Thank you @intel @nyuniversity @riken_en @energy @ellenpage @cnet @WileyOpen 🙏💕
A world first: @KarissaScience lab which includes alumna @AnnaLappala has created the first billion-atom biomolecular simulation bit.ly/2W594W6 @LosAlamosNatLab @LucyCavColl #DNA
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Karissa Sanbonmatsu retweeted
Jane Goodall has died at 91. Her startling observations about chimpanzee behaviors revolutionized not only scientific understanding of the capabilities and inner lives of primates, but also long-held notions about what it means to be human. wapo.st/42jMe1f
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Karissa Sanbonmatsu retweeted
CALVADOS-RNA
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Karissa Sanbonmatsu retweeted
A run-time cheat sheet of The time complexity of 10 popular ML algorithms in a single frame.
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Karissa Sanbonmatsu retweeted
I'm happy and humbled to take on a new role with @buildmodels . I'll be continuing @dsgoodsell's work on the Molecule of the Month, starting with my first article on Assembly Line Polyketide Synthases! Check it out (animation included!) pdb101.rcsb.org/motm/301
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Karissa Sanbonmatsu retweeted
Dynamic mitochondrial network at work The purple/pink squiggles are mitochondria, the big green blob is the nucleus, a gene repository brought to life and epigenetically regulated by mitochondrial signals cell.com/action/showPdf?pii=… Video by @MAG2ART
Dylan Burnette
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Karissa Sanbonmatsu retweeted
High-throughput expansion microscopy takes shape. elifesciences.org/articles/9…
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I'm also very happy to announce that @ludovic_autin will be continuing the cell modeling work, so stay tuned for exciting developments on his profile. For example, take a look at the Mesoscale Explorer molstar.org/me/
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Karissa Sanbonmatsu retweeted
#ncRNA molecules are stranger than you think. We propose that OLE RNA is bacteria's functional mimic of #mTOR. The Das lab at Stanford proposes OLE RNA penetrates cell membranes! They also find that RNAs we called ROOL and GOLLD form 8-membered nanocages. biorxiv.org/content/10.1101/…
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Karissa Sanbonmatsu retweeted
Pleased to share our new article "Direct testing of natural twister ribozymes from over a thousand organisms reveals a broad tolerance for structural imperfections" out in @NAR_Open academic.oup.com/nar/advance…
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Karissa Sanbonmatsu retweeted
That’s a wrap. The past 3 days #NYCISB24 had hands-on workshops, engaging talks and stimulating discussions on integrative structural biology. Hope to see everyone in NYC next fall.
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Karissa Sanbonmatsu retweeted
Session 3 of #NYCISB24 continued covering algorithms, computation and automation opportunities in integrative structural biology with speakers @KarissaScience, @sonyahans, Kexin Zhang, @ZichenWangPhD, Zach Johnson & @helloanum .
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And our work on the activation of automethylated PRC2 by dimerization on chromatin has just been published in @MolecularCell. Congratulations @paulvictorsauer, Egor, @poepsel_lab and everyone else who contributed to this work! cell.com/action/showPdf?pii=…
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Karissa Sanbonmatsu retweeted
Check out the movie that summarises our papers out now in @MolecularCell piped.video/watch?v=atLsplJ_…🧬🎞️
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Karissa Sanbonmatsu retweeted
Amazing talk by @jgezelle at #RNA2024. she presented her work on a new viral exoribonuclease-resistant RNA structure. Preprint coming soon! #proudPI
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Karissa Sanbonmatsu retweeted
Why not include the rest of the cell in your next membrane simulation ? Check our current opinion on "Modeling membranes in situ" sciencedirect.com/science/ar…
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Karissa Sanbonmatsu retweeted
Celebrating Sam Sternberg’s promotion to associate professor with tenure with style and a truly remarkable talk. We are all inspired ⁦@ColumbiaBiochem⁩ !!!!
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Karissa Sanbonmatsu retweeted
I am delighted to share the newest work from the @SternbergLab, in which we discover RNA-templated gene creation as a mechanism of antiviral immunity. This is a story for anyone who loves molecular biology, and one that repeatedly left us in disbelief. doi.org/10.1101/2024.05.08.5…
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