Thomas Greb

Thomas Greb

@thomasgreb.bsky.social

plant biologist, interested in cellular coordination Professor @cosheidelberg.bsky.social of @uniheidelberg.bsky.social https://www.cos.uni-heidelberg.de/en/research-groups/developmental-physiology

799 followers322 following41 posts

Thomas Greb reposted

New OA Article: "PAX-regulated self-organizing polarity drives procambial strand formation" rdcu.be/fCz7y The polarly localized protein kinase converts auxin cues into coordinated cell polarity, propagating polarity between neighbouring cells to form connected veins. #PlantScience

Thomas Greb reposted

🔬Big news🥳 We’re excited to welcome Prof. Dr. Rosa Lozano-Durán as new Director and head of the Department of Plant Virology @mpipz.bsky.social Her research focuses on how plant viruses interact with their hosts. 🎉Welcome to MPIPZ, Rosa 🌿🌱 www.mpipz.mpg.de/5842514/loza...

mpipz.mpg.deThe Max Planck Institute for Plant Breeding Research welcomes Prof. Dr. Rosa Lozano-Durán as new director

Thomas Greb reposted

Thomas Greb reposted

New OA Resource: "A transcriptional atlas of early Arabidopsis seed development suggests mechanisms for inter-tissue coordination" rdcu.be/fj8H2 Single-nucleus RNAseq profiling of early Arabidopsis seed development. #PlantScience

Thomas Greb reposted

'Scientific advancement depends on freedom, openness, and truth - the very values fascism eventually destroys. Our collective response will shape the future.'

Science Magazine@science.org

Breaking news: Indiana University plant microbiologist Roger Innes has been locked out of his laboratory by the school in response to a request by one of his federal funders. The move comes after Innes complained about the government’s prosecution of Chinese postdocs. https://scim.ag/4tsDqRr

Thomas Greb reposted

Super stimulating talk by Olivier Hamant from @rdplab.bsky.social on the tradeoff between efficiency and systemic robustness in biology and beyond. And on how we define societal progress.

Yasin Dagdas@plantophagy.bsky.social

Absolutely ❤️ this slide from Olivier Hamant about the role of inefficiency in biological robustness. Thx @maizel-lab.org for bringing him to @cosheidelberg.bsky.social

Thomas Greb reposted

Our Review "Development, Anatomy and Integrated Function of Grass Leaf Veins and Graminoid Stomata" is out doi.org/10.1146/annu... Alec Baird and I discuss the development and function of the anatomical structures that regulate water supply (leaf veins) and water demand (stomata) in the grass leaf.

Thomas Greb reposted

Kick-off meeting of our GreenRobust cluster of excellence last week. Exciting times ahead for plant sciences by bringing together an extraordinary bunch of enthusiastic scientists and human beings!

Thomas Greb reposted

Join us at the #SEBconference Florence 2026 to discuss #Plant Robustness! 🌱🔥 @kaspervangelderen.bsky.social and I are organising the P12 session "Plant robustness from molecules to ecosystems" with the support of @greenrobust.de Check the program and submit your abstract by March 6th! 👇

SEBiology@sebiology.bsky.social

Abstract submissions for #SEBconference Florence 2026 are officially open! 🎉 Deadline: 6 March 2026. Submit today and be part of cutting-edge biology in Florence. More information www.sebiology.org/resource/seb-conference-florence-2026-abstract-submission-is-now-open.html

Thomas Greb reposted

Postdoctoral position in Forest Genetics at @uni-freiburg.de with a focus on local adaptation and/or stress reaction of trees. The position combines research and teaching (4 SWS), and offers the opportunity to develop an independent research profile (4+ years).

Thomas Greb reposted

Thomas Greb reposted

Not that this passes without being noticed: The GreenRobust cluster of excellence is officially alive since Jan 1, 2026! Looking forward to at least seven years of exciting science in the field of plant ecology, molecular biology, agriculture and the combination of all these fields. Stay tuned!

Thomas Greb reposted

New preprint! SOSEKI polarity proteins are mechanoresponsive integrators linking growth and tissue mechanics during lateral root formation. Their polarity marks growth boundaries and reorganises in response to mechanical alterations —reshaping how we think about axis formation. tinyurl.com/28p7af2w