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Volume 31, Number 4—April 2025
Dispatch

Reemergence of Brucella abortus, Israel, 2021

Svetlana Bardenstein1, Daniel Grupel1, Boris Even-Tov, Yair Motro, and Jacob Moran-GiladComments to Author 
Author affiliation: National Brucella Reference Laboratory, Kimron Veterinary Institute, Ministry of Agriculture and Food Security, Beit Dagan, Israel (S. Bardenstein); Hadassah-Hebrew University Medical Center, Jerusalem, Israel (D. Grupel, J. Moran-Gilad); Galil-Golan Regional Office, Veterinary Services, Ministry of Agriculture and Food Security, Rosh Pina, Israel (B. Even-Tov); School of Public Health, Faculty of Health Sciences, Ben Gurion University of the Negev, Beer Sheva, Israel (Y. Motro, J. Moran-Gilad).

Main Article

Figure 1

Minimum-spanning tree of 7 study isolates and 13 reference genomes in study of reemergence of Brucella abortus, Israel, 2021. Tree shows core-genome multilocus sequence typing analysis of 7 study isolates of B. abortus (5 bovine isolates, 1 clinical human isolate, and 1 B19 vaccine strain) and 13 reference Brucella genomes (Appendix 1 Table 3), using an ad hoc scheme of 2,424 loci (at 95% genome presence threshold). Node size is proportional to the number of genomes. Numbers denote the number of differing alleles.

Figure 1. Minimum-spanning tree of 7 study isolates and 13 reference genomes in study of reemergence of Brucella abortus, Israel, 2021. Tree shows core-genome multilocus sequence typing analysis of 7 study isolates of B. abortus (5 bovine isolates, 1 clinical human isolate, and 1 B19 vaccine strain) and 13 reference Brucella genomes (Appendix 1 Table 3), using an ad hoc scheme of 2,424 loci (at 95% genome presence threshold). Node size is proportional to the number of genomes. Numbers denote the number of differing alleles.

Main Article

1These authors contributed equally to this article.

Page created: January 17, 2025
Page updated: March 24, 2025
Page reviewed: March 24, 2025
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