Kerstin Göpfrich
@KGoepfrich
Professor @ZMBHh @UniHeidelberg & @mpi_mr_hd. We engineer a synthetic model cell from scratch with lipid vesicles and DNA/RNA origami-based molecular hardware.
ID:2849703191
https://goepfrichgroup.de/ 29-10-2014 12:22:42
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A collaborative study from our fellows Kerstin Göpfrich, AdaCavalcanti and Joachim Spatz, brought together by our student Sunnatullo Fazliev to better understand actin organisation and establishing cell polarity
🧬👏🏼🧪
sciencedirect.com/science/articl…
Our oxDNA and oxRNA /oxRNA models are still not fast enough to capture the timescales of bulk self assembly or large nanostructure folding.A new model (ANNaMO) developed with F.Guerra,Lorenzo Rovigatti,floppleton.bsky.social is a step towards more coarse representations of DNA/RNA
doi.org/10.1063/5.0202…
In a study led by Filip Boskovic we examined how the electrophoretic transport of RNA:DNA and DNA through nanopores depends on the contour length rather than the number of base pairs. Nice blend of experiments and simulations! AksimentievLab ACS Nano 🧬🕳️⚛️ Cambridge University
Science community is rallying behind a multibillion-dollar project to better understand DNA’s overlooked cousin. The RNA Institute
science.org/content/articl…
I am extremely happy to share our new paper: We functionalize lipid vesicles with polysaccharides and show that they can reduce lipid vesicle stiffness! PNASNews Harvard SEAS Huge thanks to our collaborators Laura Arriaga and KnowlesLab Cambridge pnas.org/doi/10.1073/pn…
🚀 Thrilled to announce our stellar speaker line-up for ArtBio 2024! Join us for 3 days of talks on synthetic cells, DNA tech, active systems, and more! 🧬🧫🎨
Early bird registration still open! 👇events.au.dk/artbio2024/sig…
More info 👀events.au.dk/artbio2024/con…
#ArtBio2024
Thanks for visting the Alliance today Petra Olschowski.
sanad abomokh gained valuable insights through short lectures and hands on lab experience.
Olschowski showed enthusiastic support for the inter-institutional work of the Alliance.
#research #lifescience
Our new paper in Angewandte Chemie on ultralong flippers drives mechanosensitive photophysics to the extreme and shows why precise topological matching on the single leaflet level matters most for operational probes in membranes
onlinelibrary.wiley.com/doi/epdf/10.10…
Our new paper 'Inverse design of a pyrochlore lattice of DNA origami through model-driven experiments' is just out in Science Magazine ! We use multiscale modeling and optimization theory to realize one of the main goals of colloidal self-assembly, the pyrochlore lattice.🧵1/7: