Due to the retirement of Brian Spratt it has been agreed to transfer the MLST databases hosted at mlst. net from Imperial College London to Oxford, where Keith Jolley and Martin Maiden have kindly agreed to host them at PubMLST. This agreement will provide a home for the MLST database for the benefit of the international microbiology community. David Aanensen and Brian Spratt.

Draw tree using own MLST data. This site is hosted at Imperial College and development is funded by the Wellcome Trust. For comments, queries, bugs or suggestions please contact David Aanensen.

Due to the retirement of Brian Spratt it has been agreed to transfer the MLST databases hosted at mlst. net from Imperial College London to Oxford, where Keith Jolley and Martin Maiden have kindly agreed to host them at PubMLST. This agreement will provide a home for the MLST database for the benefit of the international microbiology community. David Aanensen and Brian Spratt.

View global distribution of isolates and STs. Draw tree using own MLST data. Soll, University of Iowa. This MLST scheme was developed by, and is curated by, Andrew Dodgson. At the University of Manchester. For comments, queries, or suggestions please contact David Aanensen.

Due to the retirement of Brian Spratt it has been agreed to transfer the MLST databases hosted at mlst. net from Imperial College London to Oxford, where Keith Jolley and Martin Maiden have kindly agreed to host them at PubMLST. This agreement will provide a home for the MLST database for the benefit of the international microbiology community. David Aanensen and Brian Spratt.

Due to the retirement of Brian Spratt it has been agreed to transfer the MLST databases hosted at mlst. net from Imperial College London to Oxford, where Keith Jolley and Martin Maiden have kindly agreed to host them at PubMLST. The E faecium site has now transferred - other species databases will be migrating to PubMLST. This agreement will provide the security of these MLST databases for the benefit of the international microbiology community. David Aanensen and Brian Spratt.

Due to the retirement of Brian Spratt it has been agreed to transfer the MLST databases hosted at mlst. net from Imperial College London to Oxford, where Keith Jolley and Martin Maiden have kindly agreed to host them at PubMLST. This agreement will provide a home for the MLST database for the benefit of the international microbiology community. David Aanensen and Brian Spratt.

Due to the retirement of Brian Spratt it has been agreed to transfer the MLST databases hosted at mlst. net from Imperial College London to Oxford, where Keith Jolley and Martin Maiden have kindly agreed to host them at PubMLST. This agreement will provide a home for the MLST database for the benefit of the international microbiology community. David Aanensen and Brian Spratt.

Welcome to the Multi Locus Sequence Typing home page. MLST is a nucleotide sequence based approach for the unambiguous characterisation of isolates of bacteria and other organisms via the internet. The aim of MLST is to provide a portable, accurate, and highly discriminating typing system that can be used for most bacteria and some other organisms. It is envisaged that this approach will be particularly helpful for the typing of bacterial pathogens. This site is hosted at Imperial College.