Escherichia coli strain 19SZHZ869Rt1

TA loci of Escherichia coli strain 19SZHZ869Rt

Number of TA loci: experimental0; insolico16

TA ID Related MGEs Organism (replicon) Genome accession Toxin Antitoxin Family/Domain
in_silico TA210693 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS03195 (hipA) KZO18_RS03190 (hipB) hipBA/HipA-HipB
in_silico TA210702 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS05785 (yoeB) KZO18_RS05790 (yefM) yefM-yoeB (relBE)/YoeB-YefM
in_silico TA210703 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS09845 (mazF) KZO18_RS09850 (mazE) mazEF/PRK09907-MazE
in_silico TA210705 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS11075 (mqsR) KZO18_RS11070 (mqsA) mqsRA (relBE)/MqsR-MqsA
in_silico TA210706 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS11390 (higB) KZO18_RS11385 (higA) higBA (relBE)/HigB-HigA
in_silico TA210708 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS17555 (mosT) KZO18_RS17560 (mosA) mosAT/AbiEii-AbiEi
in_silico TA210709 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS19310 (yafQ) KZO18_RS19315 (dinJ) DinJ-YafQ (relBE)/YafQ-RelB
in_silico TA210710 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS19355 (yafO) KZO18_RS19350 (yafN) yafN-yafO (relBE)/YafO-YafN
in_silico TA210711 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS20230 (itaT) KZO18_RS20235 (itaR) itaRT/DUF1778(antitoxin)
in_silico TA210712 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS20400 (Hha) KZO18_RS20405 (TomB) Hha-TomB/-
in_silico TA210713 - Escherichia coli strain 19SZHZ869Rt (chromosome) NZ_CP080085 KZO18_RS22185 (relE) KZO18_RS22180 (relB) relBE/RelE-HTH_XRE
in_silico TA210715 Plasmid IS/Tn Escherichia coli strain 19SZHZ869Rt (plasmid p869Rt_IncX1) NZ_CP080086 KZO18_RS23010 (relE) KZO18_RS23015 (relB) relBE/ParE-DnaT
experimentalExperimentally validated     insolicoBioinformatically predicted