How are cell-cell interactions governing successful metastatic colonization in the liver? Have a look at our new paper in @nature that introduces an in vivo proximity screen to functionally test cellular interactions in a high-throughput manner. https://t.co/oWFn3Hfj8M 🧵
Running AI agents has become easy. Observing them is the hard part.
Let one run 24/7 for days and your terminal becomes a wall of scrollback no human can ever read. We don't know what it actually did, where it stalled, or whether it quietly went off the rails.
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New paper! How do RNAs "know" where to go inside a cell? We dug into the sequence elements that route RNAs to the right place. It turns out that, in mammals, they're surprisingly massive (>200 nt), multipartite, and wonderfully complicated. 🧵
🤩 spatial panoramic in vivo CRISPR screen via Perturb-DBiT 🤩 Excited to share our collaborative work with @sidichen lab and many outstanding collaborators, now published in Nature Biotechnology!
https://t.co/swMT8pJajh
🚨 Today in @Nature, we report GEMINI—a genetically encoded intracellular memory device that writes cellular dynamics into tree-ring-like fluorescent patterns within cytoplasmic protein assemblies.[1/n]
https://t.co/eVchPCiK6f
My postdoc paper has been published! I would like to thank Andreas, Erkin, Vatsi, Farah, and all other members in Moor lab for their invaluable contributions. We conducted a localized RNA mapping study at the subcellular level
🚨Job alert 🚨We are recruiting a Research Technician, primarily with skills in molecular and cellular biology. Come join us in Basel, Switzerland! More info at: https://t.co/6KHkKJXx14
Simulating Organogenesis in #COMSOL: Tissue Patterning with Directed Cell Migration
👉 detailed walkthrough of how to implement #DCM partial integro-differential equation models
👉 accessible simulations of tissue patterning and morphogenesis.
https://t.co/xlN0bcTc6q
Happy to share our new preprint: Subcellular mRNA localization patterns across tissues resolved with spatial transcriptomics: https://t.co/ejJMnMaYQF
We utilize VisiumHD to extract intra-cellular mRNA polarization patterns in epithelial tissues.
Excited to announce MIRIAD — a large-scale dataset of 5,821,948 medical question-answer pairs, each rephrased from passages in the medical literature.
Great collab with @QueyJ, @salmanabdullah_, @samarthrawal, @cyrilzakka, @SophieOstmeier, Maximilian Purk, @edreisMD, @EricTopol & @jure!
Page: https://t.co/ytNC6LMdEq
Dataset: https://t.co/DngyhY7PMe
Preprint: https://t.co/8ENTcnWOkl
Code: https://t.co/FDarV7ywns
Demo: https://t.co/s1IDqUocmT
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My lab at ETH has an opening for a Scientist in Antibody & Nanobody Drug Discovery (workspace in Basel, Switzerland): https://t.co/mfm7PpHJEj Please apply if suitable or RT, thanks!
My lab is moving to @ETH_en@ETH_BSSE in Feb 2025! I am very excited for the new start :) and very grateful for all the support from @HelmholtzMunich@PioneerCampus, and all the hard work of my lab members in the past 5 years! 🫶 More updates soon!
Checkout new paper from our lab in @NatureGenet link: https://t.co/fnwrbuieIz We mapped pancreatic cancer ecosystems across primary tumors and metastases using spatial transcriptomics on matched samples . @2AteeqKhaliq@BasselElRayesMD@IUCancerCenter
How are cell-cell interactions governing successful metastatic colonization in the liver? Have a look at our new paper in @nature that introduces an in vivo proximity screen to functionally test cellular interactions in a high-throughput manner. https://t.co/oWFn3Hfj8M 🧵