Nataliya Safronova
@NataliyaSafric
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Biology, Music, Cinema. PhD @BCUBE_TUDresden
Dresden, Germany
Joined May 2018
RT @kevcannon520: Thrilled to announce that I have accepted an offer to become an associate editor within the structural biology, biophysic….
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RT @faldalf: We are building a quantitative imaging team @uniofwarwick @BMSatWarwick . ‼️3 postdoc positions open‼️.Join an interdisciplin….
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RT @faldalf: It's very exciting for me: .First opportunity to join my brand-new lab at the University of Warwick. You'll be working clos….
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RT @AnaisBailles: Very happy to share the first article from my postdoc work in the Tomancak lab! We studied the s….
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RT @osipovarev: New preprint! How have birds evolved to feed on mostly simple sugars? We found convergence in key genes and pathways across….
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It's out!!!.
@NataliyaSafric's manuscript dissecting lipidomic temperature adaptation in the Minimal Cell 🦠 JCVI-Syn3B is now published! Read below for a tweetorial of the original 👇 preprint👇 @James_Saenz @BCUBE_TUDresden @JCVenterInst @CellReports #lipidtime.
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RT @LabSaenz: @NataliyaSafric presents her latest preprint in #Graz for the @DGesFett International Symposium on Microbial lipids. dissecti….
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RT @LabSaenz: Here's the most recent version of the preprint:
biorxiv.org
Cell membranes insulate and mediate interactions between life and its environment, with lipids determining their properties and functions. However, the intricacies of how cells adjust their lipidome...
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Finally online!! The first big chunk of my PhD work with M. Mycoides and JCVI-Syn3B shows how these Minimal Cells remodel their lipids in response to temperature perturbation. These tiny organisms with minimal genomes offer us a glimpse into cell membrane adaptation principles.
Adapting to cold🥶☃️: Lipidomics of Minimal Cells! Our new study explores how simple organisms like Mycoplasma mycoides & JCVI-Syn3B alter their membrane lipids with temperature change @NataliyaSafric @James_Saenz @BCUBE_TUDresden @JCVenterInst #lipidtime.
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