Bacillus subtilis strain KRS0151

TA loci of Bacillus subtilis strain KRS015

Number of TA loci: experimental0; insolico16

TA ID Related MGEs Organism (replicon) Genome accession Toxin Antitoxin Family/Domain
in_silico TA282346 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS08195 (txpA) - (ratA) txpA-ratA/-
in_silico TA282350 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS08535 (bsrH) - (as-bsrH) bsrH-as-bsrH/-
in_silico TA282352 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS08545 (txpA) - (ratA) txpA-ratA/-
in_silico TA282356 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS10905 (bsrG) - (as-bsrH) bsrG-as-bsrH/-
in_silico TA282360 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS11200 (yonT) - (as-bsrG) yonT-as-bsrG/-
in_silico TA282364 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS11205 (yonT) - (as-bsrG) yonT-as-bsrG/-
in_silico TA282365 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS11200 (yonT) - (SR6) yonT-SR6/-
in_silico TA282367 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS11205 (yonT) - (SR6) yonT-SR6/-
in_silico TA282369 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS11895 (bsrG) - (as-bsrH) bsrG-as-bsrH/-
in_silico TA282373 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS12190 (yonT) - (as-bsrG) yonT-as-bsrG/-
in_silico TA282377 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS12195 (yonT) - (as-bsrG) yonT-as-bsrG/-
in_silico TA282378 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS12190 (yonT) - (SR6) yonT-SR6/-
in_silico TA282380 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS12195 (yonT) - (SR6) yonT-SR6/-
in_silico TA282382 Prophage Bacillus subtilis strain KRS015 (chromosome) NZ_CP125762 QLQ05_RS13270 (bsrE) - (as-bsrE) bsrE-as-bsrE/-
experimentalExperimentally validated     insolicoBioinformatically predicted