Musselman Lab(@MusselmanLab) 's Twitter Profileg
Musselman Lab

@MusselmanLab

Catherine Musselman is an Associate Professor @CUAnschutz. The Musselman Lab (https://t.co/bVwWPfI3bg) studies structural mechanisms of chromatin signaling.

ID:955538162897620992

calendar_today22-01-2018 20:30:25

858 Tweets

1,1K Followers

765 Following

Steve L. Bonilla(@Steve_Bonilla) 's Twitter Profile Photo

Excellent opportunity for exceptional postdocs planning to pursue an academic career! I participated in similar programs before going on the job market, and it was incredibly helpful for me. The deadline has been extended to March 25th. Please apply!

Excellent opportunity for exceptional postdocs planning to pursue an academic career! I participated in similar programs before going on the job market, and it was incredibly helpful for me. The deadline has been extended to March 25th. Please apply!
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Meg Filbin(@Meg_Filbin) 's Twitter Profile Photo

Headed to Discover BMB in San Antonio? Come check out our RNA & Gene Regulation Research at Primarily Undergraduate Institutions Interest Group in Saturday morning!
ASBMB, RNA PUI, Nikos Tsotakos, Katie Mouzakis, Dr. Angie Hilliker, Corina Maeder

discoverbmb.asbmb.org/program/intere…

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EpiCypher, Inc.(@epicypher) 's Twitter Profile Photo

Don't miss out! On March 14th at 12PM EST EpiCypher CSO Michael Keogh will present, 'Next generation epigenetic insight with fully-defined nucleosomes.' Register today: hubs.la/Q02lXzHb0

Don't miss out! On March 14th at 12PM EST EpiCypher CSO @GCloner will present, 'Next generation epigenetic insight with fully-defined nucleosomes.' Register today: hubs.la/Q02lXzHb0
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Michael Keogh(@GCloner) 's Twitter Profile Photo

Product of a collaborative project with the newly minted Dr. Chad Hicks PhD (huge congratulations to same !) : H2BK120 controls access to a hub of nucleosome engagement : the acidic patch. Cynthia Wolberger Chad Hicks EpiCypher, Inc. biorxiv.org/content/10.110…

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Musselman Lab(@MusselmanLab) 's Twitter Profile Photo

Full text now out! Fantastic collaboration with EpiCypher, Inc. showing that nucleosome context matters for histone PTM readout, and that patterns of PTMs function both through direct readout and through conformational regulation eLife - the journal Department of Biochemistry and Molecular Genetics Department of Biochemistry and Molecular Biology
doi.org/10.7554/eLife.…

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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

Closing is Remo Rohs presenting powerful AI methods, including Deep DNAshape to predict DNA structure from sequence using deep learning...and much more

Biophysical Society Meeting

Published just yesterday: nature.com/articles/s4146…

Closing is @RemoRohs presenting powerful AI methods, including Deep DNAshape to predict DNA structure from sequence using deep learning...and much more #BPS2024 @BiophysicalSoc Meeting Published just yesterday: nature.com/articles/s4146…
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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

A Zidovska NYU Physics shows exciting work proposing that chromatin behaves as a Maxwell fluid (MF) before differentiation but as a MF + Kelvin solid after. Euchrom activity is critical for organisation

Biophysical Society

doi.org/10.1103/PhysRe…
journals.aps.org/prx/abstract/1…

A Zidovska @NYUPhysics shows exciting work proposing that chromatin behaves as a Maxwell fluid (MF) before differentiation but as a MF + Kelvin solid after. Euchrom activity is critical for organisation #BPS2024 @BiophysicalSoc doi.org/10.1103/PhysRe… journals.aps.org/prx/abstract/1…
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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

Sofia Quinodoz Sofi Quinodoz describing her impressive work with brangwynnelab and Mitch Guttman developing powerful new tools to map nuclear condensates and studying condensate function

Biophysical Society

More here: doi.org/10.1016/j.cell…
doi.org/10.1016/j.molc…

Sofia Quinodoz @sofiquinodoz describing her impressive work with @brangwynnelab and @mitchguttman developing powerful new tools to map nuclear condensates and studying condensate function #BPS2024 @BiophysicalSoc More here: doi.org/10.1016/j.cell… doi.org/10.1016/j.molc…
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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

Next is Maria Mills from Mizzou using single-molecule magnetic tweezers to understand how Msm Topoisomerase I deforms the structure of DNA

Biophysical Society Meeting

More here: cell.com/biophysj/fullt…

Next is Maria Mills from @Mizzou using single-molecule magnetic tweezers to understand how Msm Topoisomerase I deforms the structure of DNA #BPS2024 @BiophysicalSoc Meeting More here: cell.com/biophysj/fullt…
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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

We now have Anupam Mondal from Anatoly B. Kolomeisky group at Rice University presenting theoretical predictions of an important role for nucleosome breathing: facilitating targetting by pioneer transcription factors

More here: pubs.acs.org/doi/abs/10.102…

We now have Anupam Mondal from Anatoly B. Kolomeisky group at @RiceUniversity presenting theoretical predictions of an important role for nucleosome breathing: facilitating targetting by pioneer transcription factors More here: pubs.acs.org/doi/abs/10.102…
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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

Ritika Gupta Ritika Gupta from Priya Banerjee presents super cool work in collaboration with Emma Morrison and The PotoyanGroup on the thermoresponsive behaviour of mononucleosome condensates and the viscoelasticity of tail/DNA condensates

Ritika Gupta @ritika42sps from @BanerjeeLab_UB presents super cool work in collaboration with @EAMorrisonLab and @potoyangroup on the thermoresponsive behaviour of mononucleosome condensates and the viscoelasticity of tail/DNA condensates
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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

Second is Emma Morrison Emma Morrison discussing their work on phase separation of nucleosomes and how charge-modulating H3 modifications regulate it

More here: doi.org/10.1016/j.bpc.…
and stay tuned for exciting new work systematically probing H3 coming up soon 🔥🔥🔥

Second is Emma Morrison @EAMorrisonLab discussing their work on phase separation of nucleosomes and how charge-modulating H3 modifications regulate it More here: doi.org/10.1016/j.bpc.… and stay tuned for exciting new work systematically probing H3 coming up soon 🔥🔥🔥
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Multiscale Genome Organisation(@MGO_BPS) 's Twitter Profile Photo

First is Mario Halic HalicLab, discussing their cryo-EM work on how Oct4 binds nucleosomes forming dynamic complexes. Histones and their modifications emerged as crucial regulators

Multiscale Genome Organisation Biophysical Society meeting

More here:
nature.com/articles/s4158…

First is Mario Halic @LabHalic, discussing their cryo-EM work on how Oct4 binds nucleosomes forming dynamic complexes. Histones and their modifications emerged as crucial regulators @MGO_BPS @BiophysicalSoc meeting More here: nature.com/articles/s4158…
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Michael Keogh(@GCloner) 's Twitter Profile Photo

Fantastic collaboration with the Musselman lab that shows why those pesky histone PTMs don't always appear to play together : been looking in the wrong place / way : Nucleosomes don't just CARRY the tails - they regulate their use ...

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Scott Rothbart(@RothbartLab) 's Twitter Profile Photo

Excited to be co-organizing the 2024 Van Andel Institute (VAI) Epigenetics Symposium July 8-10. This year's theme will be 'Cancer Epigenetics' with keynote lectures from Drs. Kristian Helin and Steve Baylin. vai.org/event/vai-epig…

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