Filippo Caschera

@stjle.bsky.social did:plc:nbadmwzrufn732pujbx5txk4

Synthetic Biology, Artificial Cells, Amphiphile Systems, Machine Learning, Cell-Free Protein Synthesis: Italy, Denmark, Japan, USA, France, Germany, UK. Cell-Free Protein Synthesis consultant https://scholar.google.com/citations?user=u6OhA2oAAAAJ&hl=en

Bei Bluesky seit 17 Dezember 2024

Follower: 170
Folgt: 232
Posts: 153
Tage in Ranglisten: 0

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Filippo Caschera (@stjle.bsky.social) ist seit 17 Dezember 2024 auf Bluesky. Das Konto hat 170 Follower, folgt 232 Konten und hat 153 Posts veröffentlicht.

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Olivier Borkowski@oborkowski.bsky.social04.11.2026 04:21
Transcription Terminators with Context-Dependent Promoter and Terminator Activities doi.org/10.1021/acss...
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Proceedings of the National Academy of Sciences@pnas.org04.11.2026 04:21
How can researchers scale up tiny blood vessels for tissue engineering? New research from National Academy of Engineering member and PNAS Nexus Associate Editor Cristina Amon and colleagues shows how computational fluid dynamics can guide bioreactor design. In PNAS Nexus: https://ow.ly/AeRB5103rC1
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Arc Institute@arcinstitute.org23.10.2026 05:39
Much of the functional biology encoded in genomes remains hidden in noncoding DNA. In a preprint out today, Patrick Hsu and team introduce COMPASS, a genomic language model-based approach to systematically map this underexplored sequence space.
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plasmidsaurus@plasmidsaurus.bsky.social21.10.2026 03:59
When we say sample to discovery, this is what we mean. We send back results you can act on: volcano plots & pathway enrichment for RNA-Seq, species-level breakdowns for microbiome samples, annotated plasmid maps & alignments. Explore them interactively, then download publication-ready figures.🦖
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Nature Communications@natcomms.nature.com17.10.2026 17:59
#Vaccines Scientists overcome key barrier to self-amplifying RNA vaccines They found a way to overcome cell’s natural defences against mRNA vaccines, allowing them to produce more of their target protein This could enable protection at lower doses @maillardlab.bsky.social
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