Basic pLAST usage

Imports and configuration

[1]:
import logging
from pathlib import Path
import pandas as pd
from plast.data import PLASTData
from plast.plast import PLAST
from examples.configuration import config

Load configuration to PLASTData object

[2]:
pl_data = PLASTData(config)
Loading pLAST data...

Set logger to “warning” to not print too much informations

[3]:
logger = logging.getLogger("plast")
logger.setLevel(logging.WARNING)

Analyze sequence using MMseqs2 model

Initialize PLAST object - load config, choose model and add logger

[4]:
plast = PLAST(data=pl_data, model="mmseqs2_model", logger=logger)

Load example plasmid sequence from .fasta file and annotate with prodigal

[5]:
plast = plast.load_nt_fasta(open("examples/NZ_AP018444.1.fasta").read())
print("Plasmid of langth", plast.length, "has the following annotation:")
display(plast.parsed)
Plasmid of langth 181607 has the following annotation:
locus_tag start end strand type gene product translation
0 NZ_AP018444.1_1 3 410 1 CDS FLIGTLLLFGLAACDSIKSVASDVTVGKVIEEFKAAGLEAEQPSDL...
1 NZ_AP018444.1_2 561 776 -1 CDS MKNKRDRLAILPAIDSFINFISITLTINARNNGINSTMASLIAMSF...
2 NZ_AP018444.1_3 848 937 -1 CDS MLQKEEKVMGKTLFIAEKLKVANEIIKSL*
3 NZ_AP018444.1_4 1127 1765 -1 CDS MEVLIFELILIAVLIPLNSVVKKHVPKWKGKAGEKLVKRMLSKLDP...
4 NZ_AP018444.1_5 1782 2015 -1 CDS MGTVKNVEKRLPTWANFGVIEKPVNRRVTRPFQFRGGLLVSLALGF...
... ... ... ... ... ... ... ... ...
187 NZ_AP018444.1_188 175616 176212 -1 CDS MSACSSSAQTKNDSRPAQAVQNGIQQHVEGKDIVDIPEAYKRKLKG...
188 NZ_AP018444.1_189 176689 179352 -1 CDS MGKTLFIAEKPKVANEIMKSPRFRHSQKYIGSKPYYGYYENDHYIV...
189 NZ_AP018444.1_190 179919 180323 -1 CDS MQQCLKYNCGTIQLEDLQGISKEQAFLKNWTYFDLQEKIKNQANQY...
190 NZ_AP018444.1_191 180464 181204 -1 CDS MKYIYVHFHYHFRTIGNRTIQKLWEYDNQSLKHFKDTGQYPSAQQL...
191 NZ_AP018444.1_192 181546 181605 1 CDS MISKDLSTVGGTHKYVKKII

192 rows × 8 columns

Assign cluster identifiers to the plasmid proteins

[6]:
plast = plast.assign_mmseqs_clusters(use_gpu=False, threads=16)
print("Number of assigned clusters:", len(plast.vector))
print("Assigned clusters:")
print(plast.vector)
Number of assigned clusters: 192
Assigned clusters:
['1726383', '148937', None, '1728687', '1448965', '965893', '1352966', '274635', '1329213', '937429', '58827', '1125732', '125058', '397664', '1309585', '849139', '1608308', '1774255', '1305808', '823963', '914165', '424635', '1962137', '1604810', '1180630', '95863', '693312', '32114', '1023247', '162059', '1592724', '117164', '1125732', '1817959', '242486', '980376', '292496', '1116255', '292496', '593498', '88330', '348526', '1162655', '1758823', '380840', '418057', '38255', '272555', '1407794', '1323801', '1845834', '418057', '418057', '65429', '713699', '1581456', '1492243', '755590', '1927622', '744391', '181159', '443359', '1035554', '726077', '778536', '252085', '1465232', '526994', '680046', '1080639', '760499', '1095998', '173906', '1525104', '501114', '1121675', '1307378', '1587438', '1590278', '1590278', '284942', '1026005', '561496', '1332624', '641459', '22307', '1289793', '1414715', '220900', '556593', '861431', '776119', '1482033', '41154', '483741', '517033', '1348503', '1408017', '1231094', '1477873', '418422', '686309', '15465', '438928', '871872', '722568', '139193', '1677282', '1725518', '1084212', '1715426', '272556', '330209', '1018788', '495705', '353724', '1517740', '1242764', '1054904', '1005010', '1080454', '1080454', '1222282', '1587200', '1145217', '1934657', '1722622', '564115', '1411678', '1005296', '1059403', '1578105', '631709', '886150', '655315', '858156', '1975252', '569631', '126985', '1375233', '1785719', '978057', '694260', '1092372', '1817518', '421882', '968129', '1548607', '1489993', '288264', '126476', '980684', '1910602', '954653', '186797', '714481', '424239', '1371363', '548390', '1857899', '345043', '969528', '481490', '1289102', None, '693232', '724871', '16603', '645079', '1080454', '1080454', '1145984', '1145984', '1080454', '1529217', '434562', '1829014', '1926563', '1493192', '908054', '567172', '1011689', '914407', '56100', '288264', '1331321', '1147133', '593027', '205985', '664352', '564116', None]

