🤝 Join the Open-ST community!
• Use our example data to test the pipeline
• Check our troubleshooting guide
• Share your experience
• Get support from other users
Open science in action! 🌟
🧬 Want to implement Open-ST in your lab?
We've published a detailed guide that takes you from tissue sections to 3D molecular maps
https://t.co/IrpTFnnoe9
💡 The protocol includes:
• Detailed experimental procedures
• Complete computational pipeline
• Quality control guidelines
• Example datasets to test your setup
• Interactive 3D visualization
🔗 All resources available at: https://t.co/r8pWAhjQry
The @N_Rajewsky lab at the #mdcBerlin has developed a spatial transcriptomics platform to reconstruct tissues in #3D with subcellular resolution. The platform will enable a deeper understanding of basic biology and of how diseases develop:
https://t.co/aUBVF8KI0O @CellCellPress
i am so excited about our open source inexpensive, sub-cellular capture, do-it-yourself Open-ST that transforms tissues into virtual tissue blocks in 3D - IDing pathways & gene programs driving phenotypes. a huge congratz to the team! https://t.co/UvyBdFGZRX
And it's out 🎉
Check out our updated paper & tweetorial on Open-ST, our DIY spatial transcriptomics method.
Many, many thanks to everyone involved in this huge & exciting project!
#OpenST#SpatialTranscriptomics
Terrific work, huge congrats Marie, Daniel, Elena, Pino, Nikos, Nikolaus and everyone involved!! Likely a game changer for many labs doing spatial omics 🚀🚀🚀
A spatial transcriptomics method that…
🧪is easy to use
🔬has high resolution
🪙is cost-efficient
🌍scales to 3D
Just in time for Xmas:
Open-ST, a end-to-end, open-source method that checks all boxes, from the @N_Rajewsky lab
📄Preprint: https://t.co/DJmkJSlCKH
🧵⬇️