Excited to share our new bioRxiv preprint on tissue repair! Discover how tissue regeneration bypasses growth restrictions using the JAK/STAT-PDK1-S6K axis. Explore the metabolic links between tumor growth and wound healing. We’d love your feedback! #DevBio#Metabolism#Tumor
Congratulations, @fischericke for successfully defending your PhD! 🥂🎉
Don't forget to swing by on UDOLM (Universal Day of Low Motivation) for some motivational tea with us❤️ We miss your presence in the lab already and wish you all the best for your future adventures.
Cancer is usually thought to be caused by permanent mutations in certain genes, but @classenlab explains how just temporarily disrupting silencing of gene expression in fruit flies can trigger a feedback loop that turns cells cancerous. https://t.co/kEpSWvY4ag
We hope that this work can contribute to our understanding of how our tissues stay healthy and how our bodies fight off diseases. Thank you for tuning in! 9/9
Cell surface proteins like Robo2 and Robo3 play a role in IFS, which is specifically activated by aberrant activation of fate specifying pathways including oncogenic RasV12. Robo2 and Robo3 do not play a role in classical cell competition models tied to metabolic fitness. 8/9
Congratulations, Jonas🍄, on successfully defending your bachelor's thesis!🥳 Wishing you all the best for your future endeavors! 🎓🌟 #ThesisDefense#Congratulations
Our lab day out was a blast🥳! Ice skating, bowling, and the delicious food left us buzzing with joy❤️. Looking forward to more fun times ahead!#labdayout#teamfun
Our PhD student @Freyna_STEM did a stellar job presenting @fischericke amazing work on Interface Surveillance at #EDRC2023. Please check out the preprint https://t.co/T3TNQ5FZ3x Kudos to Friedericke, Anna & team! 👏
Still buzzing from the vibrant energy at #EDRC2023 in Lyon! Engaging presentations, insightful discussions, and meeting brilliant minds - an enriching experience. Huge thanks to the organizers! Looking forward to #EDRC2025 🔬