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Diorge Souza
@diorge_souza
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Structural biochemist and evolutionary microbiologist 🇺🇸 @BrandeisU / @MIT. Formerly 🇬🇧 @MRC_LMB / @UCL / 🇧🇷 @USPonline / @UnB_oficial
Waltham and Cambridge, USA
Joined April 2017
RT @lab_baum: 🎉 Finally out! 🎉 Thrilled to share our work on the evolution, structure and membrane remodeling of Asgard ESCRT-III proteins!…
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@lab_baum @RouxLab @jespadas91 @sami_chaaban Also had the pleasure of collaborating with the incredible Edmund Moody, @tweethinking, Tomo Hatano, and @SPOREMOHAN. Check out the original preprint thread here:
We're thrilled to share our new preprint: "Evolutionarily Conserved Principles of ESCRT-III-Mediated Membrane Remodeling Revealed by a Two-Subunit Asgard Archaeal System."
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RT @Archaeon_Alex: This story started 5y ago with my lab. Spearheaded by fearless 1st authors @theopi and Olivia Leland. Theopi is now a Ph…
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@bengeliscious @biozentrum @snsf_ch @FlorentWaltz One of the most impressive pieces of work in a long time… congrats to you and all the authors!
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RT @thelowlab: Wonderful work by @Michohl1980 and @EmmaJBanks probing how the bacterial Tad pilus system motor powers both pilus assembly a…
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Very cool work on Vipp1, ESCRT-III bacterial homologues, forming spirals, polygons, rings... Congrats to all authors involved!
Swirly🌀 high-speed AFM of the Very Important Protein (protector of photosynthetic membranes everywhere)!Rings, Rods, Spirals, Polygons… I’m continually amazed by the range of shapes VIPP1 adopts. ESCRT-III proteins are crazy🤩. Pleasure collaborating with you, Simon & Sichen!🤝
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RT @juanmagararc: 🧵 Excited to share our latest preprint on bioRxiv: "Actin Dynamics Sustain Spatial Gradients of Membrane Tension in Adher…
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RT @lab_baum: Excited to unveil our productive collaboration @lab_baum @RouxLab, featuring 3 co-first authors @diorge_souza, @jespadas91, a…
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