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Nicholas M. I. Taylor Lab

@NMITaylorLab

We are a #StructuralBiology lab @uni_copenhagen fascinated by #MolecularMachines involved in transport. #CryoEM #MembraneProteins – Tweets by lab members
Copenhagen cpr.ku.dk/research/prote… Joined May 2020
277 Following 1.4K Followers 278 Posts

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Nicholas M. I. Taylor Lab @NMITaylorLab
Happy to announce our new project with @AHarms485 and @IanofBristol on engineering phages for mitochondrial engineering, in an ARIA funded consortium led by @mito_gene. Welcome to Ruta Prakapaite who takes up a postdoc shared between Alexander's and our lab! 🥳
Alexander Harms @AHarms485 Sep 9
New project in the lab - engineering phages as tools to manipulate mitochondria! We are teaming up with Ian Collinson @IanofBristol and Nicholas Taylor @NMITaylorLab in an ARIA-funded consortium led by Michal Minczuk @mito_gene. PostDoc Ruta Prakapaite is ready to go! 🧬🪄

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Nicholas M. I. Taylor Lab @NMITaylorLab
Excited to share our new paper on a Salmonella contractile injection system, out now in @NatureComms! Congrats to first author @Rooshanie Ejaz and @CloudyKielkopf, @freddie__martin, @HangryHobbit, @RebrovaEva, great collab with @Salmo_Lab #cryoem tinyurl.com/5n7dybvy
www.nature.com Structure of a contractile injection system in Salmonella enterica subsp. salamae Nature Communications - Contractile injection systems (CISs) are nanomachines that inject proteins into target cells. Here, the authors resolve the atomic structure of a CIS in the opportunistic...
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Nicholas M. I. Taylor Lab @NMITaylorLab
Exited to share that our RBPseg paper has just come out in @ScienceAdvances. Huge cograts to first author @VKleinSousa and co-authors @AritzRoa, @CloudyKielkopf and @sofos112
#phage #cryoEM #ArtificialIntelligence @UCPH_CPR science.org/doi/10.1126/sc…
www.science.org RBPseg: Toward a complete phage tail fiber structure atlas RBPseg enables accurate modeling of tail fiber structure, providing the first comprehensive tail fiber structure atlas.