Marcel Bucher (@mb_bucherlab) 's Twitter Profile
Marcel Bucher

@mb_bucherlab

Plant molecular physiologist exploring the microverse and plant nutrition; proud dad, loves badminton, drums and percussion. Views are my own. 🇩🇪🤝🇨🇭🤝🇺🇦

ID: 91415883

linkhttp://www.bucherlab.uni-koeln.de calendar_today20-11-2009 20:12:57

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Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

Deutschlands Schuldenbremse sichert geringe Staatsverschuldung auf Kosten der EU: Niedrige Löhne und Exportüberschüsse treiben Nachbarländer in die Schulden. Zeit für mehr Investitionen und höhere Löhne, um Europa wirtschaftlich ins Gleichgewicht zu bringen. #Schuldenbremse #EU

Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

Hello from Dublin! The current speaker at #ECFG17, Yen Ping Hsueh from MPI for Biology in Tübingen, talks about molecular mechanisms of toxocyst formation in animal killing fungi. She got inspired by reading a 40-year old article in Science. Great talk! science.org/doi/10.1126/sc…

Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

Good morning! Plenary talk by Chris Hittinger at #ECFG17 on the genomic making of yeast metabolic and ecological diversity takes place right now.

Good morning! Plenary talk by Chris Hittinger at #ECFG17 on the genomic making of yeast metabolic and ecological diversity takes place right now.
EPSO (@epsoeurope) 's Twitter Profile Photo

41st EPSO seminar for European Plant Scientists: 20th March 2024 at 15.00 CET discussing The Barley Pan Transcriptome with Miriam Schreiber, Vanda Marosi, and Morten Jørgensen. EPSO members register at: bit.ly/4inWtHh #PlantScience #SDG #horizoneu

41st EPSO seminar for European Plant Scientists: 20th March 2024 at 15.00 CET discussing The Barley Pan Transcriptome with Miriam Schreiber, Vanda Marosi, and Morten Jørgensen. EPSO members register at: bit.ly/4inWtHh

#PlantScience #SDG #horizoneu
Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

At #ECFG17, like at all major scientific conferences worldwide, the talks highlight how science thrives on global collaboration. Borders don’t define discovery - diversity and cooperation do. Meanwhile, U.S. policies seem to be moving in the opposite direction.

At #ECFG17, like at all major scientific conferences worldwide, the talks highlight how science thrives on global collaboration. Borders don’t define discovery - diversity and cooperation do. Meanwhile, U.S. policies seem to be moving in the opposite direction.
Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

We just listened to a very interesting talk by Michael Feldbrügge on the mechanistic basis of mRNA transport in polar growth of Ustilago maydis spiced with a pinch of Rhineland humour. #ECFG17 #ECFG2025

We just listened to a very interesting talk by Michael Feldbrügge on the mechanistic basis of mRNA transport in polar growth of Ustilago maydis spiced with a pinch of Rhineland humour. #ECFG17 #ECFG2025
Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

Next great talk in this plenary session by Minou Nowrousian (Bochum, Germany) focused on two key regulators of fungal development: the histone chaperone Asf1 and the transcription factor PRO44. #ECFG17 #ECFG2025

Next great talk in this plenary session by Minou Nowrousian (Bochum, Germany) focused on two key regulators of fungal development: the histone chaperone Asf1 and the transcription factor PRO44. #ECFG17 #ECFG2025
Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

Xin Xiang builds on Ron Morris’ pioneering work on nuclear migration in Aspergillus nidulans. Her talk at #ECFG17 highlights how microtubules and motor proteins orchestrate organelle distribution in fungal hyphae. Fascinating insights into the fungal cytoskeleton! #ECFG2025

Xin Xiang builds on Ron Morris’ pioneering work on nuclear migration in Aspergillus nidulans. Her talk at #ECFG17 highlights how microtubules and motor proteins orchestrate organelle distribution in fungal hyphae. Fascinating insights into the fungal cytoskeleton! #ECFG2025
Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

Marie-Noëlle Rosso explored how fungi break down recalcitrant plant tissues, revealing a diverse enzymatic arsenal shaped by 180 million years of evolution. Her team showed that gene family expansions/contractions drive lignocellulose degradation across fungal clades. #ECFG17

Marie-Noëlle Rosso explored how fungi break down recalcitrant plant tissues, revealing a diverse enzymatic arsenal shaped by 180 million years of evolution. Her team showed that gene family expansions/contractions drive lignocellulose degradation across fungal clades. #ECFG17
Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

📢 Calling all PhD students, postdocs & early-career scientists! 📢 Join us at the IS-MPMI Congress 2025 in Cologne, Germany 🇩🇪 from July 13-17, 2025! 🔹 Abstract submission deadline: March 11 🔹 Submit here: ismpmi.org/Events/2025Con…

Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

New preprint! We present SSC, a semi-automated method to extract fungal hyphae and their microbiota from natural soils - no glass beads, no artificial conditions. Enables hyphal density quantification & NGS of surface-attached microbes. Read more: doi.org/10.1101/2025.0…

Marcel Bucher (@mb_bucherlab) 's Twitter Profile Photo

🧪🌱 Interesting study using hypoxia-activated fluorescent probes to detect low oxygen in Arabidopsis cells & tissues. These chemical tools open new ways to study oxygen dynamics in plant development & stress responses. #PlantScience #Hypoxia #Arabidopsis nph.onlinelibrary.wiley.com/doi/10.1111/np…

Alga Zuccaro (@team_zuccaro) 's Twitter Profile Photo

We are excited to share our new story with you! We show how losing a binding domain can flip an antimicrobial effector into a host immune suppressor, highlighting functional specialization across the saprotrophy–symbiosis spectrum. Read more: biorxiv.org/content/10.110…

We are excited to share our new story with you! We show how losing a binding domain can flip an antimicrobial effector into a host immune suppressor, highlighting functional specialization across the saprotrophy–symbiosis spectrum.
Read more: biorxiv.org/content/10.110…