Escherichia coli strain 1906931

TA loci of Escherichia coli strain 190693

Number of TA loci: experimental0; insolico20

TA ID Related MGEs Organism (replicon) Genome accession Toxin Antitoxin Family/Domain
in_silico TA150247 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS00865 (hicA) G5C00_RS00870 (hicB) hicAB/UPF0150(antitoxin)
in_silico TA150248 IS/Tn Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS01300 (hipA) G5C00_RS01305 (hipB) hipBA/HipA-HipB
in_silico TA150257 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS07975 (higB) G5C00_RS07970 (higA) higBA (relBE)/HigB-HigA
in_silico TA150258 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS08345 (mazF) G5C00_RS08350 (mazE) mazEF/PRK09907-MazE
in_silico TA150261 GI Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS10685 (yhaV) G5C00_RS10680 (prlF) prlF-yhaV (relBE)/YhaV-PrlF
in_silico TA150262 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS12975 (hicA) G5C00_RS12970 (hicB) hicAB/HicA-HicB
in_silico TA150263 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS14670 (higB) G5C00_RS14675 (higA) higBA (relBE)/HTH(antitoxin)
in_silico TA150266 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS17350 (shpA) G5C00_RS17355 (shpB) shpAB/BrnT-BrnA
in_silico TA150267 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS18945 (yafO) G5C00_RS18940 (yafN) yafN-yafO (relBE)/YafO-YafN
in_silico TA150268 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS19035 (mosT) G5C00_RS19030 (mosA) mosAT/AbiEii-AbiEi
in_silico TA150269 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS19985 (Hha) G5C00_RS19990 (TomB) Hha-TomB/-
in_silico TA150270 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS21750 (relE) G5C00_RS21745 (relB) relBE/RelE-HTH_XRE
in_silico TA150272 - Escherichia coli strain 190693 (chromosome) NZ_CP048934 G5C00_RS23355 (TacT2) G5C00_RS23360 (TacA2) tacAT/DUF1778(antitoxin)
experimentalExperimentally validated     insolicoBioinformatically predicted