Fun little puzzle…. Probabilities are hard man!

Proteiners adfærd kan nu spores med kunstig intelligens 👉betyder at forskerne med stor nøjagtighed kan forudsige, hvad proteinet er ’god’ eller ’slem’ til. Fx proteiner, der får kræft til at opstå. Mere om det nye IA-værktøj bit.ly/3zVEDFT #dkforsk 📸Københavns Uni

Check out this news article about the work of Søren S.-R. Bohr, Josephine Iversen and I on taking fingerprints of diffusing proteins with machine learning. Shoutout to the lab of Nikos Hatzakis lab and Wouter Boomsma for making the study a reality! sciencenews.dk/en/identifying…

I would like to thank Fulbright Denmark for supporting me in my Ph. D studies in the U.S! fulbrightcenter.dk/stories/2022/a…

Loops in chromosomes leave a distinct signature in Hi-C data. A new polymer model - a chain folded into loops - can be solved analytically, revealing otherwise invisible loops. Great teamwork: Hugo Brandao, Kirill Polovnikov Sergei Belan, Max Imakaev.

I am super excited to share our recent work in @naturechemistry on Single particle combinatorial multiplexed liposome fusion mediated by DNA (#SPARCLD) (1/4) nature.com/articles/s4155…

Did you know that it’s possible to map out an entire reaction rate network by single molecule #microscopy? Too see it done for insulin heximerization, check out our latest preprint by Freja Bohr from Nikos Hatzakis lab and Knud J. Jensen labs. Amazing work! 🔬🔬 shorturl.at/ehixN

Incredibly excited to share our paper ‘Somatic mutation rates scale with lifespan across mammals’ now published @nature. nature.com/articles/s4158… An illustrated & updated tweetorial… [1/24]

(1/6) our preprint biorxiv.org/content/10.110… is now out in Science Magazine science.org/doi/10.1126/sc… Using super-res live-imaging we show that CTCF/cohesin loops are dynamic (~10-30 min median lifetime), rare (~3-6.5% looped fraction), and we fully parameterize a TAD.

A sobering article. Any professors or students care to comment? Or anyone else with first-hand experience of college education in the past few years? nytimes.com/2022/05/13/opi…

We had such a fantastic time with my group (and 3 alumni) in Department of Chemistry, University of Copenhagen celebrating this year's papers in Nature Chemistry and Nature Communications with a BBQ and cocktails. I am so proud and thankful for each one of you !

Ever wanted to trap a viral capsid inside of a clathrin cage? A new Molecular Nodes tutorial on how to do just that inside of #blender3d and #geometrynodes. youtu.be/mq_8YCivVoY

Super excited to see our recent work out in Communications Biology .We developed a super resolution method #REPLOM for real time observation of heterogeneous protein aggregation and extraction of heterogenous growth kinetics. Great collaboration with FoderàLab nature.com/articles/s4200…

Kudos to Min Zhang, for relentlessly driving this through over 2 years of intense work, and also Xin Zhou, Henrik Dahl Pinholt, Søren Bak, Luca Banetta and Alessio Zaccone 🇺🇦 . work was done at Department of Chemistry, University of Copenhagen and Funding from Lundbeckfonden and Villum Fonden Science at VILLUM

(1/n) How do active processes affect chromatin folding, and how does this compare to passive, affinity-driven polymer folding? New preprint out 👉biorxiv.org/content/10.110… with Andriy Goychuk, Arup K. Chakraborty, and Mehran Kardar and first paper of my PhD MIT Physics 🧬

Fresh online at #bioRxiv! A scaling argument to make sense of chromosome structure, dynamics, and mechanics biorxiv.org/cgi/content/sh… (1/11)

It took Sergey Ulyanov and I a while to shape fountains, a novel type of chromatin architecture. Here is our story of pioneering factors binding (Daria Onichtchouk) and the loop extrusion (Leonid Mirny) working together. (can you tell that I’ve been into fishkeeping since I was six?)

Amazing what beautiful phenomena emerge when one manages to successfully label a new protein!

1/ My work on epigenetic memory with Leonid Mirny, Dino Osmanovic is out Science Magazine! science.org/doi/10.1126/sc… How can *stable* memory be encoded in patterns of *dynamic* epigenetic marks? We find 3D folding of genome can stabilize memory, if 3 ingredients are present...