Pass data through pLAST model and receive embeddings

[7]:
plast = plast.encode()
print("Plasmid embedding:")
print(plast.embedding)
Plasmid embedding:
[ 0.16471866 -0.08894535  0.11579394 -0.01732706 -0.11079773 -0.01380745
 -0.04653129 -0.12210099 -0.12558307  0.18801463 -0.07162381  0.04096976
 -0.01991154 -0.04585328 -0.15146436  0.14647095  0.03018236  0.28174242
 -0.0978851   0.14704888  0.00766877 -0.07863601 -0.01845692 -0.01584697
  0.17130908 -0.3024303   0.07048776  0.04974978 -0.09092903  0.10596259
  0.09919997  0.00148555 -0.02341652  0.06497296  0.00272284  0.07149697
  0.25530246  0.05554739 -0.01458314  0.1768556  -0.07046866 -0.09388541
  0.02164434 -0.02105708  0.13358366  0.3737567   0.09823149 -0.00990677
 -0.0734854  -0.11207584  0.01302719  0.24148823 -0.01188859 -0.13840665
 -0.18913814 -0.07030325  0.19642639 -0.06978988 -0.03530707 -0.0896187
  0.13096678  0.07975508 -0.01628163  0.19070303]

Whole-plasmid comparison (global search)

get_most_similar() compares the embedding of the complete query plasmid against complete plasmid embeddings stored in the selected pLAST model.

[8]:
results = plast.get_most_similar(maxret=15)
[9]:
df = pd.DataFrame.from_dict(results, orient="index")

for c in ("pLAST_distance", "gc"):
    if c in df.columns:
        df[c] = pd.to_numeric(df[c], errors="coerce").round(6)

