Save the Date!!! 10th and 11th September 2024 for the next #BALO Symposium! Confirmed keynote speakers: Geraldine Laloux, Robert Mitchell and Henry WIlliams! Registration will open soon!
Registration for free online BALO Symposium 2024 (online, 10-11 Sept) on predatory bacteria is open now! Check out https://t.co/GRY8ZyCArG for details:
#Bdellovibrio@Bdello_meeting
New research @Bdello_Lab_Nott@UoNLifeSci has found that a natural predatory bacteria is able to kill by delivering a ‘kiss of death, meaning it doesn’t have to live inside its prey to kill it, as previously thought - published @NatureComms - https://t.co/DDlRwWvUfp
New paper in Nature Communications 'Prey killing without invasion by Bdellovibriobacteriovorus defective for a MIDAS-family adhesin' @AndyLovering https://t.co/ExovrkfMgE
Out today: Prey killing without invasion by the 'kiss of death': 💋☠️
Great work by @tyson_jess, and others from Liz Sockett's lab @Bdello_Lab_Nott & Andy Lovering @IMIBirmingham@UoBbiosciences (& minor contribution from me)
My first paper from @JohnInnesCentre with @Tung_BK_Le is now out! 😃If you like bacteria and mobile genetic elements, consider reading our review on wonderfully weird #genetransferagents below👇https://t.co/dkb6mSfAvN
OUT NOW Bdellovibrio bacteriovorus uses chimeric fibre proteins to recognize and invade a broad range of bacterial hosts @UoNLifeSci@UniofNottingham https://t.co/Z26k19ww4x
Scientists solve the mystery of how predatory bacteria recognises prey - new research from Prof Liz Sockett @Bdello_Lab_Nott@UonLifeSci and Prof Andrew Lovering @UoBbiosciences published @NatureMicrobiol
Read more - https://t.co/qX0nCoTsFF
For any Bdellovibrio fans out there, Andy and Liz have discovered an invasion organelle and worked out how Bdello recognises its prey : https://t.co/YSFI5P2EXf
Published today 🥳 https://t.co/pfU4V4l59s An amazing collaboration and monumental amount of work from a great team. Big thanks and Congratulations to everyone involved!
Im delighted to share our new paper on a new family of prey-binding adhesive fibres from the predatory bacterium Bdellovibrio bacteriovorus. Published today in Nature Microbiology: https://t.co/4tRUG1yXXr
The University of Nottingham is inviting applications from outstanding postdoctoral researchers who will join the next cohort of prestigious Nottingham Research and Anne McLaren fellowships.
https://t.co/0VYXPOrJjO
@UoNresearch@UniofNottingham
There’s a job open in my lab! We are looking for a postdoc (3 years initially but possibly up to 8) to work with me, @pmoyniha, @sjwill99@proftracypalmer and @MostowyLab to figure out the role of new cell wall hydrolases in TB https://t.co/4vl3kGfk6E
#glycotime plz RT!
happy that this is finally out! thanks to all the co-authors who made this work possible! Also, thanks to Nature Microbiology for the smooth and professional reviewing process and to the reviewers for their insightful and constructive comments that improved our work!