PhD in SynBio at MPI-TM, Researcher at prof. H. Niederholtmeyer group, TUM-CS
| Microfluidics | Cell-free systems | Biomolecular Condensates
🇱🇹 - 🇩🇪
Aukse Gaizauskaite
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You can also find an audio summary of this paper: sciencecast.org/casts/9admen...
New from us in @pnas.org :
We considered the limits of condensate diversity, and engineered DNA droplets to form 9 distinct, homotypic, coexisting phases. Very hard to do this except with nucleic acids. Probably you can make more than 9. (1/3)
Why do intrinsically disordered proteins appear larger than they are in SDS-PAGE? We investigate how sequence properties affect SDS-PAGE mobility using synthetic IDRs.
Conclusion: We need to consider both SDS binding and the compaction of protein-SDS complexes.
www.biorxiv.org/content/10.6...
Roses are red
Violets are blue
If you fall in love with your hypothesis
You’ll be biased to prove it true
🧪
The latest QS World #UniversityRankings by Subject place us among the world’s top 20 universities in #engineering & technology, as well as #NaturalSciences: go.tum.de/261445 👏
#QSWUR
📷A.Heddergott
PhD position in the Niederholtmeyer Lab (Straubing Germany) on feedback control of dynamic condensate assembly and disassembly
edu.nl/7v364
Deadline: 26/04
@hniederho.bsky.social
#SynCell #SyntheticCell
New preprint from @hniederho.bsky.social lab: 'Tardigrade-Derived Strategy for Low-Cost Storage of Cell-Free Expression Lysates' www.biorxiv.org/content/10.6...
Never underestimate the value of small discoveries and "happy accidents" in lab! For the Agar success in microbiology we should thank Fanny Angelina Hesse, the little-known hero with brilliant idea which changed the microbiology field forever ✨️
#Tardigrades are remarkable organisms! And we were intrigued by the possibility of borrowing their #desiccation-tolerance strategy for #cell-free systems🧪
We tested PrCAHS1 protein as potential protector against drying damage in #lysates. Our goal: make #CFES easier to store and access! Link below:
