PhD on Theory of Physical Learning @TU_Munich. Uncover how flows transport and process information to learn complex tasks by developing theoretical models of learning in Physarum or synthetic flow networks. #PhDposition#academicjobs https://t.co/BqLuqG5cKO
So proud of my Mom @TyeBik who just gave this talk at the @cshlmeetings@CSHL at the Eukaryotic DNA replication meeting in 2025. This animation she made w my tech guru cousin Se Wai Lee star in is SO EFFECTIVE. I instantly get it!! Funny and educational for the win 🙌
New paper! New domain!
Fun30 needs SAM-key domain for nucleosome remodelling & DNA-stimulated ATP hydrolysis 🧬
This project developed in parallel to our lab, back in early days. Happy we could contribute 😊
PS. Thank you neighbours @PfanderLab for all the help over the years
After many years in development🩸😓🥲 out now @eLife!
https://t.co/2d3nWeQgi3
Are you struggling with how to analyze, organize and share your single-molecule data?
We were too, so we developed Mars, an open-source platform for processing and storing biomolecule records! 1/n
How is the separation of two DNA strands nucleated after the initiation of chromosome replication in eukaryotes?
We were curious too...
You can read about what we found here @Nature – a sneak peak👇
https://t.co/tu5B3DHtDC
1/4
🔬Denoising, restoration, segmentation: learn and practice state-of-the-art deep learning techniques for microscopy image analysis in life sciences with the new HT course by @jug_lab
Info and registration ➡️ https://t.co/6GvKMORyDm
Cohesin vs. Karl 📏
… back in… 2018 😅
Our 1st group meeting in a new seminar room with a new 📽 and a massive #cohesin
& very fitting for our new paper 🤓
(this gives us such #cover vibes, don’t you agree?📸📰)
🚨 OUT NOW @Nature 🤓
https://t.co/r9l5UhC4jX
Are you also fascinated by how our DNA 🧬 is neatly folded & organised? #MarieKondoYourDNA
Our new results offer further insights into this mind boggling process!
1/n
The research group of Danny Nedialkova @MPI_Biochem@TU_Muenchen@drewjbeh has developed mim-tRNAseq, a high-resolution method to quantify tRNAs in any organism @MolecularCell
➡️ https://t.co/Bv2snsFUW1
Latest #CDlab paper in @scienceadvances:
SMC complexes are not only DNA-loop extruders but can also induce a new type of phase separation!
https://t.co/raxbFl0sJ3
Check out this major surprise!
Great work led by postdoc @JeKyungRyu1 with #Uhlmann & @Dmichiel1#Marenduzzo
labs
Come and work in my lab, or in one of the other great groups in our institute! - 5 PhD positions on a really exciting project addressing a fundamental question in biology using methods including optical tweezers, TIRFm, MD and RNA analysis https://t.co/bPvDeMHOYP
Please RT! :)