Escherichia albertii strain BIA_181

TA loci of Escherichia albertii strain BIA_18

Number of TA loci: experimental0; insolico21

TA ID Related MGEs Organism (replicon) Genome accession Toxin Antitoxin Family/Domain
in_silico TA271789 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS01055 (higB) PS040_RS01050 (higA) higBA (relBE)/HigB-HTH_XRE
in_silico TA271790 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS01330 (ataT) PS040_RS01325 (ataR) ataRT/DUF1778(antitoxin)
in_silico TA271791 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS02985 (yhaV) PS040_RS02990 (prlF) prlF-yhaV (relBE)/YhaV-PrlF
in_silico TA271792 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS03190 (higB) PS040_RS03195 (higA) higBA (relBE)/HigB-HigA
in_silico TA271799 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS12530 (doc) PS040_RS12525 (phd) phd-doc/Doc-RelB
in_silico TA271800 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS12605 (higB) PS040_RS12610 (higA) higBA (relBE)/HigB-HigA
in_silico TA271801 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS17850 (Hha) PS040_RS17845 (TomB) Hha-TomB/-
in_silico TA271808 GI Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS21600 (mosT) PS040_RS21595 (mosA) mosAT/AbiEii-AbiEi
in_silico TA271809 - Escherichia albertii strain BIA_18 (chromosome) NZ_CP117637 PS040_RS23005 (higB) PS040_RS23000 (higA) higBA (relBE)/HTH(antitoxin)
in_silico TA271810 Plasmid Escherichia albertii strain BIA_18 (plasmid pEA18_1) NZ_CP117638 PS040_RS23985 (ccdB) PS040_RS23980 (ccdA) ccdAB/CcdA(antitoxin)
in_silico TA271811 Plasmid IS/Tn Escherichia albertii strain BIA_18 (plasmid pEA18_2) NZ_CP117639 PS040_RS24995 (doc) PS040_RS24990 (phd) phd-doc/Doc-RelB
in_silico TA271812 Plasmid Escherichia albertii strain BIA_18 (plasmid pEA18_3) NZ_CP117640 PS040_RS25345 (parE) PS040_RS25340 (parD) parDE/RelE-RHH
experimentalExperimentally validated     insolicoBioinformatically predicted