Congrats Henry and Reiner!
Congrats Henry and Reiner for their article in JBNMR on optimising in-cell NMR for nucleic acids!
Welcome David!
Dr. David Kosek has joined our lab as Postdoctoral Fellow coming from our collaborator Prof. Emma Andersson to continue to share his expertise on microRNA regulation with the lab!
Congratulations on the defense Lara!
Dr. Sweetapple successfully defended her thesis on 18th of June with her opponent Prof. Qi Zhang from the University of North Carolina! Huge congratulations for a great work, clear presentation and engaging discussion. Her thesis: “A biophysical symphony: the interplay of factors determining microRNA-34a activity” has helped towards deciphering the complicated structural influences on microRNA…
Goodbye Snorri and Marco!
Visiting Professor Snorri Sigurdsson from the University of Iceland is now returning home after a great time with us. We want to thank him for his good humour, expertise, and contributions to our lab discussions – with an exciting collaboration which made significant steps during his stay. Furthermore, a big goodbye and thank you to…
New project assistant position available!
Want to join our lab to work on ribosome dynamics? We have a project assistant position open with deadline 8th of June.
Congrats Katja!
Work with our visiting Professor Christina Thiele is now available on ChemRxiv.
Congrats Rubin!
Congrats Rubin on his article Elucidating microRNA-34a organisation within Human Argonaute-2 by NMR now available at bioRxiv.
Congrats Lara!
Congrats Lara on her article Biophysics of microRNA-34a targeting and its influence on down-regulation now available at bioRxiv.
Job announcements: 5 positions available!
The new Center of Excellence “Chemical Mechanisms of Life”, headed by 4 research groups including ours, is looking for 4 Postdocs and 1 Research Coordinator. Don’t miss this fantastic opportunity to work with us, and apply now!
New publication from our collaboration with the Andersson’s lab
Fantastic mechanistic study from David, Elnaz and Walter, to explore the involvement of the 3’-pairing in miRNA targeting processes, is now published in Nucleic Acids Research: Efficient 3′-pairing renders microRNA targeting less sensitive to mRNA seed accessibility