Methanoregula boonei 6A8 chromosome, complete genome. chromosome
# GENOME INFO
Genome size (bp) : 2542943
Link to NCBI Taxonomy Browser by Tax_id :456442
# TA INFO in replicon: NC_009712
#	Type	Toxin	Antitoxin	Regulator	Location	Classification(family/domain)
1	2	Mboo_0152	Mboo_0153	-	148403..148832	hicBA */HicB-HicA
2	2	Mboo_0365	Mboo_0366	-	360861..361581	-/HEPN-MNT
3	2	Mboo_0369	Mboo_0370	-	363665..364319	-/HEPN-MNT
4	2	Mboo_0373	Mboo_0374	-	364993..365659	-/HEPN-MNT(antitoxin)
5	2	Mboo_0374	Mboo_0373	-	364993..365659	-/HEPN-MNT
6	2	Mboo_0403	Mboo_0404	-	390365..390873	relBE */AbrB-RelE
7	2	Mboo_0853	Mboo_0852	-	829550..830134	hicBA */HicB-HicA
8	2	Mboo_0985	Mboo_0984	-	966878..967497	vapBC */RHH-PIN
9	2	Mboo_1034	Mboo_1035	-	1016884..1018229	hicBA */HicB-HicA
10	2	Mboo_1045	Mboo_1044	-	1028166..1028703	RelBE or parDE */RHH-RelE
11	2	Mboo_1771	Mboo_1772	-	1854834..1855438	-/COG2442-PIN
12	2	Mboo_1850	Mboo_1851	-	1929096..1929604	RelBE or parDE */RHH-RelE

* : TA family predicted based on the TA domain pair using the relationship in Table S2

The further putative TA pairs predicted by RASTA-Bacteria .

#	Toxin	Domain1	Score1	Antitoxin	Domain2	Score2	Replicon
1	Mboo_0404	SpoVT_AbrB/AbrB	90.66	Mboo_0403	RelE	91.82	NC_009712
2	Mboo_0984	HTH_4	82.5	Mboo_0985	VapC/PIN/COG1848	88.9	NC_009712
3	Mboo_0153	COG1598	82.81	Mboo_0152	COG1724	86.68	NC_009712
4	Mboo_0801	COG1724	83.84	Mboo_0802	COG1598	86.22	NC_009712
5	Mboo_1044	-	63.23	Mboo_1045	RelE	80.23	NC_009712
6	Mboo_1851	-	67.97	Mboo_1850	RelE	79.75	NC_009712
7	Mboo_0372	-	67.97	Mboo_0371	HTH_XRE/HTH_XRE/HTH_3/HipB/VapI	79.28	NC_009712
8	Mboo_1650	-	60.94	Mboo_1649	HTH_XRE/HTH_XRE/HTH_3/HipB/VapI	78.53	NC_009712
9	Mboo_0276	-	63.55	Mboo_0277	HTH_XRE/HTH_XRE/HTH_3/HipB	73.49	NC_009712

Note: The RASTA-Bacteria algorithm utilises rpsblast search and typical characteristics of TA loci, such as a two-gene, co-directed module coding for small proteins, to identify TA hits. RASTA-Bacteria TA pair hits with one score >70% and the other > 60% were recorded by TADB, this strict cut-off yields broadly reliable TA candidates.