preferred = [
    "pLAST_distance",
    "length",
    "gc",
    "taxid",
    "organism",
    "definition",
    "taxonomy",
    "rep_type(s)",
    "AMR",
    "relaxase_type(s)",
    "mpf_type",
    "orit_type(s)",
    "predicted_mobility",
]
cols = [c for c in preferred if c in df.columns] + [
    c for c in df.columns if c not in preferred
]
display(df[cols])
pLAST_distance length gc taxid organism definition taxonomy rep_type(s) AMR relaxase_type(s) mpf_type orit_type(s) predicted_mobility accession database topology primary_cluster_id
IMGPR_plasmid_3300008282_000245 1.0 11117 0.234776 NaN - NaN NaN - ACR,CIP,ERY,FOS,MIN,NOR,OTC,TEC,TET,VAN - - - non-mobilizable IMGPR_plasmid_3300008282_000245 IMG-PR linear AG673
COMPASS_NC_013208.1 1.0 7907 0.543443 521098.0 Alicyclobacillus acidocaldarius Alicyclobacillus acidocaldarius subsp. acidoca... Bacteria;Bacillota;Bacilli;Caryophanales;Alicy... - - - - - non-mobilizable COMPASS_NC_013208.1,GenBank_CP001730.1,PLSDB_N... COMPASS,GenBank,PLDSB,RefSeq circular AB250
GenBank_CP065945.1 1.0 27165 0.551224 1402.0 Bacillus licheniformis Bacillus licheniformis strain H2 plasmid unnam... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... - - - - - non-mobilizable GenBank_CP065945.1,PLSDB_NZ_CP065945.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA379
IMGPR_plasmid_3300053491_097066 1.0 3991 0.324981 NaN - NaN NaN - AMK,AZM,CLI,CLR,CST,DAL,DIR,ERY,GEN,GSV,ISP,KA... - - - non-mobilizable IMGPR_plasmid_3300053491_097066 IMG-PR direct terminal repeat AA379
IMGPR_plasmid_3300022690_000377 1.0 5177 0.378018 NaN - NaN NaN - AMX,CEF,CRO,FOX,RFB,RFX,RIF,RPT,SPT,STR,TIC,TMO - - - non-mobilizable IMGPR_plasmid_3300022690_000377 IMG-PR direct terminal repeat AA379
IMGPR_plasmid_2836988040_000027 1.0 10449 0.615178 NaN Paracraurococcus ruber NaN NaN - SPT,TET,THA,TIA - - - non-mobilizable IMGPR_plasmid_2836988040_000027 IMG-PR direct terminal repeat AA379
IMGPR_plasmid_3300031708_000567 1.0 7984 0.587675 NaN - NaN NaN - ABK,AMK,CIP,CST,ERY,GEN,MEM,NOR,OFX,PMB,TET,TG... - - - non-mobilizable IMGPR_plasmid_3300031708_000567 IMG-PR linear AA379
GenBank_CP110135.1 1.0 11389 0.328563 450367.0 Peribacillus frigoritolerans Peribacillus frigoritolerans strain Q2H1 plasm... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... - - - - - non-mobilizable GenBank_CP110135.1,PLSDB_NZ_CP110135.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA379
IMGPR_plasmid_3300005933_000174 1.0 7700 0.534935 NaN - NaN NaN - AMK,CHL,CIP,DAL,DBK,ERY,GAT,GEN,GSV,LVX,MDM,MX... - - - non-mobilizable IMGPR_plasmid_3300005933_000174 IMG-PR direct terminal repeat AA379
mMGEs_k141_157016_r14~1324711 1.0 1636 0.579462 NaN - NaN NaN - AMP,CAZ,SPT - - - non-mobilizable mMGEs_k141_157016_r14~1324711 mMGE linear AA379
mMGEs_k141_406140_r14~378905 1.0 1535 0.568078 NaN - NaN NaN - ATM,ERY,KIT,LVX,NAL,NOV,ROK,TET - - - non-mobilizable mMGEs_k141_406140_r14~378905 mMGE linear AA379
IMGPR_plasmid_3300007766_000506 1.0 6447 0.273476 NaN - NaN NaN - AMP,CFZ,CLI,CST,FOX,LIN,RET,TIA,TMP,VGM - - - non-mobilizable IMGPR_plasmid_3300007766_000506 IMG-PR direct terminal repeat AG435
mMGEs_k141_269674_r14~2763926 1.0 1732 0.538106 NaN - NaN NaN - ACR,AMK,CHL,CIP,CLX,CST,ERY,GEN,IPM,MEM,NOR,OF... - - - non-mobilizable mMGEs_k141_269674_r14~2763926 mMGE linear AA379
mMGEs_k141_1568014_r14~1295310 1.0 1876 0.386994 NaN - NaN NaN - CLI,HYG,IBX,RET,TET - - - non-mobilizable mMGEs_k141_1568014_r14~1295310 mMGE linear AA379
IMGPR_plasmid_3300010965_000027 1.0 4348 0.487810 NaN - NaN NaN - AZM,CLR,DIR,ERY,OLD,ROX,SPI,TEL,TYL,VAN - - - non-mobilizable IMGPR_plasmid_3300010965_000027 IMG-PR linear AA379

Analyze sequence using eggNOG model

Initialize PLAST object - load config, choose model and add logger

[15]:
plast = PLAST(data=pl_data, model="eggnog_model", logger=logger)

