Biophysics Ulm

[Michaelis Lab @Michaelis_Lab]

Excited to share our latest publication 'Structural dynamics of DNA strand break sensing by PARP-1 at a single-molecule level'

Check it out👇👇👇

https://t.co/ljCCH33czk

[Michaelis Lab @Michaelis_Lab]

Our warmest congratulations to @ThomasVomhof on achieving his PhD👨‍🎓💐! We are grateful for setting such a great example @BiophysicsUlm for the rest of us!!!

[Biophysics Ulm @BiophysicsUlm]

@kimothun Congratulations on completing PhD! Best wishes for your future! @GebhardtLab

[Biophysics Ulm @BiophysicsUlm]

Congrats from all of us!!!

[Michaelis Lab @Michaelis_Lab]

You nailed it! Congratulations doctor Lisa! Best Wishes for the future! @BiophysicsUlm @MichaelisLab

[jens michaelis @michaelis_jens]

Application period for Biophysics Master @UlmUniversity has started. Apply now to enter an international and interdisciplinary study program with state of the art lab courses and loads of hands on experience, infos at https://t.co/2qdZhYC86H

[Michaelis Lab @Michaelis_Lab]

Congratulations Uwe on completing your PhD! @BiophysicsUlm @Michaelis_Lab

[jens michaelis @michaelis_jens]

Do you know how aggregation of ALS related TDP-43 starts? We find mobility loss after stress throughout the cytoplasm and nucleus using live-cell #SingleMolecule tracking and #Superresolution mobility mapping. Great collaboration with @danzer_karin. https://t.co/Mc3CTjyq7p

[Michaelis Lab @Michaelis_Lab]

Single molecule tracking of TDP-43 reveals slow down of mobility in the cytoplasm and nucleus👇👇👇 @danzer_karin @GebhardtLab @BiophysicsUlm

[Michaelis Lab @Michaelis_Lab]

An exciting study using single molecule FRET! Check it out! @BiophysicsUlm #PARP1 #Dynamics #PARPi #smFRET

[Biophysics Ulm @BiophysicsUlm]

Congratulations Johannes! We wish you all the best in your future endeavours! @GebhardtLab @BiophysicsUlm

[Biophysics Ulm @BiophysicsUlm]

Best wishes on this wonderful journey to Nici and Heiko! We wish you a lifetime full of love and happiness!!! @GebhardtLab @Michaelis_Lab @BiophysicsUlm

[Biophysics Ulm @BiophysicsUlm]

Congratulations Achim with successful completion of your PhD! We wish you all the best in your future career! @GebhardtLab @BiophysicsUlm

[jens michaelis @michaelis_jens]

FRET-based dynamic structural biology: Challenges, perspectives and an appeal for open-science practices https://t.co/7G0vdVMfPQ, many thanks to @eitan_lerner and Shimon Weiss for getting the community together.

[Biophysics Ulm @BiophysicsUlm]

Congratulations Eleni! We wish you all the best in Future!!!!

[Michaelis Lab @Michaelis_Lab]

Congratulations Dr. Kallis on this wonderful accomplishment!!! We wish you a successful and bright life ahead! @Michaelis_Lab , @BiophysicsUlm

[Achillefs Kapanidis @AchillesKap]

New one from the Schuler lab, a nice mix of smFRET, FCS + theory on IDPs under crowding.
Depletion interactions modulate the binding between disordered proteins in crowded environments https://t.co/OusarORivd

[jens michaelis @michaelis_jens]

ÄThanks Eitan and Shimon for the initiative. FRET Community of to a good start!

[Taekjip Ha @taekjip]

Light-controlled ribozyme paper in PNAS: collaboration with Sarah Woodson and Marc Greenberg https://t.co/EjvwJZGPC0

[jens michaelis @michaelis_jens]

Our first paper using quantum sensing is out. We use a single NV center in diamond in order to determine the 3 dimensional direction of 3D magnetic field. Turning the method around you get atomic information from single molecule measurements. Check it out https://t.co/aP0ATre0nG

[CRC1279 @crc1279]

The professors Jan Münch from #UlmUniverity and Thomas Schrader from the University of Duisburg-Essen collaborate with other European scientists within the new EU project ‘Fight-#nCoV’.: https://t.co/3W87iS9jKq

[Anders Barth @anders_barth]

We are excited to announce the launch of the FRET community – a hub for joint scientific efforts in the field of Förster resonance energy transfer. Join now to become a part of the community and help us to advance FRET. Read more at https://t.co/8kF6wdcgOP. #FRETcommunity #FRET