NZ_AOFV01000005.1	padloc	RM_type_IV	13505	16366	0	-	.	Name=mREase_IV;HMM.accession=PDLC03658;HMM.name=mREase_IV_00004;Target.coverage=0.999;HMM.coverage=0.999;Alt=PDLC03658, mREase_IV_00004, 0, 0.999, 0.999 | PDLC03659, mREase_IV_00005, 2.7e-79, 0.559, 0.578
NZ_AOFV01000020.1	padloc	RM_type_III	938	2797	1.8e-67	+	.	Name=MTase_III;HMM.accession=PDLC03644;HMM.name=MTase_III_00013;Target.coverage=0.565;HMM.coverage=0.714;Alt=PDLC03635, MTase_III_00004, 8.9e-89, 0.404, 0.35 | PDLC03644, MTase_III_00013, 1.8e-67, 0.565, 0.714 | PDLC03638, MTase_III_00007, 1.7e-51, 0.58, 0.422 | PDLC03634, MTase_III_00003, 3.5e-44, 0.404, 0.424 | PDLC03641, MTase_III_00010, 3.2e-42, 0.426, 0.405
NZ_AOFV01000020.1	padloc	RM_type_III	2800	5352	4.699999999999998e-206	+	.	Name=REase_III;HMM.accession=PDLC03651;HMM.name=REase_III_00005;Target.coverage=0.969;HMM.coverage=0.951;Alt=PDLC03651, REase_III_00005, 4.7e-206, 0.969, 0.951
NZ_AOFV01000066.1	padloc	PD-Lambda-5	24045	25742	8.099999999999997e-129	-	.	Name=PD-Lambda-5_A;HMM.accession=PDLC04004;HMM.name=PD-Lambda-5_A_WP_126649701.1;Target.coverage=0.989;HMM.coverage=0.98;Alt=PDLC04004, PD-Lambda-5_A_WP_126649701.1, 8.1e-129, 0.989, 0.98 | PDLC03993, PD-Lambda-5_A_WP_001808011.1, 9e-113, 0.296, 0.988 | PDLC03998, PD-Lambda-5_A_WP_072870873.1, 2.4e-46, 0.593, 0.708 | PDLC03996, PD-Lambda-5_A_WP_039229846.1, 8.1e-37, 0.552, 0.499 | PDLC04007, PD-Lambda-5_A_WP_147385307.1, 1.2e-31, 0.503, 0.621
NZ_AOFV01000066.1	padloc	PD-Lambda-5	25720	26574	2.5999999999999995e-107	-	.	Name=PD-Lambda-5_B;HMM.accession=PDLC04018;HMM.name=PD-Lambda-5_B_WP_110365848.1;Target.coverage=0.954;HMM.coverage=0.931;Alt=PDLC04018, PD-Lambda-5_B_WP_110365848.1, 2.6e-107, 0.954, 0.931 | PDLC04019, PD-Lambda-5_B_WP_192916452.1, 3.4e-59, 0.553, 0.946
NZ_AOFV01000066.1	padloc	DMS_other	26613	27878	9.999999999999999e-115	-	.	Name=Specificity_I;HMM.accession=PDLC03165;HMM.name=Specificity_I_00114;Target.coverage=0.998;HMM.coverage=0.998;Alt=PDLC03165, Specificity_I_00114, 1e-114, 0.998, 0.998 | PDLC03087, Specificity_I_00036, 8.5e-75, 0.976, 0.978 | PDLC03178, Specificity_I_00127, 8.4e-70, 0.998, 0.998 | PDLC03078, Specificity_I_00027, 1.8e-47, 0.691, 0.692 | PDLC03185, Specificity_I_00134, 2e-42, 0.487, 0.498
NZ_AOFV01000068.1	padloc	RM_type_I	16006	19125	0	-	.	Name=REase_I;HMM.accession=PDLC03040;HMM.name=REase_I_00001;Target.coverage=0.996;HMM.coverage=0.992;Alt=PDLC03040, REase_I_00001, 0, 0.996, 0.992 | PDLC03041, REase_I_00002, 8.8e-63, 0.465, 0.435 | PDLC03044, REase_I_00005, 2.9e-59, 0.495, 0.479 | PDLC03048, REase_I_00009, 1.9e-39, 0.543, 0.522 | PDLC03046, REase_I_00007, 4.8e-16, 0.317, 0.323
