CBRB(@CBRB_Imperial) 's Twitter Profileg
CBRB

@CBRB_Imperial

The Centre for Bacterial Resistance Biology is focused on the study of disease-causing bacterial pathogens.

ID:878272883881017345

calendar_today23-06-2017 15:25:47

1,0K Tweets

2,4K Followers

433 Following

CBRB(@CBRB_Imperial) 's Twitter Profile Photo

CBRB Seminar - Prof Karen Maxwell. University of Toronto. In person, 22nd January 2024 @ 12.30, G47A Flowers Building. individual.utoronto.ca/maxwell_lab/
imperial.ac.uk/events/170978/… Imperial Department of Infectious Disease Imperial Life Sciences Karen Maxwell Imperial Medicine

CBRB Seminar - Prof Karen Maxwell. University of Toronto. In person, 22nd January 2024 @ 12.30, G47A Flowers Building. individual.utoronto.ca/maxwell_lab/ imperial.ac.uk/events/170978/… @ImperialInfect @ImperialLifeSci @theMaxwellLab @ImperialMed
account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

The lab of José R Penadés has just reported the intricate regulatory interactions between phage factors and the cellular toxin-antitoxin MazE-MazF, which are at the heart of the control of the lysis-lysogeny of arbitrium phages rdcu.be/du9nU.

The lab of @jrpenades has just reported the intricate regulatory interactions between phage factors and the cellular toxin-antitoxin MazE-MazF, which are at the heart of the control of the lysis-lysogeny of arbitrium phages rdcu.be/du9nU.
account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

Sore throat is a leading cause of antibiotic consumption. We are working to promote development of a vaccine against Streptococcus pyogenes that could obviate need for most prescriptions, reducing many of the invasive cases and adverse complications. pubmed.ncbi.nlm.nih.gov/37672334/

Sore throat is a leading cause of antibiotic consumption. We are working to promote development of a vaccine against Streptococcus pyogenes that could obviate need for most prescriptions, reducing many of the invasive cases and adverse complications. pubmed.ncbi.nlm.nih.gov/37672334/
account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

Work from Andy Edwards and Lizzie Ledger discovered that when bacteria stop growing, they change their cell envelope, making them much less susceptible to the antibiotic daptomycin, a last resort treatment for MRSA infection. pubmed.ncbi.nlm.nih.gov/36722949/ Imperial Department of Infectious Disease

Work from Andy Edwards and Lizzie Ledger discovered that when bacteria stop growing, they change their cell envelope, making them much less susceptible to the antibiotic daptomycin, a last resort treatment for MRSA infection. pubmed.ncbi.nlm.nih.gov/36722949/ @ImperialInfect
account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

'Cell envelope stress triggers heteroresistance to aminoglycoside antibiotics in the ESKAPE pathogen Enterobacter cloacae via activation of the CpxRA regulon' Imperial Department of Infectious Disease Imperial Life Sciences Avinash Shenoy
x.com/avi_cmbi/statu…'

'Cell envelope stress triggers heteroresistance to aminoglycoside antibiotics in the ESKAPE pathogen Enterobacter cloacae via activation of the CpxRA regulon' @ImperialInfect @ImperialLifeSci @avi_cmbi x.com/avi_cmbi/statu…'
account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

Larrouy lab patented, licensed & commercialised a kit that allows the rapid detection of bacteria resistant to last resort antimicrobials. Now under the name MBT lipid Xtract from Bruker, world leader in rapid diagnostics. bruker.com/en/products-an…. pubmed.ncbi.nlm.nih.gov/36973378

Larrouy lab patented, licensed & commercialised a kit that allows the rapid detection of bacteria resistant to last resort antimicrobials. Now under the name MBT lipid Xtract from Bruker, world leader in rapid diagnostics. bruker.com/en/products-an…. pubmed.ncbi.nlm.nih.gov/36973378
account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

“Designer bugs as drugs: This CBRB research shows how good bacteria can be designed to combat bad bacteria and what scientists need to consider when designing bacteria for beneficial applications”. Imperial Department of Infectious Disease Imperial Life Sciences
journals.asm.org/doi/10.1128/ae…

“Designer bugs as drugs: This @CBRB research shows how good bacteria can be designed to combat bad bacteria and what scientists need to consider when designing bacteria for beneficial applications”. @ImperialInfect @ImperialLifeSci journals.asm.org/doi/10.1128/ae…
account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

A huge thank you to our CPA and CPG Committees for organising our CBRB 2023 Welcome Event. It was a great success and thank you to everyone who came along. Imperial Department of Infectious Disease Imperial Life Sciences

A huge thank you to our CPA and CPG Committees for organising our CBRB 2023 Welcome Event. It was a great success and thank you to everyone who came along. @ImperialInfect @ImperialLifeSci
account_circle
Tiago Costa(@CostaT_Lab) 's Twitter Profile Photo

We are offering a PhD project entitled “The impact of environmental cues in antimicrobial resistance spreading” in the SSCP DTP to start in Oct 2024.

Details about the program, application process and project on offer: ow.ly/h29G50LpqNF shorturl.at/fJW25

Please RT!

account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

Welcome to the CBRB
Professor Sandhya S. Visweswariah. Provost’s Visiting Professor in Biochemistry, Department of Life Sciences. (dbg.iisc.ac.in/people/sandhya…) Imperial Life Sciences Imperial Department of Infectious Disease

Welcome to the CBRB Professor Sandhya S. Visweswariah. Provost’s Visiting Professor in Biochemistry, Department of Life Sciences. (dbg.iisc.ac.in/people/sandhya…) @ImperialLifeSci @ImperialInfect
account_circle
Imperial College London Fungal Science Network(@ImperialFungal) 's Twitter Profile Photo

Registration for our autumn symposium is now open 👇🏻 everyone is welcome - join us on Wednesday 22nd Nov, 2-5pm at Imperial College.

shorturl.at/gABF4

account_circle
CBRB(@CBRB_Imperial) 's Twitter Profile Photo

Latest publication from Julie McDonald's lab, Dr Julie McDonald 'Antibiotics promote intestinal growth of carbapenem-resistant Enterobacteriaceae by enriching nutrients and depleting microbial metabolites'
nature.com/articles/s4146…

account_circle