Escherichia coli strain DETEC-S5891

TA loci of Escherichia coli strain DETEC-S589

Number of TA loci: experimental0; insolico23

TA ID Related MGEs Organism (replicon) Genome accession Toxin Antitoxin Family/Domain
in_silico TA267778 - Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS04985 (mazF) PIC30_RS04980 (mazE) mazEF/PRK09907-MazE
in_silico TA267779 - Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS09055 (yoeB) PIC30_RS09050 (yefM) yefM-yoeB (relBE)/YoeB-YefM
in_silico TA267781 Prophage Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS09680 (parE_1) PIC30_RS09685 (paaA) paaR-paaA-parE/-
in_silico TA267788 - Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS12645 (hipA) PIC30_RS12640 (hipB) hipBA/HipA-HipB
in_silico TA267789 - Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS12790 (higB) PIC30_RS12795 (higA) higBA (relBE)/HigB-HigA
in_silico TA267793 GI Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS18870 (higB) PIC30_RS18865 (higA) higBA (relBE)/HigB-HTH_XRE
in_silico TA267794 - Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS19000 (Hha) PIC30_RS18995 (TomB) Hha-TomB/-
in_silico TA267795 GI Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS19935 (yafO) PIC30_RS19940 (yafN) yafN-yafO (relBE)/YafO-YafN
in_silico TA267799 Prophage Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS23930 (panT) PIC30_RS23935 (panA) PanAT/DUF4065(antitoxin)
in_silico TA267800 - Escherichia coli strain DETEC-S589 (chromosome) NZ_CP116071 PIC30_RS24785 (higB) PIC30_RS24780 (higA) higBA (relBE)/HTH(antitoxin)
in_silico TA267805 Plasmid Escherichia coli strain DETEC-S589 (plasmid pDETEC77) NZ_CP116072 PIC30_RS26135 (vapC) PIC30_RS26130 (vapB) vapBC/VapC-VagC
in_silico TA267809 Plasmid Escherichia coli strain DETEC-S589 (plasmid pDETEC78) NZ_CP116073 PIC30_RS26565 (parE) PIC30_RS26560 (parD) parDE/RelE-RHH
experimentalExperimentally validated     insolicoBioinformatically predicted