Load example plasmid sequence and GenBank annotation from .gb file

[16]:
plast = plast.load_gbff(Path("examples/NZ_AP018444.1.gb"))
print("Plasmid of langth", plast.length, "has the following annotation:")
display(plast.parsed)
Plasmid of langth 181607 has the following annotation:
start end strand partial type coordinates locus_tag old_locus_tag inference note ... product protein_id translation GO_function pseudo gene EC_number GO_process GO_component gene_synonym
1 598 807 1 0 CDS 598..807 BAZ_RS27670 NaN COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... hypothetical protein WP_003171438.1 MYIIINFEPLSPVMNDIAIKLAMVLFIPLFLALIVKVILMKFMKES... NaN NaN NaN NaN NaN NaN NaN
2 1127 1765 -1 0 CDS complement(1127..1765) BAZ_RS27675 BAZ_pXO1_00003 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... nuclease-related domain-containing protein WP_000453400.1 MEVLIFELILIAVLIPLNSVVKKHVPKWKGKAGEKLVKRMLSKLDP... GO:0003677 - DNA binding [Evidence IEA];GO:000... NaN NaN NaN NaN NaN NaN
3 1782 2165 -1 0 CDS complement(1782..2165) BAZ_RS27680 BAZ_pXO1_00004 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... hypothetical protein WP_003159741.1 MNRNREYIALRNSISIGWLLTCIVIGLSIYFSSVVYLLIGCFILSL... NaN NaN NaN NaN NaN NaN NaN
4 2291 2875 1 0 CDS 2291..2875 BAZ_RS27685 BAZ_pXO1_00005 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... hypothetical protein WP_000916417.1 MLKLVVNNTGTEPEGDSAFSNYFTCKDCVYYLSKSDSCSLQLAADS... NaN NaN NaN NaN NaN NaN NaN
5 2895 3473 1 0 CDS 2895..3473 BAZ_RS27690 BAZ_pXO1_00006 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... hypothetical protein WP_002194483.1 MLEHTILFSLVQLVPLIVSTGIIYILLELTDTEWKTWFSYEGIFAI... NaN NaN NaN NaN NaN NaN NaN
... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ...
161 175000 175287 -1 0 CDS complement(175000..175287) BAZ_RS28520 BAZ_pXO1_00191 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... hypothetical protein WP_000084556.1 MSQVPGFLKFVLAKERRYVYLAVAEKKNKRILTHIVYRFGPLEKAL... NaN NaN NaN NaN NaN NaN NaN
162 175364 175564 -1 0 CDS complement(175364..175564) BAZ_RS28525 BAZ_pXO1_00192 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... hypothetical protein WP_000344165.1 MDENKRNMLLSFIISILFIFTSLLPFSNNEYVYVISKIGAAAGVIN... NaN NaN NaN NaN NaN NaN NaN
163 175616 176260 -1 0 CDS complement(175616..176260) BAZ_RS28530 BAZ_pXO1_00193 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... thermonuclease family protein WP_000708136.1 MKIWIKAICITSFVIQMSACSSSAQTKNDSRPAQAVQNGIQQHVEG... NaN NaN NaN NaN NaN NaN NaN
164 176689 179352 -1 0 CDS complement(176689..179352) BAZ_RS28540 BAZ_pXO1_00195 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... type IA DNA topoisomerase WP_000520727.1 MGKTLFIAEKPKVANEIMKSPRFRHSQKYIGSKPYYGYYENDHYIV... GO:0003677 - DNA binding [Evidence IEA];GO:000... NaN NaN 5.6.2.1 GO:0006265 - DNA topological change [EvidenceIEA] NaN NaN
0 181589 181607 1 0 CDS join(181589..181607,1..410) BAZ_RS27665 BAZ_pXO1_00001 COORDINATES: similar to AAsequence:RefSeq:WP_0... Derived by automated computational analysis us... ... hypothetical protein WP_000914414.1 MLKKLSVFLIGTLLLFGLAACDSIKSVASDVTVGKVIEEFKAAGLE... NaN NaN NaN NaN NaN NaN NaN

