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. 2020 May 27;9(6):286. doi: 10.3390/antibiotics9060286

Table 2.

Sequence type, identification, phylogenetic group and previously reported sources of ESBL+ E. coli.

Sequence
Type
Frequency
(No. of Isolates)
Identification
Method 1
Phylogenetic
Group
Reported Source 2
2 5 PUBMLST B2 human/domesticated animal
4 1 PUBMLST D human/food
5 1 PUBMLST D human
8 11 PUBMLST D domesticated animal
21 1 PUBMLST D humans/livestock
87 1 PUBMLST D primate
132 2 PUBMLST B2 animal
244 1 PUBMLST D human
316 2 PUBMLST D human/fish/poultry/livestock/environment
357 1 PUBMLST D human/poultry
398 1 PUBMLST D human/livestock/environment
399 1 PUBMLST D human/fish/poultry/livestock/environment
511 2 PUBMLST D human
535 1 PUBMLST D human
537 1 PUBMLST D human/livestock
551 1 PUBMLST D human
569 2 PUBMLST B2 human/environment/poultry
573 1 PUBMLST D human
638 2 PUBMLST B2 human
647 1 PUBMLST D human/livestock
661 2 PUBMLST D human/environment/livestock
681 1 PUBMLST A human
740 1 PUBMLST D human
756 1 PUBMLST B2 animal
767 1 PUBMLST B2 human/livestock
809 1 PUBMLST D human

1 Sequence type was identified using the Pasteur method for multi-locus sequence typing (PUBMLST). 2 Source noted in this column is as reported by investigators who had submitted the corresponding STs to Enterobase.