Sebastian Schornack (@dromius) 's Twitter Profile
Sebastian Schornack

@dromius

Plant cells and development, Plant-microbe research, Phytophthora, oomycetes & symbiotic fungi, TAL effectors (TAL DNA binding code codiscoverer) and Coleoptera

ID: 60518486

linkhttp://www.schornacklab.net calendar_today27-07-2009 07:01:03

10,10K Tweet

7,7K Followers

1,1K Following

Ed Sikora (@alabamaed) 's Twitter Profile Photo

NEMATODE MONDAY: Slide shared by Professor Richard Sikora showing reniform nematode ( Rotylenchulus reniformis) females penetrating a root of cotton to establish a feeding site. Reniform are semiendoparasitic and a major pest of cotton in the southeast USA #Nematode #Cotton

NEMATODE MONDAY: Slide shared by Professor Richard Sikora showing reniform nematode ( Rotylenchulus reniformis) females penetrating a root of cotton to establish a feeding site. Reniform are semiendoparasitic and a major pest of cotton in the southeast USA  #Nematode #Cotton
Sebastian Schornack (@dromius) 's Twitter Profile Photo

#OMGN2025 Paula Ortega ̶ Exploring the Evolution of Saprolegniales: Were ancestral Oomycetes Parasites? - most probably animal parasites

#OMGN2025 Paula Ortega ̶ Exploring the Evolution of Saprolegniales: Were ancestral Oomycetes
Parasites? - most probably animal parasites
Sebastian Schornack (@dromius) 's Twitter Profile Photo

#2025ISMPMI Rotem Sorek Lab encourages the audience to start studying those components of the plant immune system that have not been studied yet. Luckily there is more than TIR and CC NLRs in plants. academic.oup.com/plcell/article…

Sebastian Schornack (@dromius) 's Twitter Profile Photo

This was a great event, very happy that I could contribute, and I learned something, too. Thanks to the organisers for making this possible #2025ISMPMI

Sebastian Schornack (@dromius) 's Twitter Profile Photo

#2025ISMPMI nice choice of words by Caroline Gutjahr - Cortex cells undergo a revolution when an arbuscule forms in them. Then her research aims to unravel the transcriptional regulators underpinning this revolution.

#2025ISMPMI nice choice of words by <a href="/carogutj/">Caroline Gutjahr</a> - Cortex cells undergo a revolution when an arbuscule forms in them. Then her research aims to unravel the transcriptional regulators underpinning this revolution.
David Hoey (@davidjhoey) 's Twitter Profile Photo

I encourage all colleagues at #2025ISMPMI this year to go and speak to these wonderful people! P-425 looks especially interesting 🧐

Sebastian Schornack (@dromius) 's Twitter Profile Photo

#2025ISMPMI Martin Parniske highlights molecular dynamics in NFS, suggests that CCamK binding to a cyclops dimer changes its conformation to allow DNA binding, CCamK likely has to depart from a cyclops dimer to allow appropriate infection thread progress into subsequent cell layers.

Albin Teulet (@albinteulet) 's Twitter Profile Photo

Sebastian Schornack Sebastian Schornack kicks off the 'Microbial Infection Strategies' session with insights into symbiotic and pathogenic interactions in the vascular and non-vascular plants. #2025ISMPMI

Sebastian Schornack <a href="/dromius/">Sebastian Schornack</a> kicks off the 'Microbial Infection Strategies' session with insights into symbiotic and pathogenic interactions in the vascular and non-vascular plants. 
#2025ISMPMI
Mahmut Tör (@mahmuttor) 's Twitter Profile Photo

Informative talk by Sebastian Schornack How do plants manage both a symbiont and a pathogen in the same cell? Identical interfaces, opposite outcomes. Is it about spatial control, membrane identity, or effector logic? 📍 #ISMPMI2025

Informative talk by <a href="/dromius/">Sebastian Schornack</a> How do plants manage both a symbiont and a pathogen in the same cell?
Identical interfaces, opposite outcomes.
Is it about spatial control, membrane identity, or effector logic?
📍 #ISMPMI2025
Albin Teulet (@albinteulet) 's Twitter Profile Photo

#2025ISMPMI Benjamin Gourion Benjamin elucidated the pathogenic molecular mechanism underlying a rare case of rhizobia transitioning from a symbiotic to a pathogenic interaction. Truly fascinating!

#2025ISMPMI
Benjamin Gourion <a href="/GourionBenjamin/">Benjamin</a> elucidated the pathogenic molecular mechanism underlying a rare case of rhizobia transitioning from a symbiotic to a pathogenic interaction. Truly fascinating!
Sebastian Schornack (@dromius) 's Twitter Profile Photo

#2025ISMPMI Tolga Bozkurt introduces the effector and immune processes occurring at Phytophthora haustoria. The helper NRC4 localises to haustoria and upon activation inserts itself into the extrahaustorial membrane forming punctuate foci. It seems activated NLRs beep annoyingly.

#2025ISMPMI <a href="/Tolga_Bzkrt/">Tolga Bozkurt</a> introduces the effector and immune processes occurring at Phytophthora haustoria. The helper NRC4 localises to haustoria and upon activation inserts itself into the extrahaustorial membrane forming punctuate foci.
It seems activated NLRs beep annoyingly.
Jogi Madhuprakash (@jmadhuprakash) 's Twitter Profile Photo

🚨New bioRxiv alert! We are thrilled to share our latest findings—building on our earlier work on suppressors of helper NLRs of NRC family—a Phytophthora infestans L-shaped effector captures resistosome assembly intermediates of tomato NRC3! biorxiv.org/content/10.110… 1/10

Alga Zuccaro (@team_zuccaro) 's Twitter Profile Photo

We are pleased to present our latest preprint. A comprehensive study by Mathias Brands et al. on the deconstruction of acetylated xylan by the activity of cooperative enzymes from the beneficial fungus Serendipita indica. biorxiv.org/content/10.110…

Sebastian Schornack (@dromius) 's Twitter Profile Photo

In poster hall not very far away - check out today how the resistance prevents or supports tao opposing factions in their constant pursuit for nutrients. SCAR Wars! - P070 #2025ISMPMI

In  poster hall not very far away - check out today how the resistance prevents or supports tao opposing factions in their constant pursuit for nutrients. SCAR Wars! - P070 #2025ISMPMI