136 rows × 22 columns

Assign cluster identifiers to the plasmid proteins

[17]:
plast = plast.assign_eggnog_annot(processes=16)
print("Number of assigned clusters:", len(plast.vector))
print("Assigned clusters:")
print(plast.vector)
Number of assigned clusters: 136
Assigned clusters:
[nan, '31K0D', nan, '30DG3', nan, '32907', nan, nan, 'COG3344', 'COG0553', nan, 'COG0827', nan, '2ZFG1', nan, '2Z9QM', '2Z9QM', '30AUC', '32EU5', '33QRF', 'COG4973', 'COG0675', 'COG2250', 'COG3344', 'COG1708', nan, nan, nan, 'COG3950', 'COG2865', '2ZWMK', 'COG0539', '30VTJ', 'COG1309.used_alg.fa', nan, 'COG4823', 'COG0454', 'COG3385', 'COG3385', nan, 'COG1476', '33G6F', '308XQ', 'COG3505', nan, '30DRN', '349HH', '2ZM2H', '30JG6', nan, '33PUD', '32AWE', 'COG4963', nan, nan, 'COG2866', nan, nan, nan, 'COG3745', 'COG4963', 'COG4962', 'COG4965', '3294H', '3294H', '30JM3', 'COG4072', 'COG4960', nan, 'COG5464', '30EMT', nan, '30D9P', '30EJP', '336S4', 'COG3451', nan, nan, '33KVR', '33F95', 'COG1266', 'COG2311', '307WB', 'COG5386', nan, '345N2', 'COG2866', 'COG0671', nan, 'COG1210', '2Z8KQ', '33354', nan, nan, nan, '2ZJNR', 'COG3711', nan, nan, nan, 'COG4644', 'COG1961', '2ZAZ1', nan, '2ZA3G', nan, nan, '32ZBI', 'COG0640', '30AH4', nan, nan, 'COG4973', nan, '33Y12', nan, nan, '33ZVC', '32U5N', '332Y6', 'COG3443', 'COG2357', 'COG4973', 'COG3410', nan, '319NK', '33JGE', nan, nan, 'COG1923', 'COG0640', '30EJD', nan, 'COG1525', 'COG0550', '331IF']

Pass data through pLAST model and receive embeddings

[18]:
plast = plast.encode()
print("Plasmid embedding:")
print(plast.embedding)
Plasmid embedding:
[-0.01628306 -0.01295302 -0.2643657   0.12566526  0.0786413   0.07343284
 -0.10592642  0.05117363 -0.15185057 -0.0917705  -0.1749777  -0.04378572
  0.04284062 -0.01780606  0.10390937 -0.03507463  0.12917799  0.22014977
 -0.09011716 -0.26449004  0.1578369   0.23005912 -0.12079659 -0.16868664
  0.08776087  0.14757568  0.08944128  0.03609036  0.02073304  0.06742117
 -0.03507506  0.04188536 -0.14262943 -0.0101757   0.07670277 -0.05125343
  0.135285   -0.28171447 -0.05007815  0.02647007 -0.03667818  0.26045159
 -0.25092968 -0.12784135  0.02631533  0.0357714   0.06894967  0.01984254
 -0.10920736 -0.14962453 -0.1685642   0.05777118 -0.0179081   0.03834559
 -0.03849267  0.1128887   0.17922303 -0.08803956 -0.075794    0.10746881
 -0.01048282  0.11445606  0.12085333  0.21659563]

Find similar plasmids in the database

[19]:
results = plast.get_most_similar(maxret=15)
[20]:
df = pd.DataFrame.from_dict(results, orient="index")

for c in ("pLAST_distance", "gc"):
    if c in df.columns:
        df[c] = pd.to_numeric(df[c], errors="coerce").round(6)

