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Volume 31, Number 2—February 2025
Research Letter

Burkholderia pseudomallei Sequence Type 46 Transmission from Asia to Australia

Ella M. MeumannComments to Author , Mirjam Kaestli, Jessica R. Webb, Vanessa Rigas, Celeste Woerle, Mark Mayo, and Bart J. Currie
Author affiliation: Territory Pathology, Darwin, Northern Territory, Australia (E.M. Meumann); Menzies School of Health Research and Charles Darwin University, Darwin (E.M. Meumann, M. Kaestli, J.R. Webb, V. Rigas, C. Woerle, M. Mayo, B.J. Currie); Royal Darwin Hospital, Darwin (E.M. Meumann, B.J. Currie); University of Melbourne at The Peter Doherty Institute for Infection and Immunity, Melbourne, Victoria, Australia (J.R. Webb)

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Figure

Phylogenies of Burkholderia pseudomallei ST46 shown in an investigation of B. pseudomallei ST46 transmission from Asia to Australia. A) Midpoint-rooted maximum-likelihood global phylogeny; B) maximum clade credibility tree. Trees include genomes collected as part of the Darwin Prospective Melioidosis Study in Darwin, Northern Territory, Australia, and others available in public sources (Appendix 1 Table). Black circles indicate nodes with an approximate likelihood ratio >95 and ultrafast bootstrap >95. Labels indicate nodes with posterior support >0.8. ST, sequence type.

Figure. Phylogenies of Burkholderia pseudomallei ST46 shown in an investigation of B. pseudomallei ST46 transmission from Asia to Australia. A) Midpoint-rooted maximum-likelihood global phylogeny; B) maximum clade credibility tree. Trees include genomes collected as part of the Darwin Prospective Melioidosis Study in Darwin, Northern Territory, Australia, and others available in public sources (Appendix 1 Table). Black circles indicate nodes with an approximate likelihood ratio >95 and ultrafast bootstrap >95. Labels indicate nodes with posterior support >0.8. ST, sequence type.

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