
Matt Bawn
@bawnmatt
Lecturer in Bacterial genomics; interest’s include evolutionary genomics and single cell sequencing
ID: 1397480138
https://scholar.google.co.uk/citations?user=eq3fBzQAAAAJ&hl=en 02-05-2013 15:33:37
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🆕 Cutting-edge technology has allowed scientists at the Quadram Insitute and Earlham Institute to watch bacteria developing antimicrobial resistance in real-time 👀 🦠 Matt Bawn Eleftheria Trampari Rob Kingsley Mark Webber buff.ly/3Uw7YRN


🔎 #Singlecell approaches has allowed scientists at the Earlham Institute to watch #bacteria develop #antimicrobialresistance in real-time, according to a study in Microbiology Society Microbial Genomics. okt.to/QfEWHU 👥 Matt Bawn Quadram Institute EI Single Cell now @whatchamacaulay.bsky.social Biotechnology and Biological Sciences Research






nature.com/articles/s4425… A highly multidrug-resistant strain of S. Kentucky ST198 is circulating in Zim. The data highlight need of incorporating genomic epidemiology of NTS thru a One Health approach. Thanks Quadram Institute WHO Zimbabwe World Health Organization (WHO) WHO African Region dtu University of Pretoria Institut Pasteur, since 1887

A great example of how Africa is using genomic sequencing for pathogens and antimicrobial resistance (AMR) surveillance. This is in line with the World Health Organization (WHO) vision to unite, inform and strengthen genomic surveillance efforts at country, regional and global levels. Thank you to great


Ever wondered how fast accessory genome dynamics of bacteria really is? In a new preprint we (Marco Molari, Liam Shaw) explore how rapidly E coli picks up genes horizontally, breaks genome synteny, etc.. biorxiv.org/content/10.110… For a thread by Marco see mstdn.science/@mrcmlr/112772…



