Antimicrobial Resistance (AR) gene prediction was performed using a combined and deduplicated AR database (ResGANNCBI) from ResFinder, ARG-ANNOT, and NCBI AMRFinder(primary Database) accessed on 2022-09-15. AR drug classes are assigned according to these databases. This analysis does not include mutations that may result in antimicrobial resistance, or resistance determinants added to newer versions of databases used, or other antimicrobial resistance gene databases. Additional AR genes other than those listed, may be present. For resistance determinant detection, 99-100% sequence identity and 100% sequence coverage from GAMMA (primary AR gene calling tool) and SRST2 was used. GAMMA uses amino acid sequence to assign gene alleles from assemblies; SRST2 uses nucleotide sequence to assign gene alleles from sequencing reads and is used to resolve AR gene calls located on the edges of assembly scaffolds detected by GAMMA. Biosample accession numbers have been provided so that users can analyze the raw sequencing data on their own, if so desired. *MLST Type (and scheme), as determined by Torsten Seemann's MLST program. For Enterobacterales the Pasteur MLST schemes are used except for E. coli for which both the Pasteur and Achtman schemes are reported. Similarly, for Acinetobacter baumannii complex, both Pasteur and Oxford MLST schemes are used and reported. SUB=novel MLST identified and "submitted". Dash (-) indicates no pubMLST scheme is available for that species. Truncated porins are defined as porin genes detected with =80% sequence identity and =80% sequence coverage and predicted to have an internal stop codon by c-SSTAR (https://github.com/chrisgulvik/c-SSTAR). ** Prescence of Efflux Pump may not be associated with resistance. For additional gene information please visit the Reference Gene Catalog - Pathogen Detection - NCBI, a non-redundant database of bacterial genes related to antimicrobial resistance, biocide and stress resistance, general efflux, virulence, or antigenicity.