Maik Derks (@derksmaik) 's Twitter Profile
Maik Derks

@derksmaik

PhD candidate | Sandwiched between NMR & MBB | Utrecht University, NL

ID: 2407628654

calendar_today23-03-2014 19:22:31

36 Tweet

37 Followers

105 Following

onehealth (@ncohnl) 's Twitter Profile Photo

Using large, cooled magnets, Maik Derks is studying how antibiotics bind to molecules in bacteria. How does this binding work? Is there any way to improve the antibiotic? This is what he is trying to find out. Read the full interview bit.ly/3yELHWW

Chemistry (@chemeurj) 's Twitter Profile Photo

Boltje and co-workers Radboud University report chloromethyl glycosides as versatile synthons to prepare glycosyloxymethyl-prodrugs #OpenAccess onlinelibrary.wiley.com/doi/10.1002/ch…

Boltje and co-workers <a href="/Radboud_Uni/">Radboud University</a> report chloromethyl glycosides as versatile synthons to prepare glycosyloxymethyl-prodrugs #OpenAccess onlinelibrary.wiley.com/doi/10.1002/ch…
Tessa Sinnige (@tessasinni) 's Twitter Profile Photo

Thanks to Barend's amazing data and the AmyloFit platform, we could propose a mechanism for the membrane-catalysed aggregation of IAPP! biorxiv.org/content/10.110…

Magnetic Resonance News (@nmr900) 's Twitter Profile Photo

March 11, Friday, noon CET / 6 am EST, Konstantin Ivanov Intercontinental Magnetic Resonance Seminar Series, Markus Weingarth Markus Weingarth Utrecht University, The Netherlands, The mechanisms of Lipid-targeting Antibiotics sites.google.com/view/nmr-semin… #NMRchat #NMR #NMRevents

Markus Weingarth (@markusweingarth) 's Twitter Profile Photo

I'm delighted to share that I got an #ERC Consolidator grant! It's called champANTIBIOTICS - because 🍾 ➕ 💊 go well together 😜. Several positions on Structural Biology & Antibiotics will become available soon. #ERCCoG #NMR Faculty of Science, Utrecht University Utrecht University @Bijvoet_Centre 1/2

Markus Weingarth (@markusweingarth) 's Twitter Profile Photo

#Teixobactin, isolated from 'unculturable' bacteria, is considered the first new 💊#antibiotic💊 in 30 years. But how does it kill bacteria? We show teixobactin uses a new mechanism that involves a double attack on the cell envelope Out nature nature.com/articles/s4158… #NMR 1/n

#Teixobactin, isolated from 'unculturable' bacteria, is considered the first new 💊#antibiotic💊 in 30 years. But how does it kill bacteria?

We show teixobactin uses a new mechanism that involves a double attack on the cell envelope
Out <a href="/Nature/">nature</a> 
nature.com/articles/s4158…
#NMR 1/n
Maik Derks (@derksmaik) 's Twitter Profile Photo

Got the super cool opportunity to talk in the dutch radio about our group's recent paper on the mode of action of #teixobactin!! Huge thanks & congratz to Rhythm Shukla Markus Weingarth for the great work!

Got the super cool opportunity to talk in the dutch radio about our group's recent paper on the mode of action of #teixobactin!! 
Huge thanks &amp; congratz to <a href="/shukla_rhythm/">Rhythm Shukla</a> <a href="/MarkusWeingarth/">Markus Weingarth</a> for the great work!
Magnetic Resonance News (@nmr900) 's Twitter Profile Photo

. ChemEurJ: Chemistry - A European Journal (open) Lipids in Membranes by Solid-State NMR, Roy van Beekveld @RoyVanBeekveld Maik Derks Maik Derks Raj Kumar, Leanna Smid, Thorben Maass, João Medeiros-Silva, Eefjan Breukink, Markus Weingarth* Markus Weingarth Utrecht University …mistry-europe.onlinelibrary.wiley.com/doi/abs/10.100… #NMRchat #NMR

Chemistry (@chemeurj) 's Twitter Profile Photo

Specific Lipid Studies in Complex Membranes by Solid-State NMR Spectroscopy (M. Weingarth et al.) Maik Derks @RoyVanBeekveld Raj Pandit Joao Medeiros Silva Markus Weingarth @Bijvoet_Centre onlinelibrary.wiley.com/doi/10.1002/ch…

Specific Lipid Studies in Complex Membranes by Solid-State NMR Spectroscopy (M. Weingarth et al.) <a href="/DerksMaik/">Maik Derks</a> @RoyVanBeekveld <a href="/RajPanditIN/">Raj Pandit</a> <a href="/JMSism/">Joao Medeiros Silva</a> <a href="/MarkusWeingarth/">Markus Weingarth</a> @Bijvoet_Centre onlinelibrary.wiley.com/doi/10.1002/ch…
Jasmin Schönzart (@schoenzartjas) 's Twitter Profile Photo

🧲💊 Happy to be part of 2023 #RSCPoster! Have a look at our joint poster with ⁦Markus Weingarth⁩ and ⁦PhoenixNMR⁩ about ultra high field solid state #NMR and it’s probes and applications! Happy to answer and questions in the comments below! 🔧 #RSCEng #RSCChemBio

🧲💊 Happy to be part of 2023 #RSCPoster! Have a look at our joint poster with ⁦<a href="/MarkusWeingarth/">Markus Weingarth</a>⁩ and ⁦<a href="/PhoenixNMR/">PhoenixNMR</a>⁩ about ultra high field solid state #NMR and it’s probes and applications! Happy to answer and questions in the comments below! 🔧 #RSCEng #RSCChemBio
Markus Weingarth (@markusweingarth) 's Twitter Profile Photo

Check out our collaborative poster with PhoenixNMR Jasmin Schönzart. We recently got two brandnew exciting #NMR probeheads from PhoenixNMR for 1200 & 800 MHz that will substantially strengthen our mechanistic studies on #antibiotics. #RSCPoster #RSCENG Maik Derks Rhythm Shukla

Markus Weingarth (@markusweingarth) 's Twitter Profile Photo

🔥Hot off the press⬇️⬇️⬇️ in Nature Microbiology nature.com/articles/s4156… Plectasin is a complex peptide 💊 #antibiotic, isolated from funghi. We show that plectasin uses a new Calcium-dependent supramolecular mechanism to ensnare its target on the membrane surface. 1/4 #NMR

🔥Hot off the press⬇️⬇️⬇️ in <a href="/NatureMicrobiol/">Nature Microbiology</a>

nature.com/articles/s4156…

Plectasin is a complex peptide 💊 #antibiotic, isolated from funghi.

We show that plectasin uses a new Calcium-dependent supramolecular mechanism to ensnare its target on the membrane surface.

1/4
#NMR