NZ_AOFV01000068.1	padloc	RM_type_I	19109	20266	1.2999999999999996e-128	-	.	Name=Specificity_I;HMM.accession=PDLC03164;HMM.name=Specificity_I_00113;Target.coverage=0.81;HMM.coverage=0.773;Alt=PDLC03164, Specificity_I_00113, 1.3e-128, 0.81, 0.773 | PDLC03068, Specificity_I_00017, 1e-85, 0.855, 0.829 | PDLC03138, Specificity_I_00087, 5.5e-72, 0.566, 0.445 | PDLC03089, Specificity_I_00038, 6.4e-49, 0.792, 0.776 | PDLC03163, Specificity_I_00112, 9.9e-49, 0.769, 0.737
NZ_AOFV01000068.1	padloc	RM_type_I	20256	21770	2.2999999999999984e-279	-	.	Name=MTase_I;HMM.accession=PDLC03019;HMM.name=MTase_I_00002;Target.coverage=0.99;HMM.coverage=0.535;Alt=PDLC03019, MTase_I_00002, 2.3e-279, 0.99, 0.535 | PDLC03035, MTase_I_00018, 3.9e-112, 0.829, 0.651 | PDLC03031, MTase_I_00014, 2.1e-91, 0.899, 0.574 | PDLC03022, MTase_I_00005, 2.7e-86, 0.907, 0.554 | PDLC03027, MTase_I_00010, 4.3e-73, 0.911, 0.54
NZ_AOFV01000004.1	padloc	SoFic	459	1679	1.6999999999999998e-30	-	.	Name=SoFic;HMM.accession=SoFic__SoFic;HMM.name=SoFic__SoFic;Target.coverage=0.746;HMM.coverage=0.806;Alt=SoFic__SoFic, SoFic__SoFic, 1.7e-30, 0.746, 0.806
NZ_AOFV01000020.1	padloc	Mokosh_TypeII	19279	22431	3.3999999999999994e-67	+	.	Name=MkoC;HMM.accession=Mokosh_TypeII__MkoC;HMM.name=Mokosh_TypeII__MkoC;Target.coverage=0.728;HMM.coverage=0.622;Alt=Mokosh_TypeII__MkoC, Mokosh_TypeII__MkoC, 3.4e-67, 0.728, 0.622
NZ_AOFV01000064.1	padloc	RosmerTA	9324	10091	4.199999999999999e-82	+	.	Name=RmrT;HMM.accession=RosmerTA__RmrT_2603008502;HMM.name=RosmerTA__RmrT_2603008502;Target.coverage=0.961;HMM.coverage=0.963;Alt=RosmerTA__RmrT_2603008502, RosmerTA__RmrT_2603008502, 4.2e-82, 0.961, 0.963
NZ_AOFV01000064.1	padloc	RosmerTA	10097	11272	2.1999999999999992e-172	+	.	Name=RmrA;HMM.accession=RosmerTA__RmrA_2603008502;HMM.name=RosmerTA__RmrA_2603008502;Target.coverage=0.995;HMM.coverage=0.98;Alt=RosmerTA__RmrA_2603008502, RosmerTA__RmrA_2603008502, 2.2e-172, 0.995, 0.98 | RosmerTA__RmrA_2623274509, RosmerTA__RmrA_2623274509, 1.8e-67, 0.944, 0.924 | RosmerTA__RmrA_2600853143, RosmerTA__RmrA_2600853143, 3.5e-66, 0.972, 0.948 | RosmerTA__RmrA_2677172838, RosmerTA__RmrA_2677172838, 2.4e-65, 0.934, 0.924 | RosmerTA__RmrA_2634882613, RosmerTA__RmrA_2634882613, 3.2e-64, 0.964, 0.917
NZ_AOFV01000005.1	padloc	PDC-S07	16368	16760	1.2999999999999998e-55	-	.	Name=PDC-S07;HMM.accession=PDLC04899;HMM.name=PDC-S07_WP_110056698.1;Target.coverage=0.977;HMM.coverage=0.941;Alt=PDLC04899, PDC-S07_WP_110056698.1, 1.3e-55, 0.977, 0.941
NZ_AOFV01000042.1	padloc	PDC-M24	2052	2525	3.1e-12	+	.	Name=PDC-M24A;HMM.accession=PDLC04538;HMM.name=PDC-M24A_WP_014405001.1;Target.coverage=0.93;HMM.coverage=0.966;Alt=PDLC04538, PDC-M24A_WP_014405001.1, 3.1e-12, 0.93, 0.966 | PDLC04536, PDC-M24A_WP_215689254.1, 0.00011, 0.688, 0.757
