Raphael Stoll

Welcome to the Twitter account of the Biomolecular NMR lab @ruhrunibochum. We seek to understand the interplay of form and function in biomolecules.

[Raphael Stoll @LabStoll]

This has been a fruitful collaboration, Pravin. Well done!

[Dirk Tischler @dirktischler]

Role of the Active Site Heme and Tyrosine in Styrene Oxide Isomerase’s Natural Isomerase and Unnatural Peroxidase and Peroxygenase Activity | ACS Catalysis https://t.co/l1ZwqA0bYq

[Christopher Grefen @MCBotany]

Der #ChinesischeGarten im #Bochum|er #BotanischenGarten braucht Spenden für dringend notwendige Reparaturen
https://t.co/kr4dsaNYcH
Gofundme:
https://t.co/jLSGqrouvv
Alternativ Herzchen der #StadtwerkeBochum
https://t.co/xg85gMwIBd
Bitte weitersagen!
#Ruhrpott

[Raphael Stoll @LabStoll]

We @ruhrunibochum are happy to share our opinion article exploring the multifaceted role of the viral potassium channel protein Kesv in @JStructBiol highlighting its potential therapeutic and biotechnological opportunities: https://t.co/lnhEoUq2Ir
Well done, Purva! #DAAD

[Raphael Stoll @LabStoll]

Eine zweite Chance für einen neuen antibiotischen Wirkstoff: VBIO https://t.co/PWRbOQxkl9 #Antibiotika #Biochemie

[Raphael Stoll @LabStoll]

A Second Chance for New Antibiotic Agent - Newsportal - Ruhr-Universität Bochum https://t.co/5aYKEdXK5q

[Ruhr-Universität Bochum @ruhrunibochum]

Eine neue Chance gegen #Antibiotika-resistenzte Keime: Wegen seiner Nebenwirkungen wurde ein Wirkstoffkandidat vor 20 Jahren verworfen. Forschende haben jetzt eine Möglichkeit gefunden, ein Nachfolgemolekül möglicherweise selektiver zu machen. https://t.co/uugXgjQ6HI

[Raphael Stoll @LabStoll]

Well done, Hendrik!

[ACS Publications Bio & Med Chem Content @ACSBioMed]

Interested in how to #ESKAPE antimicrobial resistance? Then please have a look at our integrated structural characterization of complexed E. coli peptide deformylase in #JMedChem! #antibiotics #TITAN #NMRchat @ruhrunibochum @LabStoll

Read here ➡ https://t.co/6wgKoiHtQo

[Raphael Stoll @LabStoll]

Gold nanoparticles conjugated with an actinonin derivative can bind to ecPDF, a protein target of actinonin, and the payload is successfully released from AuNPs. Great collaboration and well done, Hendrik! @NMNLab @ruhrunibochum @BMBF_Bund #antibiotics #nanoparticles #NMRchat

[ChemMedChem @ChemMedChem]

Structural Insights into Antibacterial Payload Release from Gold Nanoparticles Bound to E. coli Peptide Deformylase (R. Stoll et al.) @LabStoll @NMNLab @ruhruniboc #openaccess https://t.co/4FnGb2rNbX

[Raphael Stoll @LabStoll]

@ChemMedChem @NMNLab Gold nanoparticles conjugated with an actinonin derivative can bind to ecPDF, a protein target of actinonin, and the payload is successfully released from AuNPs. Great collaboration and well done, Hendrik! @NMNLab @ruhrunibochum @BMBF_Bund #antibiotics #nanoparticles #NMRchat

[Raphael Stoll @LabStoll]

Recently discovered protein domain regulates collagen transport - https://t.co/pU91Kp6VUn via @ruhrunibochum

[Ruhr-Universität Bochum @ruhrunibochum]

Die Entdeckung der MOTH-Domäne durch @LabStoll erlaubt Einblicke in die Evolution. Denn sowohl Insekten als auch Wirbeltiere benötigen Kollagen in ihrem Bindegewebe. ^md https://t.co/QkE2zkddjG

[Nature Communications @NatureComms]

The @LabStoll and @droliverarnolds characterized a fold, MOTH (MIA, Otoraplin, TALI/TANGO1 2 homology) domain, in the TANGO1 protein which evolved from SH3 domains for the export of bulky cargos. @ruhrunibochum, #NMRchat #AlphaFold #ER #TANGO1 #metazoa

https://t.co/7HeXgZVnOh

[Raphael Stoll @LabStoll]

We have characterized a fold (MOTH domain) in the #TANGO1 protein evolved from SH3 domains to export bulky cargos such as #collagen. Out now in @NatureComms https://t.co/SkP5J7zk6Z Well done, @droliverarnolds!
#NMRchat #AlphaFold #evolution #ER #secretion #metazoa

[Raphael Stoll @LabStoll]

We are delighted to share our special issue on ‘Organic chemistry and medicinal applications’ in
https://t.co/WPYmDWKdDA
to honour the late Prof. Wolfgang Voelter. The legacy of his positive spirit and wonderful personality will remain with us for ever.
@uni_tue @degruyter_pub

[Simonetta Gribaldo @SGribaldo]

Need an up-to-date #TreeofLife for teaching/conferences/wall paper? Talented PhD student @BasileBeaud drew a schematic consensus ToL from the most recently published phylogenies. Hope this is useful! Downloadable version in the thread👇

[Schwalbe Lab @Schwalbe_BMRZ]

An article regarding our international COVID19-NMR consortium was published today.🥳
Thanks to all the participants over the past years!
@Covid19Nmr

Further information:

International version: https://t.co/XPfHmeQ7aS
German version:
https://t.co/fN6BClhWVZ

#COVID19 #NMR

[Raphael Stoll @LabStoll]

It's great to see our collaboration now published. Well done, Marco!

[Marco Alexandre Guerreiro 🍄💻🧪🇵🇹🇩🇪 @GuerreiroMarcoA]

This work was only possible with the contribution of all the (amazing) people and institutions involved

@BExplo_research @ruhrunibochum @idiv @LMU_Muenchen @unibt @BegerowLab @LabStoll

(all the others not on Twitter)

🧵2/7

[Raphael Stoll @LabStoll]

With more than 1100 publications to his name, he has been a great mentor in #Biochemistry @iubmb to so many of us. This special issue in CMC @BenthamScienceP is in his honour:
https://t.co/uhUh1jEPOk
We miss him dearly.
#NMRChat
2/2

[Raphael Stoll @LabStoll]

Today would have been the birthday of the late Prof. Wolfgang Voelter @uni_tue @IccbsOfficial, one of the pioneers in 13C #NMR:
https://t.co/y94uWUNwwv
1/2

[IUBMB @iubmb]

Alanie, Lysine, Histidine
Amino Acids are on the Scene!
For this Friday's Bri-fing from the Bench, our Trainee Ambassador @biochem_bri shows you how to show your love of amino acids in prose, giving you a chance to win her awesome amino acid puzzle

IG: https://t.co/vaFZSlhMyL