Extremely happy to see this one out eLife - the journal. A new approach to overcome #AMR by inhibiting protein folding in the bacterial cell envelope. Targeting disulfide bond formation can potentiate #betalactams and #colistin against several resistant pathogens.(1/4) elifesciences.org/articles/57974

Since yesterday it was international #WomenInScience day, it is a good oportunity to celebrate my all-female research team Molecular Biosciences. This is now an old picture and currently have 2 new female lab members! Ayesha Mahmood Nikol Ellen Gouws Sabrina Slater Kate Potter

Proud of Dr Sabrina Slater for winning first poster prize at our departmental retreat! A lovely day out and very cool science all round. Molecular Biosciences NaturalSciences @ UT

Great BATBridge presentations this month. Genetic bio #sensors that help improve the production of complex chemicals by @simondoelsnitz (CSSB-Ellington) and new strategies to break #AMR by Nikol. Fun #Microbiology, #evolution and #synbio research. Molecular Biosciences

Great to see our TheScienceBreaker article breaking down our earlier eLife paper on breaking antimicrobial resistance for the general audience.

Very happy to see this out in Microbiology Society as part of their review collection on Bacterial Cell Envelopes. I bet you have all heard about the TEM #betalactamase, but do you know how complex is the biogenesis of these #AMR proteins? Find our more here: microbiologyresearch.org/content/journa…

Happy to share the latest from the lab. Using the Galleria mellonella burn wound and infection model to identify and characterize potential wound probiotics. Supported by The National Centre for the 3Rs Microbiology Society go.shr.lc/3CJbsZF

Are you interested in #AMR, new #antibiotics, and the bacterial cell envelope? Our new (giant) review on how to use this external compartment to target bacteria is just out! With Nikol Ayesha Mahmood and Chris Furniss. Link: authors.elsevier.com/a/1hJrpEs76CODy

Happy to see this out!!