The Bill Lab goes infection biology! 😍FtsZ and DamX dynamics in Infection-Related Filamentation (IRF) in model UTIs. Great to work with @iduggin 🇦🇺& @DanielD60849019 🇸🇪as always! Congrats to PhD student Matthew on his first publication as well! 🎉 https://t.co/ajpHMFnwG3
Thanks @PanKind_APCF for the continuing support for us! Hope we can leavarge this support to work towards exciting translational outcomes, together with our amazing collaborators @Dannel_Yeo from Centenary Institute and @BillSoderstrom from UTS. @UTSResearch@UTSEngage@UTSFEIT
Tomorrow, Monday 21 October, at 2:00 pm, I will speak at the @UTSEngage in Sydney to give an @arc_qubic QUBIC seminar. Live and on zoom.
Details:
https://t.co/LklTlJUDwt
Tomorrow, Monday 21 October, at 2:00 pm, I will speak at the @UTSEngage in Sydney to give an @arc_qubic QUBIC seminar. Live and on zoom.
Details:
https://t.co/LklTlJUDwt
We're hiring! Join our friendly lab @ucl@uclmedsci for this 3-yr, @NIH-funded postdoc in collab with the fab @Chels_A_micro & @NicoleDeNisco. Work with our cutting-edge bladder microtissue model to study #UTI - contact me for informal chat if interested! https://t.co/p0N42H45ge
Join us for an exciting Antimicrobial Resistance Symposium, a joint initiative between @AIMI_UTS@MehradHamidian and ASM NSW @AUSSOCMIC held at UTS on the 21st Nov 2024.
Sign up, submit your abstract now!
See flyer for info:
Catch up on the recent study from @BillSoderstrom’s group on multi-species urinary tract infections, featured on #FEMSmicroBlog
https://t.co/zfvrvrQRGd
Our researchers and collaborator in the news this week after securing funding to develop a much needed vaccine against UTIs using mRNA technology.
Read more here!
https://t.co/fWmKU7pBRv
EXCITED to announce the preprint of our work on a NEW Cell division protein (CdpA) in FtsZ-based division system in Haloarchaea. Thanks for the collaborative efforts of our amazing team. @vinayaa_shinde Dalong Hu, Zhuang Xu, @BillSoderstrom@kmichie13@iduggin@AIMI_UTS
Check out this preprint by @bandekarac. Using live imaging of N. gonorrhoeae, he figured out 1) why these cells grow as diplococci, and 2) why these bugs have sequentially perpendicular division planes: it arises from the cell having axial asymmetry! https://t.co/hEfltcbvH5
"Bacteria have so many ways to outmaneuver us," @ucl's Dr. Jennifer Rohn says of the growing and complex threat of #antibioticresistance. https://t.co/1puEIjnKAn
Congrats Charlotte, for awesome work looking at different intracellular bacteria cozing up to each other in a UTI model system 🥳🎉🔬 @AIMI_UTS@UTSResearch https://t.co/HLJNSRGaj1
Lovely article in the @AustralianMMS newsletter this month by Dr Emma Westlund @AIMI_UTS about her time in @BillSoderstrom lab. You have to be an AMMS member to find out more!
Now published in Cell Reports we show that a repeat insertion sequence provides seed region for a mRNA-mRNA interaction, and this coordinates a reduction in cell wall crosslinking in a clinical S. aureus (VISA) isolate
https://t.co/mCc1wOcYZf
Our last study from the @iduggin lab on improving tools to study haloarchaea as well as investigating the impact of linkers and various FP on fusion functionnalities is now published open acces @MicrobioSoc https://t.co/g4pYBUxNk4 - 🔬🌈🦠