Enterococcus faecalis strain AKSZ-2081

TA loci of Enterococcus faecalis strain AKSZ-208

Number of TA loci: experimental0; insolico18

TA ID Related MGEs Organism (replicon) Genome accession Toxin Antitoxin Family/Domain
in_silico TA242732 Plasmid Enterococcus faecalis strain AKSZ-208 (plasmid pW208) NZ_CP096049 MZO28_RS00345 (fst) - (RNAII) fst-RNAII/Fst(toxin)
in_silico TA242735 Plasmid Enterococcus faecalis strain AKSZ-208 (plasmid pW208) NZ_CP096049 MZO28_RS00345 (fst) - (RNAII) fst-RNAII/Fst(toxin)
in_silico TA263560 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS12855 (txpA) - (ratA) txpA-ratA/-
in_silico TA263562 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS12855 (txpA) - (ratA) txpA-ratA/-
in_silico TA263563 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS12855 (txpA) - (ratA) txpA-ratA/-
in_silico TA263565 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS12860 (txpA) - (ratA) txpA-ratA/-
in_silico TA263567 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS12860 (txpA) - (ratA) txpA-ratA/-
in_silico TA263568 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS13190 (txpA) - (ratA) txpA-ratA/-
in_silico TA263571 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS13535 (txpA) - (ratA) txpA-ratA/-
in_silico TA263573 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS13540 (txpA) - (ratA) txpA-ratA/-
in_silico TA263575 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS13540 (txpA) - (ratA) txpA-ratA/-
in_silico TA263577 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS13545 (txpA) - (ratA) txpA-ratA/-
in_silico TA263579 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS13545 (txpA) - (RNAII) txpA-RNAII/-
in_silico TA263581 - Enterococcus faecalis strain AKSZ-208 (chromosome) NZ_CP110289 MZO28_RS13545 (txpA) - (ratA) txpA-ratA/-
experimentalExperimentally validated     insolicoBioinformatically predicted