy during infection.
🗓️ Poster P-217
#2025ISMPMI
PhD student Leonhard Pachinger shows Z. tritici expression of killer-like protein effectors KP-4 & KP-6 that inhibit apoplastic bacteria, suggesting a microbiome-targeting strategy during infection.
🗓️ Poster P-217
#2025ISMPMI
Our PhD student Maxim Faroux @molecularmax.bsky.social uncovers a Zymoseptoria KEX2-processed effector putatively mimicking the plant hormone peptide phytosulfokine (PSK) known to lower immunity against hemibiotrophs.
🗓️ Poster P-226
#2025ISMPMI
Our PhD student Maxim Faroux @molecularmax.bsky.social uncovers a Zymoseptoria KEX2-processed effector putatively mimicking the plant hormone peptide phytosulfokine (PSK) known to lower immunity against hemibiotrophs.
🗓️ Poster P-226
#2025ISMPMI