Dwendscheck (dwendscheck.bsky.social)

219 posts

Dwendscheck (dwendscheck.bsky.social) banner
Dwendscheck (dwendscheck.bsky.social)

Dwendscheck (dwendscheck.bsky.social)

@dwendscheck

PhD student @Uni_WUE and @UniFreiburg in the @warscheidlab. Likes to play with Crosslinking-MS, Native MS and bicycles. #TeamMassSpec #phdlife #peroxisomes

Würzburg, Germany Katılım Mayıs 2019
435 Takip Edilen160 Takipçiler
Cell Reports
Cell Reports@CellReports·
Deciphering the regulatory mechanisms and biological implications of ARID1A missense mutations in cancer dlvr.it/TFtMK2
English
1
6
33
4.5K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Razvan Borza
Razvan Borza@rborza_·
⚠️Here’s yet another option other than BioRender! ⚠️ 📢 SciDraw is a free repository of high quality drawings of animals, scientific setups, and anything that might be useful for scientific presentations and posters. 🔁❤️Free Science! RIP BioRender!!
Razvan Borza tweet media
English
5
423
1.6K
150.3K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Prof. Nikolai Slavov
Prof. Nikolai Slavov@slavov_n·
Timescales in Cell Biology
Prof. Nikolai Slavov tweet media
English
14
486
2.2K
227.4K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Biology+AI Daily
Biology+AI Daily@BiologyAIDaily·
AlphaBridge: tools for the analysis of predicted macromolecular complexes • AlphaBridge introduces tools to analyze and visualize the interfaces between predicted macromolecular complexes using data from AlphaFold3. It processes the predicted interactions into intuitive diagrams and 3D models for easy interpretation. • The tool uses a novel “Predicted Merged Confidence” (PMC) matrix, which combines the Predicted Local Distance Difference Test (pLDDT) and Predicted Aligned Error (PAE) metrics to identify multi-component structural modules and binary interfaces with high confidence. • AlphaBridge uses graph-based community clustering to detect interaction motifs in biomolecular complexes, then visualizes these interactions as chord diagrams (“AlphaBridge diagrams”) to provide a clear and intuitive summary of predicted binding interfaces. • The tool allows researchers to evaluate the reliability of interactions in predicted protein-protein, protein-DNA, and protein-RNA complexes, offering a scoring and ranking system for predicted interfaces before detailed analysis. • By varying the cut-off for contact predictions, AlphaBridge can help distinguish between reliable and unreliable predictions, providing insights into physiological relevance. It was particularly useful for evaluating interactions in DNA mismatch repair proteins and RNA binding proteins. • The AlphaBridge webserver (alpha-bridge.eu) offers an interactive platform where users can upload AlphaFold3 prediction files, visualize the predicted 3D structures, and analyze contact interfaces through an integrated web viewer. • AlphaBridge enhances accessibility for both expert and non-expert users by combining multiple layers of information—contact links, prediction confidence, and visual representations—into one interactive diagram, simplifying the evaluation of complex predictions. @TassosPerrakis @rborza_ 💻Code: github.com/PDB-REDO/Alpha… 📜Paper: biorxiv.org/content/10.110…
Biology+AI Daily tweet media
English
3
124
436
38.7K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Kermit Murray
Kermit Murray@kermitmurray·
(ACS Anal Chem) [ASAP] Is Native Mass Spectrometry in Ammonium Acetate Really Native? Protein Stability Differences in Biochemically Relevant Salt Solutions dlvr.it/TFm6bt (RSS) #MassSpecRSS #ACSAChem
Kermit Murray tweet media
English
0
1
2
211
Dwendscheck (dwendscheck.bsky.social)
@J_my_sci I'm not sure about Canyon's prizing and service in the US, but i ride Canyon for MTB and Gravel for more than 15 years and can highly recommend their bikes. Best price-performance ratio imo. The big/old brands from the US have pretty frames but are overprized 😉
English
0
0
0
106
Dwendscheck (dwendscheck.bsky.social) retweetledi
Kresten Lindorff-Larsen
Kresten Lindorff-Larsen@LindorffLarsen·
Sören, Giulio & I wrote a short review on the use of machine learning methods to study disordered proteins, with a focus on linking sequences to ensembles (by simulation or generative models; or for design), biophysical properties and biological functions doi.org/10.48550/arXiv…
Kresten Lindorff-Larsen tweet media
English
1
46
209
14.1K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Pedro Beltrao
Pedro Beltrao@pedrobeltrao·
Phosphorylation can regulate protein function via diverse mechanisms, including the regulation of protein conformations. In our new preprint @m_correa_m compared structures of the same proteins and protein familes in phospho and non phosphorylated forms biorxiv.org/content/10.110…
English
1
25
121
10.7K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Johannes Zimmermann
Johannes Zimmermann@chillingpepper·
Meet me up at poster P-I-0053 to the phosphoproteomic changes in mechanical stressed skeletal muscle cells #hupo2024
Johannes Zimmermann tweet media
English
1
2
14
1.7K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Prof. Nikolai Slavov
Prof. Nikolai Slavov@slavov_n·
Key numbers in biology. 1/2
Prof. Nikolai Slavov tweet media
English
8
114
621
90.1K
Dwendscheck (dwendscheck.bsky.social) retweetledi
Laborjournal
Laborjournal@Lab_Journal·
»Um wen es sich bei diesen „Gollums“ vorrangig handelt, dürfte klar sein: Etablierte Wissenschaftlerinnen und Wissenschaftler, die mit ihren Ergebnissen zu einem bestimmten Forschungsthema bereits Karriere gemacht haben – und jetzt argwöhnisch darüber wachen ...«
Laborjournal@Lab_Journal

Der "Gollum-Effekt" – Oder: Wenn Forschende mit zweifelhaften Manövern unangemessenen Besitz von "ihrem" Thema ergreifen, um ihren Status und ihre Macht zu wahren. Solch hässliche "Gollums" scheinen weit verbreitet in der Wissenschaft … Heute im Blog: laborjournal.de/blog/?p=13882

Deutsch
0
1
4
336