Cambridge, MA
Joined November 2018
CryoEM Center at MIT.nano retweeted
Replying to @AGhanbarpour
@AGhanbarpour is at it again with another beautiful #cryoEM preprint on the AAA protease ClpXP. His structure newly reveals how the SspB adapter protein delivers substrates for degradation. Great collab w\ Sauer & @taniamitclper labs! Details of our 3 key insights follow 1/n.
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CryoEM Center at MIT.nano retweeted
Congratulations @TalyaLevitz! Thanks for your hard work here!
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Graduate student Ellen Zhong helped biologists and mathematicians reach across departmental lines to address a longstanding problem in electron microscopy. “Collaborations between disciplines are the future,” says Bonnie Berger, one of her mentors. mitsha.re/oDh750FlO6E
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CryoEM Center at MIT.nano retweeted
MIT.nano recently launched a new pilot program, START.nano, to support hard-tech ventures in their early stages. Seven companies with nanoscale technologies at the core of their business have been accepted. Read more! news.mit.edu/2021/mitnano-la… #nanoscience #startups #research
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Aquilos ~1.5 upgrade in progress, halfway from generation 1 to 2. Will the Krios be able to collect tilt series as fast as we can make lamellae? @thechaolab @aschuller17 @thermosciEMSpec
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CryoEM Center at MIT.nano retweeted
Join us tomorrow at 11:30 a.m. ET via livestream for the first lecture in our new series: "COVID-19, SARS-CoV-2 and the Pandemic." You'll hear from Professors @youngricka and Facundo Batista, as well as guest speaker @brucedwalkermd. Details: bit.ly/3gpMfpt
CryoEM Center at MIT.nano retweeted
“Our team at MIT.nano, which is our second home, and a place where we image our proteins with electron microscopes under cryogenic conditions. The white wardrobe-looking piece is a powerful electron microscope inside of an enclosure!” —@kbrogala @MITcryoEM @mit_nano
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CryoEM Center at MIT.nano retweeted
mTORC1 is a master regulator of cell growth. A study led by @kbrogala in @DMSabatini’s lab refines the model of how mTORC1 binds the Rag-Ragulator complex and docks with the lysosome, where it can become activated. ow.ly/OKk050wGYav @MITBiology @ScienceMIT @HHMINEWS
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Setting free a crated Chameleon in @MITBiology Thank you Drennan Lab, HHMI, and TTPLabTech.
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CryoEM Center at MIT.nano retweeted
Many thanks to @thermosciEMSpec and @MITcryoEM for a fantastic workshop on #CryoEM in Drug Discovery and the opportunity to participate in the #outsourcing roundtable. A great day of science and conversations! #CRO #Krios #Pharma #microED ow.ly/bl2k50s1aVs
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CryoEM Center at MIT.nano retweeted
.@techreview talked to @aschuller17 and other Schwartz lab researchers about modeling, building, and repairing things at an atomic scale inside the @MITcryoEM facility: bit.ly/2HdsrWN
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CryoEM Center at MIT.nano retweeted
We've got a new #3Dprinted toy to teach newcomers how to clip a #CryoEM grid @VictorChangInst
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Join us at the Cryo-EM in Drug Discovery Scientific Symposium on April 23 in Cambridge, MA to highlight our successes and discuss bottlenecks #CryoEM #DrugDiscovery ctt.ec/aE_0I+
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While in town to play the Celtics, the @SacramentoKings stopped by to tour our new MIT.nano building. mitsha.re/MkOb30o2chy Photo: Tom Gearty/MIT.nano
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Sacramento Kings in town to collect on the Krios at MIT.nano? Since we are still working the scope SATs they’ll have to play the Celtics instead. Maybe next time.
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Recovered SF6 from the old HT tank today. Keeping things moving with the Krios one day at a time, something new everyday.
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CryoEM Center at MIT.nano retweeted
Meet Prof. Joey Davis @jhdavislab. He studies how cells maintain a delicate balance of assembling and dismantling their own machinery, using the new state-of-the-art microscopes @MITcryoEM. Watch the full video: bit.ly/2L8RLyM
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CryoEM Center at MIT.nano retweeted
First #cryoEM grids going in our new Talos Arctica today! @MITcryoEM
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