How do genes communicate across long stretches of DNA? Join @leonidmirny (MIT) as he explores how rare cohesin bridges formed during loop extrusion may bring enhancers and promoters together—and reveals a new way CTCF can control these interactions! nyulangone.zoom.us/webinar/regi... #chromatin2026

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Everything you wanted to know about single-molecule epigenomics but were too afraid to ask! Wonderful to co-write (h/t ENORMOUS lift by @arnaudkr.bsky.social) this primer on our nascent field. Also, a 💯 example of wonderful colleagues building something *together*, not in competition =)

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your starter pack for Single Molecule Genomics! Why you should do it (or not) - How you should do it. Collective effort with @vram142.bsky.social @stirlingchurchman.bsky.social @naltemose.bsky.social A Stergachis M Stadler W Greenleaf @embl.org rdcu.be/PmzSEV529GRa

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New preprint from the Heard Lab and the Marti-Renom lab! 🧬 We show that X-inactivation escapee domains form distinct chromatin compartments independently of CTCF and cohesin. www.biorxiv.org/content/10.6...

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New animation of Zinc Finger transcription factors binding DNA. My favorite TF family. 👀 Excited to share more at the #EMBLTranscript Conference next week! - Rendered in Blender with #MolecularNodes

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