Cryo-EM @ Harvard Medical School
Two core facilities currently available to qualified researchers in the HMS community
B04 & B032 Seeley G. Mudd, 250 Longwood Ave, Boston MA 02115
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Follow us at Twitter.com/HC2EM
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Congratulations to talented postdoc Humayun and graduate students Bobby and Andrew! Good job, guys! I am proud of you! t.co/ksiO5jjOgW
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A new #SciencePerspective takes a closer look at how #SARSCoV2 first adapted in humans. Read more: t.co/eNHY1GbYPa t.co/kyzyBDCWTg
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Pls RT: Want to help build a supportive #labculture with a super talented team? We're looking to hire a Lab Manager/Sr. Scientist. Apply here or DM me: t.co/eL24aO49Na #cryoEM #TIRF t.co/Rriz6y2Hkv
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How to build a proteasome... NVs by Edward Morris & Paula da Fonseca highlighting a recent study by John Hanna & co reporting two CP assembly intermediates t.co/1vQOvbRno5 t.co/cNTGsPS7Ni
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Congratulations to @ShiyuXia @jianbin_ruan and others for spearheading the gasdermin D (GSDMD) project that was a difficult "nut" to crack😀, t.co/HNMTv0tcdc. GSDMD forms a fantastic pore that executes pyroptosis and allows secretion of mature IL-1 and IL-18. t.co/im42sQTah8
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Please check out "the channel on fire" - New models of gasdermin D (GSDMD) pore formation and interleukin-1 (IL-1) release. t.co/7xonIkE7lY
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In @NatureSMB: Using a technique called cryo-electron microscopy, researchers from @BrighamWomens and @HarvardMed visualized two unique proteasome intermediate structures. t.co/rXOtvL0HQK
