Latest #CDlab news
View #CDLab on Twitter Latest #CDlab paper in @NatureComms! https://t.co/jeHLOOrg6V Here, Sabrina Meindlhumer shows control of Min protein patterns by a hydrodynamic flow: patterns moving with òr against the bulk flow direction – consistent with modeling by Fridtjof Brauns, Rudi Finžgar @PhysOfLifeLMU https://t.co/TprFEbfLV8



.@Nature’s pick of 7 technologies to watch in 2023: https://t.co/ob7yO7ZVRY Number 1 on the list: Single-molecule protein sequencing! Highlighting recent work by @Edward_marcotte, @MellerLab, and our #CDlab
Latest #CDlab paper out now in @TrendsMicrobiol:
A review of the status quo of the exciting Cdv cell-division machinery in archaea (the archaeal variant of the eukaryotic ESCRT), written by PhD student @abejota94 and myself: https://t.co/MoZ3oQIx0L https://t.co/cmeMLWQR4I



Big congrats to #CDlab graduate @AlessioFragasso on winning a NWO Rubicon grant for research on uncovering the biophysical principles that govern the interaction between cells and antimicrobial peptides at the @JacobsWagnerLab at Stanford! https://t.co/usLoIxRIbx
Big congrats to #CDlab graduate @AlessioFragasso on winning a NWO Rubicon grant for research on uncovering the biophysical principles that govern the interaction between cells and antimicrobial peptides at the @JacobsWagnerLab at Stanford! https://t.co/usLoIxRIbx
@TismaMilos just sent you my personal Merry Christmas wishes per email, with a highlight #CDlab picture from the past year 🙂 https://t.co/I1PWCdn0oa



My first first-author paper from the #CDLab is out today at @CellRepMethods! We developed protocols for isolation of deproteinated megabasepair long DNA which we then use for ‘Genome-In-A-Box’ biophysics experiments! Thanks to @AnthonyBirnie and others involved! https://t.co/A0Wt9Q3t12
New #CDlab paper in @CellRepMethods: https://t.co/SuT4mCm47Q Here, @martinholub_ & @AnthonyBirnie et al developed protocols to take a genome from a bacterium, strip it from its binding proteins, and use it for ‘Genome-In-A-Box’ biophysics experiments on megabasepair long DNA! https://t.co/EdyLoRP0lG



we updated the ‘cover gallery’ on our #CDlab website: https://t.co/wHjo62znWR
Latest #CDlab paper online in @NanoLetters: https://t.co/Aczn8Il7Uz 1st author @chenyuwen_Nano developed orientation-locked DNA origami for enhanced EOF and stable trapping of single small proteins in the NEOtrap The work is a great collaboration between @sciSonja and our lab! https://t.co/NO96iMIVOh



#CDlab sinterklaas was great again:
lots of fun with teasing poems, weird wrappings (e.g. my present was cast in agarose gel;), even music and video games as assignments, and more https://t.co/fSnZZIBChg



Read all about it in our preprint: https://t.co/Fewz0D6Xws Credits to #CDlab members @MembraneMachine, Sabrina Meindlhumer, @RomanBarth2, AlessioFragasso 6/6 https://t.co/ls4XMzf01A



New #CDlab paper online at @biorxivpreprint: https://t.co/Fewz0D6Xws Here @MembraneMachine shows that the protein Dynamin A can act as division machine to split a dumbbell-shaped liposome into two daughter vesicles! 1/ https://t.co/VkurLPhAU7



Latest #CDlab paper now at @acsnano: https://t.co/970ECMFtoA Here, we show that we can controllably make dumbbell-shaped or (the inverse of that:) stomatocyte-shaped liposomes. And we then study protein (FtsZ, DynA,..) bindings at their necks. Joint work with @CG_Martini lab! https://t.co/eVkiL7ZwYH



We now put a new #CDlab paper on @biorxivpreprint where we use our recently introduced nanopore single-protein scanning method (see here https://t.co/alYHO8GVmt ) to detect single PTMs within single molecules: https://t.co/w6QOq4GE1c 4/ https://t.co/C9gzEHyIXI



Latest #CDlab paper on @biorxivpreprint https://t.co/xGjjHfUImy Here, @MembraneMachine engineered ssRNA tile filaments for (dis)assembly and membrane binding, providing a toolbox for folding cytoskeletal systems made of RNA that can be transcribed in natural or synthetic cells. https://t.co/RfjulywHSA



Today, at last, we published a paper where we resolve this question on how SMCs deal with obstacles bound to DNA – yielding lots of surprises! https://t.co/Ym4U77EQ89 Superb experiments by postdoc @BisLightyear of our #CDlab, in collaboration with Jan-Michael Peters et al. 1/7 https://t.co/1AyF5UN4BQ



WORK! An opening for a PhD student (or postdoc) for research on synthetic cell division in a collaboration between the labs of @gijsjekoenderi1 and my #CDlab: https://t.co/yY8j0q4ITr
Our research lines
Our research ranges from the biophysics of DNA to synthetic cells and beyond.
More on our research linesOur team
View list of team membersOur biophysics lab hosts a very international group of researchers.
