Photorhabdus laumondii subsp. laumondii strain DSPV002N1
TADB
Home
Browse
Statistics
Tools
TAfinder 2.0
BLAST Search
Download
Introduction
References
TA loci of
Photorhabdus laumondii subsp. laumondii strain DSPV002N
Number of TA loci:
0;
33
Type I
0
Type II
30
Type III
1
Type IV
2
Type V
0
Type VI
0
Type VII
0
Type VIII
0
TA ID
Related MGEs
Organism (replicon)
Genome accession
Toxin
Antitoxin
Family/Domain
TA062833
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS00925 (ataT)
A4R40_RS00930 (ataR)
ataRT
/DUF1778(antitoxin)
TA062834
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS01310 (relE)
A4R40_RS01305 (relB)
relBE
/ParE-RelB
TA062835
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS03655 (hicA)
A4R40_RS03650 (hicB)
hicAB
/-
TA062836
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS04445 (TacT2)
A4R40_RS04440 (TacA2)
tacAT
/DUF1778(antitoxin)
TA062837
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS04465 (higB)
A4R40_RS04460 (higA)
higBA
(
relBE
)/HigB-HigA
TA062838
IScluster/Tn
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS06250 (tad)
A4R40_RS06245 (ata)
tad-ata
/COG5606-COG4679
TA062839
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS06830 (relE)
A4R40_RS06825 (dinJ)
relE-dinJ
/YafQ-RelB
TA062840
ICE
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS09355 (higB)
A4R40_RS09360 (higA)
higBA
(
relBE
)/HigB-HigA
TA062841
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS10875 (higB)
A4R40_RS10870 (higA)
higBA
(
relBE
)/MqsA(antitoxin)
TA062842
-
Photorhabdus laumondii subsp. laumondii strain DSPV002N
(chromosome)
NZ_CP015281
A4R40_RS10905 (relE)
A4R40_RS10900 (relB)
relBE
/ParE(toxin)
1 to 10
Items of
30
View all
View Less
1
2
3
Experimentally validated
Bioinformatically predicted