Our mission is to develop approaches to study protein structure and interactions in cells and make them universally accessible and useful.
Berlin, Germany and Edinburgh, Scotland
Joined August 2019
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Rappsilber laboratory retweeted
Our latest research on the use of deep learning for retention time prediction in crosslinking mass spectrometry has just been published with @SpringerNature in @NatureComms. Find out more here: nature.com/articles/s41467-0…
@RappsilberLab @SvenHGiese @LrSinn
Rappsilber laboratory retweeted
The Einstein Foundation has announced an international award to provide publicity for researchers and institutions of all #sciences & #humanities seeking to improve the quality of #research: The €500,000 #EinsteinFoundationAward, funded by #DampStiftung. t1p.de/6c1o
Rappsilber laboratory retweeted
Our study showed a very different arrangement in Mycoplasma pneumoniae cells.
Taken together these studies show that transcription-translation coupling occurs in distantly related bacteria but remains to be seen how structurally diverse this coupling is.
science.sciencemag.org/conte…
Rappsilber laboratory retweeted
The two studies out today have a detailed description of how NusG (and also NusA) can bridge the RNA polymerase and ribosome in E.coli. @WebsterMichael0
science.sciencemag.org/conte…
science.sciencemag.org/conte…
Rappsilber laboratory retweeted
Exciting new studies out today on transcription translation coupling in Science from the @R_H_Ebright lab and @AlbertW_Lab. @LaurelOld at ASBMB has written about the three papers and talks about all that is yet to be discovered.
asbmb.org/asbmb-today/scienc…
Rappsilber laboratory retweeted
EMBL scientists in the Mahamid group & colleagues @TUBerlin have created a new approach to observe molecular machines at work inside cells.
By combining three methods, they produced the
highest-resolution images ever obtained of Mycoplasma pneumoniae.
embl.org/news/science/visual…
ALT Atomic structure of the coupled molecular machines responsible for transcription and translation in the bacterium Mycoplasma pneumoniae, shown in different colours as ribbons, next to a visualisation of a protein interaction network, shown as dots and lines, and a cryo-electron tomography image that was used to model the atomic structure.
Rappsilber laboratory retweeted
Fantastic collaboration with Haering, Lowe, @Beck_Laboratory and Aragon labs. @EMBL,
@MRC_LMB. The first of a few upcoming papers where we use high-density photo-crosslinking to aid interpretation of cryo-EM maps. (with @LrSinn)
nature.com/articles/s41594-0…
Rappsilber laboratory retweeted
Welcome everyone to #EMBLInfectionResearch!
@JEPaquetEU from @EUScienceInnov @EU_Commission opened the conference with an interesting introduction👏
Rappsilber laboratory retweeted
Very excited to hear so many talks on SARS-CoV-2 COVID-19 research at the @embl @EMBLEvents
#EMBLInfectionResearch conference embl.de/training/events/2020…
Rappsilber laboratory retweeted
We are delighted to welcome @FJ_OReilly of @RappsilberLab @TUBerlin to the MRC LMS later today. Francis will be giving a seminar talk about crosslinking #MassSpectroscopy for #StructuralBiology studies
Rappsilber laboratory retweeted
09/2019 Issue --> bit.ly/2mNNGIR
Decoding p53 dynamics, ESC differentiation, role of paralogs in robustness, #proteomics, #transcription, #Qbio, #evolution
Cover (by @skrahl): assembling protein complexes with cross-linking #MassSpectrometry from @RappsilberLab
