Root biology, single cell biology in situ, deep resolution plant phenotyping platform, totipotence, stem cell, 3D imaging, stress response.
Freiburg, Germany
Joined May 2014
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How can you recognize and select a cell that is competent for plant regeneration and distinguish it from a cell that is competent only for callus or root? A biological age of the cell is a key "marker". doi.org/10.3390/plants152134…
What does a " butterfly effect " look like inside plants? Small changes in one cell type induce a "chain reaction" in other cell types, including cell cycle modification, morphology, etc.
doi.org/10.1111/plb.70287Dig…
Taras Pasternak retweeted
Qué tristeza leer en @Nature el homenaje a Marta Shahbazi Alonso y Tamara González Costa, dos investigadoras que perdieron la vida en el accidente ferroviario de Urda.
Marta investigaba el desarrollo temprano de los embriones humanos y Tamara, la biología cardiovascular. Conmueve conocer su pasión por la ciencia, su curiosidad y sus ganas de seguir descubriendo. Seguro que su trabajo y entusiasmo sequiran inspirando a otras generaciones de científicos. nature.com/articles/d41586-0…
Mechanical interactions: A hidden component of plant signalling? - Pasternak - Plant Biology - Wiley Online Library onlinelibrary.wiley.com/doi/…
Good news: it was accepted:
Title: Chromatin Organization as a Predictive Marker of Plant Cell Totipotency.
Taras Pasternak retweeted
@Planta_Journal Centennial Collection. 💯history @SpringerPlants
🌱📖 ¡100 años de investigación en biología vegetal!
El Dr. Stefan de Folter, de Cinvestav Genómica Avanzada, participa en un editorial de Planta que recorre su historia y reflexiona sobre el futuro de esta disciplina.
🔗 doi.org/10.1007/s00425-026-0…
#Cinvestav #UGA
I am pleased to share our new article. Free reading till December 1, 2026.
"Cell geometry and nuclear organization are associated with founder-cell competence for lateral root initiation in the Arabidopsis root - ScienceDirect
Taras Pasternak retweeted
DON´T FORGET IT!
📅 This Friday September 25th 12:30
📍 Conference Hall, 3rd Floor, IBMCP
🔬 Molecular mechanisms linking the circadian clock to tree seasonality
🗣️ Mariano Perales
#IBMCPSEMINARS
Recently published: interferon in tomato plants.
Stability of Biologically Active Human Interferon α-2b in Transgenic “Long-Shelf Life” Tomatoes and Their Progeny
doi.org/10.3390/plants151828…
Taras Pasternak retweeted
Happy to share that our work "Autophagy contributes to auxin-driven developmental plasticity in response to changes in C and N availability in P. patens", is now published in PPB! This work is part of @georpettinari and @frliberatore PhD thesis! 👏💪 sciencedirect.com/science/ar…
Taras Pasternak retweeted
We're hiring 🔬🌱🦠 We're looking for someone with confocal microscopy expertise to join our work on plant–microbe interactions @TheSainsburyLab.
A whole new suite of genetically encoded reporters + 3D spatial gene expression tools like PHYTOMap and more.
Please share!
📣 VACANCY: Research Assistant / Postdoctoral Researcher - Tatsuya Nobori group @nobolly
Join the team to work on work on live-cell and 3D spatial imaging of plant–microbe interactions 🔬🌱
📍Norwich, UK
⏰ Apply online by 14 Sept 2026
Apply here: tsl.ac.uk/working-at-tsl/cur…
Taras Pasternak retweeted
🍀🔬
C-type cyclin CycC1;1 delays leaf senescence by interacting with and inhibiting MYC2 in Arabidopsis @JIPBio
onlinelibrary.wiley.com/doi/…
Taras Pasternak retweeted
agamous still on my way! 🏵️
Investigación sobre el desarrollo del gineceo en el laboratorio del @defolter_lab foto por Andrea @andreagomezfe🔬📷
Taras Pasternak retweeted
Investigación sobre el desarrollo del gineceo en el laboratorio del @defolter_lab foto por Andrea @andreagomezfe🔬📷
🔬 #ImágenesDeLaCiencia| Esta imagen de Arabidopsis thaliana, obtenida mediante microscopía electrónica de barrido, muestra una flor mutante homeótica en la que faltan los estambres y carpelos.
📍 @uga_langebio
Interorgan mechanosensing as regulator of plant development:
Dear Dr. Taras Pasternak,
We are delighted to inform you that your manuscript titled "Mechanical Interactions: A Hidden Component of Plant Signaling?", has been accepted for publication in Plant Biology.
(3/3) I also shared our recent effort to make a translational approach for cell biology studies into crop plants.
Thanks to my amazing grad student @julia_zheku for leading the project and grateful to wonderful collaborations with @raju_aafc, Shawn, Thorsten, and Steve's labs.
transport/communication is a key in the system (our body) regulation
A dazzlingly color-coded thin section of a vagus nerve.
"The vagus nerve snakes through the human body like an elaborate highway system, transmitting signals from the brain to the heart, lungs, and gastrointestinal system and back. But despite its critical role in regulating breathing, heart rate, and digestion, researchers have long struggled to map its anatomical structure—until now."
#Science #Biology #Neuroscience
⏯️Major highway of the human nervous system gets a complete road map
science.org/content/article/…
ALT Image Source: https://www.science.org/content/article/major-highway-human-nervous-system-gets-complete-road-map This dazzlingly color-coded thin section of a vagus nerve—produced by researchers making the first comprehensive map of the nerve in the human body—reveals the many fibers that carry signals between the brain and the body’s organs. Credit Naveen Jayaprakash, Nicole Carpentiere, Parisa Saleknezhad, and Khaled Qanud
Plant Tissue Culture and Plant Regeneration—2nd Edition mdpi.com/si/246338 #mdpiplants via @Plants_MDPI
10 papers published, and submisison is still open.
Taras Pasternak retweeted
Thrilled to share our new paper in @PLOSPathogens! We reveal how auxin biosynthesis & signaling drive virulence and plant adaptation in D. dadantii 🦠
With @miguel_matilla and team @EEZCSIC @CanalUGR @ffarmaciaUGR @CBGP_Madrid @CNB_CSIC
#auxin #Dickeya
lnkd.in/ep-jSsfh