NZ_AOFV01000042.1	padloc	PDC-M24	2530	3321	3.1e-44	+	.	Name=PDC-M24B;HMM.accession=PDLC04539;HMM.name=PDC-M24B_WP_172176026.1;Target.coverage=0.966;HMM.coverage=0.976;Alt=PDLC04539, PDC-M24B_WP_172176026.1, 3.1e-44, 0.966, 0.976 | PDLC04540, PDC-M24B_WP_194058944.1, 1.5e-09, 0.867, 0.887
NZ_AOFV01000042.1	padloc	PDC-M24	3996	4547	3.6e-23	+	.	Name=PDC-M24A;HMM.accession=PDLC04538;HMM.name=PDC-M24A_WP_014405001.1;Target.coverage=0.782;HMM.coverage=0.911;Alt=PDLC04538, PDC-M24A_WP_014405001.1, 3.6e-23, 0.782, 0.911 | PDLC04536, PDC-M24A_WP_215689254.1, 1e-11, 0.413, 0.514 | PDLC04533, PDC-M24A_WP_166281731.1, 0.00019, 0.436, 0.536 | PDLC04537, PDC-M24A_WP_131917830.1, 0.00028, 0.458, 0.5
NZ_AOFV01000042.1	padloc	PDC-M24	4560	5348	7.3e-61	+	.	Name=PDC-M24B;HMM.accession=PDLC04539;HMM.name=PDC-M24B_WP_172176026.1;Target.coverage=0.962;HMM.coverage=0.965;Alt=PDLC04539, PDC-M24B_WP_172176026.1, 7.3e-61, 0.962, 0.965 | PDLC04540, PDC-M24B_WP_194058944.1, 7.2e-19, 0.87, 0.883
NZ_AOFV01000047.1	padloc	PDC-S47	5506	6363	4.6e-43	+	.	Name=PDC-S47;HMM.accession=PDLC05025;HMM.name=PDC-S47_WP_148603747.1;Target.coverage=0.86;HMM.coverage=0.795;Alt=PDLC05025, PDC-S47_WP_148603747.1, 4.6e-43, 0.86, 0.795 | PDLC05024, PDC-S47_WP_162033884.1, 1.5e-20, 0.839, 0.777 | PDLC05026, PDC-S47_WP_158581276.1, 5.2e-20, 0.604, 0.673
NZ_AOFV01000011.1	padloc	AbiD	174335	175303	1.4e-48	+	.	Name=AbiD;HMM.accession=PDLC02344;HMM.name=AbiD;Target.coverage=0.978;HMM.coverage=0.964;Alt=PDLC02344, AbiD, 1.4e-48, 0.978, 0.964
NZ_AOFV01000064.1	padloc	AbiD	278908	280014	2.6e-56	+	.	Name=AbiD;HMM.accession=PDLC02344;HMM.name=AbiD;Target.coverage=0.872;HMM.coverage=0.986;Alt=PDLC02344, AbiD, 2.6e-56, 0.872, 0.986
NZ_AOFV01000020.1	padloc	pycsar_effector	6434	7000	7.4e-41	+	.	Name=PycTM;HMM.accession=PDLC02364;HMM.name=Pyc_3TM;Target.coverage=0.963;HMM.coverage=0.975;Alt=PDLC02364, Pyc_3TM, 7.4e-41, 0.963, 0.975 | PDLC02363, Pyc_2TM, 9e-27, 0.904, 0.942 | PDLC02365, Pyc_4TM, 1.1e-21, 0.851, 0.897 | PDLC00700, Effector_00038, 3.6e-16, 0.926, 0.942 | PDLC00685, Effector_00023, 3.1e-15, 0.803, 0.747
NZ_AOFV01000020.1	padloc	pycsar_effector	7003	7752	2.3999999999999992e-99	+	.	Name=PycC;HMM.accession=PDLC02368;HMM.name=PycC_CladeC;Target.coverage=0.976;HMM.coverage=0.991;Alt=PDLC02368, PycC_CladeC, 2.4e-99, 0.976, 0.991 | PDLC02367, PycC_CladeB, 3e-24, 0.896, 0.951 | PDLC02369, PycC_CladeD, 8.4e-23, 0.771, 0.726 | PDLC00763, Cyclase_00003, 4.3e-19, 0.779, 0.72 | PDLC00766, Cyclase_00006, 2.9e-13, 0.876, 0.927