preferred = [
    "pLAST_distance",
    "length",
    "gc",
    "taxid",
    "organism",
    "definition",
    "taxonomy",
    "rep_type(s)",
    "AMR",
    "relaxase_type(s)",
    "mpf_type",
    "orit_type(s)",
    "predicted_mobility",
]
cols = [c for c in preferred if c in df.columns] + [
    c for c in df.columns if c not in preferred
]
display(df[cols])
pLAST_distance length gc taxid organism definition taxonomy rep_type(s) AMR relaxase_type(s) mpf_type orit_type(s) predicted_mobility accession database topology primary_cluster_id
RefSeq_NZ_CP096828.1 0.972781 181633 0.325293 1392.0 Bacillus anthracis Bacillus anthracis strain CVCC40205 plasmid un... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP096828.1,PLSDB_NZ_CP096828.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP096825.1 0.972509 181710 0.325277 1392.0 Bacillus anthracis Bacillus anthracis strain CVCC40202 plasmid un... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP096825.1,PLSDB_NZ_CP096825.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP029324.1 0.972365 181932 0.325391 1392.0 Bacillus anthracis Bacillus anthracis strain 17OD930 plasmid pXO1... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP029324.1,PLSDB_NZ_CP029324.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP076223.1 0.972279 181467 0.325359 1392.0 Bacillus anthracis Bacillus anthracis strain A159 plasmid pXO1, c... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP076223.1,PLSDB_NZ_CP076223.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP076171.1 0.972061 181758 0.325312 1392.0 Bacillus anthracis Bacillus anthracis strain A168 plasmid pXO1, c... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP076165.1,GenBank_CP076171.1,PLSDB_NZ... GenBank,GenBank,PLDSB,RefSeq,RefSeq circular AA800
RefSeq_NZ_CP076165.1 0.972061 181758 0.325312 1392.0 Bacillus anthracis Bacillus anthracis strain A168 plasmid pXO1, c... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP076165.1,GenBank_CP076171.1,PLSDB_NZ... GenBank,GenBank,PLDSB,RefSeq,RefSeq circular AA800
RefSeq_NZ_CP009340.1 0.972014 181369 0.325149 1392.0 Bacillus anthracis Bacillus anthracis strain Ohio ACB plasmid 1, ... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative COMPASS_NZ_CP009340.1,GenBank_CP009340.1,PLSDB... COMPASS,GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP009324.1 0.971804 181754 0.325319 1392.0 Bacillus anthracis Bacillus anthracis strain PAK-1 plasmid 1, com... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative COMPASS_NZ_CP009324.1,GenBank_CP009324.1,PLSDB... COMPASS,GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP010814.1 0.971517 181682 0.325325 1392.0 Bacillus anthracis Bacillus anthracis strain Pollino plasmid pXO1 Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP010814.1,RefSeq_NZ_CP010814.1 GenBank,RefSeq circular AA800
RefSeq_NZ_CP081176.1 0.971426 181677 0.325303 1392.0 Bacillus anthracis Bacillus anthracis strain P04210076 plasmid pX... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP081176.1,PLSDB_NZ_CP081176.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP076211.1 0.971414 181708 0.325176 1392.0 Bacillus anthracis Bacillus anthracis strain A1074 plasmid pXO1, ... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP076211.1,PLSDB_NZ_CP076211.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP076214.1 0.971295 181743 0.325350 1392.0 Bacillus anthracis Bacillus anthracis strain A0777 plasmid pXO1, ... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP076214.1,PLSDB_NZ_CP076214.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP047132.1 0.971293 181933 0.325389 1213182.0 Bacillus anthracis Bacillus anthracis str. BF1 plasmid pXO1, comp... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP047132.1,PLSDB_NZ_CP047132.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP116890.1 0.971292 181782 0.325313 1392.0 Bacillus anthracis Bacillus anthracis strain AN17-384_2 plasmid p... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP116890.1,PLSDB_NZ_CP116890.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800
RefSeq_NZ_CP110280.1 0.971256 181633 0.325293 1392.0 Bacillus anthracis Bacillus anthracis strain 7702 plasmid pXO1, c... Bacteria;Bacillota;Bacilli;Caryophanales;Bacil... rc125 - MOBP MPF_T - conjugative GenBank_CP110280.1,PLSDB_NZ_CP110280.1,RefSeq_... GenBank,PLDSB,RefSeq circular AA800