Daniel Straume

Molecular biologist interested in bacterial cell division, antibiotic resistance, cell wall synthesis.

[Marita Torrissen Mårli @MaritaMarli]

Proud to share my latest publication! 🧬 We uncovered how Streptococcus dysgalactiae protects itself from a competence-induced murein hydrolase, ScrM, via a Fem-transferase-like immunity factor 🦠🔐https://t.co/lfs6qLqW4e

[The Lincoln Project @ProjectLincoln]

Kamala Harris told us exactly what was going to happen.

[Juan A. Hermoso @JHermoso_CSIC]

Our paper on Characterization of VldE (Spr1875), a Pneumococcal Two-State l,d-Endopeptidase with a Four-Zinc Cluster in the Active Site is available. Great collaborative work with @DanStreamer, @GrangeasseTeam and Mobashery lab @NotreDame. Hope you enjoy https://t.co/a0XxL8FDze

[Daniel Straume @DanStreamer]

@JanineLux @sdb_lab @unibern @snsf_ch Congratulations @JanineLux 🎊🍾

[Jan-Willem Veening @JWVeening]

CRISPRi-Tn-Seq! Great collaboration with @tvanop https://t.co/9EkbYARwt1

[Thomas Vierbuchen @TommyVierbuchen]

This has to be some kind of record...

[Daniel Straume @DanStreamer]

We found that pneumococci struggle to develop resistance to the cyclic lipopeptide viscosin. Exploring less toxic derivatives may unveil promising new antimicrobials. @Morten3891 @biocath https://t.co/N3ng701Ufl

[Morten Kjos @Morten3891]

Check out our new publication in @BiofilmJournal on bacteriocin-based prevention of biofilm formation on materials used in medical devices https://t.co/jDlTsQWpnU

[Morten Kjos @Morten3891]

@MaritaMarli has studied competence in Strep dysgalactiae strains from bovines and humans - and found a method to make mutants using natural transformation! @DanStreamer @DPorcellato @UniNMBU Great collaboration with Oddvar Oppegaard @medofak_uib.
mSphere https://t.co/tqgzMQLmbE

[Juan A. Hermoso @JHermoso_CSIC]

Already available our review on the regulation of lytic machineries by FtsEX in bacterial division. In recent years, amazing structural information has been provided on this, nearly conserved, bacterial system. Hope you enjoy https://t.co/WrfzTnuH9Z

[Magnus Ø. Arntzen @magnusarntzen]

🔔Job alert! 🔔

We are looking for a postdoc/researcher interested in characterizing enzymes at the interface of microbial denitrification and lignocellulose degradation🔬

Come join our #ERCfunded team!

https://t.co/pjjRfeKZka

[Morten Kjos @Morten3891]

Have a look at our new paper on the role of CozE proteins in S. aureus @MariaBarbuti @GrangeasseTeam @CamiloPerezC6H6 @JWVeening @liuxuescience @DanStreamer @a_ducret

[Jörg Stülke @JorgStulke]

Finally online: @DennisWicke's paper on a strongly conserved bacterial protein that interacts with RNase P and modulates its activity in Bacillus subtilis!
@uniGoettingen 🤝@uni_mr
#moty @NAR_Open

https://t.co/RjZGOmuKG8

[Juan A. Hermoso @JHermoso_CSIC]

Our latest work on cell division is out. FtsEX:RipC in M. tuberculosis presents unique features compared with G(-) as a surprising inclined arrangement. A nice joint effort with Luo Min and Chris Sham Labs at @NUSingapore against this nefarious pathogen. https://t.co/QHmlHJ6z1k

[Morten Kjos @Morten3891]

New insights into the Undecaprenol monophosphate recycling pathway of Streptococcus pneumoniae https://t.co/cmMbH9ULSu

[Brian Coombes, PhD @BrianKCoombes]

Tell me you have two teenagers without telling me

[Staph papers @Staph_papers]

Genome-wide CRISPRi screens reveal the essentialome and determinants for susceptibility to dalbavancin in Staphylococcus aureus https://t.co/u75cNIw6m1

[David I Roper @davidroper2]

Fantastic transatlantic collaborative work between @pippomancia @dworkinlab @pstansfeld @LindaColumbus @OliBClark featuring the collective talent of @RieNygaard @ChrisLBGraham @meagandufrisne @chelseabrowncg
& several others..@uniofwarwick @ColumbiaPS https://t.co/0DWBLF6VF8

[microLife @microLifeJrnl]

Site-2-proteases trigger signaling cascades in response to external stimuli – as we learn more about them in different bacteria, they are emerging as #virulence regulators and targets for therapeutics. Read the review by Kristensen et al @Morten3891 📑
https://t.co/OcFY0IxRHw

[David I Roper @davidroper2]

Missed this one from December but lovely looking structure. Passing resemblance to S.pneumoniae PcsB anyone?

FtsEX-independent control of RipA-mediated cell separation in Corynebacteriales | PNAS https://t.co/wW282Sd5b2