Exploring life at the nanoscale
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
