@davidroper2.bsky.social

Professor of Biochemistry at U.Warwick, UK. bacterial cell walls, cell division, antibiotic discovery and resistance mechanisms. I’m on here for science just like @davidroper2. Views my own. His name is Gus if you are wondering…

E. coli ST131 is becoming carbapenem resistant. I suspect as CTX-M moves onto the chromosome and the F plasmid is lost facilitating acquisition of carbapenemase plasmids. No good can come of this

The Lancet Microbe@lancetmicrobe.bsky.social · 3mo ago

New research article Emergence of carbapenemase-producing #Escherichia coli in acute care hospitals in 32 European countries (the CCRE survey) www.thelancet.com/journals/lan... #IDSky #ClinMicro #AMR #Ecoli #OpenAccess #OA

Last Friday Phill Stansfeld & I played host to Dr Shu Sin Chng from National University of Singapore on his latest research in Gram negative bacterial membrane biogenesis, a core aspect of joint interests relevant to discovery of next generation antibiotics and combating the rise of AMR

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We had the 2 year anniversary and strategic advisory board for our BBSRC sLoLa on bacterial cell shape this week. Many thanks to Profs Miguel Valvano, Mariana Pinho and Dr Pam Brown for their feedback!

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25 years ago today I started as a lecturer at Warwick, may have got the hang of it now. Mostly… But always supported by Mrs Emma Roper.

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Oh really?, Nothing to do with a track record of high impact publications, major long term funding and the patience of a saint to get those things, along with a large dollop of single minded, focused almost blinkered determination then?

Times Higher Education (THE)@timeshighered.bsky.social · 5mo ago

Becoming a professor at a UK university is dependent on training high volumes of PhD students rather than delivering outstanding supervision, a report suggests. @jgro-the.bsky.social writes #EduSky #AcademicSky ow.ly/eFjW50Yl5FT