Our latest! Phages no longer own transduction! Staph pathogenicity islands engage in lateral transduction and can also piggyback LT to drive genome hypermobility. Amazing work by @melchee92@DrEsterSerrano @rbacigalupe @jrpenades@jrossfitz and others! https://t.co/Y9g2PyaTed
Pleased to share our latest study @NatureComms. We show that the host metabolites fumarate and itaconate impose selective pressure on Staphylococcus aureus, driving its adaptation via the enzyme FumC. Grateful to all who contributed to this work!
https://t.co/D2MoAWEdQd
1/11 New #MRSA#Staph publication from Dr. Diane Boff a talented former postdoc co-mentored by the @TorresVJ_Lab and @DrShrutiNaik!
https://t.co/sjFz7v8Ffa
Happy to share our new preprint describing prophage encoded anti-phage defense system,TERi, that targets the terminase complex of invading phages to inhibit DNA packaging. The system also encode self immunity proteins that protect the prophage.
https://t.co/q8kq7sBquR
New mechanism of gene transfer! With @CostaT_Lab@CBRB_Imperial, cf-PICIs form tail-less elements that, once released, spread among different bacterial species by hijacking tails from various phages. More exciting news soon! https://t.co/AItq6UQAAc
We have a fully funded PhD scholarship for Aug 2025 intake.
If you are interested in joining our research group, please check the admission requirement on the website and contact us.
https://t.co/d7Md3hqB9D
PhD projects at University of Leicester
Including three phage projects ....
With @MarthaClokie , and me. Including an iCASE project with Dr Abhinav Koyamangalath Vadakkepat , using cryoEM
https://t.co/Lu9PwDgx36
Our paper is finally out at Nature Microbiology. A team effort discovering Tailocin cell factories. Listeria monocytogenes bacteria produce and store ~6000 tailocins per cell in a remarkable way.
https://t.co/VrnD13KOgk
@hauryliuk@Eppendorf_Group We had a similar problem. For us it was was Qiagen minipreps. Some people don’t angle the lids of the tubes correctly in the elution step. The lids break off and they cause damage before being pulverized to dust.
1/7 Happy to share a new publication from the team spearheaded by @Keenan__Lacey published today in @ScienceAdvances. This project was started at @nyugrossman and was completed @StJudeResearch by @APickrum and A. Castellaw. https://t.co/NEnsgWE305
Our T6SS paper on TssA is now available @NatureComms
A publication marathon but so happy to see this accepted on my birthday
TssA is an intriguing protein providing specificity and fine tuning in T6SS assembly and firing.
Thank you so much for your brilliant work Selina et al
Just missing April fool's, here is something that is no laughing matter:
https://t.co/HCNdsSbcY3
In @NatureMicrobiol, we describe how a prophage avoids autoimmunity from its own defence systems