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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)

Main Article

Figure

Phylogeny 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. Phylogeny 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.

Main Article

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