R-Synapse

@ruhrsynapse.bsky.social

Neuroscientist, human genetics @UK Essen Views are their own.

That’s a wrap on #ESHG2026! 🇸🇪 From engaging conversations at our poster sessions and a fantastic turnout at our Corporate Satellite Symposium to an energetic party at Kooperativet, thank you for making it an amazing week with #PacBio. Check out our full event recap video below!

L Snijders Blok. A pathogenic CCG repeat expansions in CHD3 causes Snijders Blok-Campeau syndrome via epigenetic silencing. Fantastic work and presentation. The work suggests a potentially unrecognised cause of NDD. Excited about the potential of lrGS. #eshg2026

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#eshg2026 Day 4: Johnny Bou, Paris on organoid data on MED12/MED13L neurodevelopmental effects • NPC transcriptome: opposite effects of different SNV and hypomorphic variants • microelectrode array (MEA) of differentiated iPSC confirms pathogenic alterations • more MED... genes disease relevant

#eshg2026 Day 3: Science communicators @jamesfasham.bsky.social, @aleenamolbio.bsky.social, @tomwrightuom.bsky.social share current knowledge and own behind-the-scenes tour of #scicom in #genetics

Mohamed Wafik@mo-wafik.bsky.social · 2mo ago

📢 Join us now at the #eshg2026 Social Media Workshop! 📱✨ 🎤 Interactive discussions, practical tips, and real-world strategies for using social media in genetics, genomics, education, and professional networking. @jamesfasham.bsky.social @aleenamolbio.bsky.social @tomwrightuom.bsky.social

🧬 Precomputed SpliceAI may need updating Reubena Dawes (Oxford) Updating transcript models and extending splice prediction distance (500bp) rescued 30 additional candidate splice variants in 7,221 NDD cases from the 100kGP, ⬆️ diagnostic splice findings by 11.7%. #ESHG2026

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#eshg2026 Day 2: Denis Hnisz, Berlin: genomic architecture of intrinsically disordered regions (IDR). HOXD13 repeat expansions, HMGB1 fs causing complex malformations in patients. Nuclei are mispartitioned at cellular level in several other gene's frame shift effects.

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#eshg2026 Day 2: Stephan Zürchner, Miami Miller Sch. of Medicine presenting detection of novel disease-associated #repeatexpansions. · population data: All of us 400k genomes · healthy group w/ expansions in FGF14, protective mechanism · pathogenic repeats through linkage analysis, founder effects

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