Detailed information of oriT
oriT
The information of the oriT region
| oriTDB ID | 110945 |
| Name | oriT_pRM105_1  |
| Organism | Salmonella enterica subsp. enterica serovar Dublin strain RM105 |
| Sequence Completeness | - |
| NCBI accession of oriT (coordinates [strand]) | NZ_CP117344 (50156..50306 [+], 151 nt) |
| oriT length | 151 nt |
| IRs (inverted repeats) | 93..98, 106..111 (TGGCCT..AGGCCA) 12..17, 24..29 (AACCCT..AGGGTT) |
| Location of nic site | _ |
| Conserved sequence flanking the nic site |
_ |
| Note | Predicted by oriTfinder 2.0 |
oriT sequence
Download Length: 151 nt
>oriT_pRM105_1
TGGTCGATGTGAACCCTTTCGACAGGGTTATGAATGAATTGAAAAGTCGTGGCCGCAAGAACGCTCACATCCTGAGCATCCTCCAATTCGACTGGCCTGCATCGGAGGCCATCATCGAGAAGCTGAGCTGCTACATCACAGACGGGATTAA
TGGTCGATGTGAACCCTTTCGACAGGGTTATGAATGAATTGAAAAGTCGTGGCCGCAAGAACGCTCACATCCTGAGCATCCTCCAATTCGACTGGCCTGCATCGGAGGCCATCATCGAGAAGCTGAGCTGCTACATCACAGACGGGATTAA
Visualization of oriT structure
oriT secondary structure
Predicted by RNAfold.
Download structure file
Relaxase
| ID | 7220 | GenBank | WP_001326173 |
| Name | mobH_PQP76_RS24060_pRM105_1 |
UniProt ID | F5BPR1 |
| Length | 990 a.a. | PDB ID | |
| Note | Predicted by oriTfinder 2.0 | ||
Relaxase protein sequence
Download Length: 990 a.a. Molecular weight: 109356.90 Da Isoelectric Point: 4.9395
>WP_001326173.1 MULTISPECIES: MobH family relaxase [Gammaproteobacteria]
MLKALNKLFGGRSGVIETAPSVRVLPLKDVEDEEIPRYPPFAKGLPVAPLDKILATQAELIEKVRNSLGF
TVDDFNRLVLPVIQRYAAFVHLLPASESHHHRGAGGLFRHGLEVAFWAAQASESVIFSIEGTPRERRDNE
PRWRLASCFSGLLHDVGKPLSDVSITDKDGSITWNPYSESLHDWAHRHEIDRYFIRWRDKRHKRHEQFSL
LAVDRIIPAETREFLSKSGPSIMEAMLEAISGTSVNQPVTKLMLRADQESVSRDLRQSRLDVDEFSYGVP
VERYVFDAIRRLVKTGKWKVNEPGAKVWHLNQGVFIAWKQLGDLYDLISHDKIPGIPRDPDTLADILIER
GFAVPNTVQEKGERAYYRYWEVLPEMLQEAAGSVKILMLRLESNDLVFTTEPPAAVAAEVVGDVEDAEIE
FVDPEEVDDDQEEDVSALNDDMLAAEQEAEKALAGLGFGDAMEMLKSTSDAVEEKPEQKDAGSTESSKPD
AGKKGKPQSKPGKAKPKSDTEKQPHKPEAKEDLSPQDIAKNAPPLANDNPLQALKDVGGGLGDIDFPFDA
FSASAETASTDATNSEIPDVAMPGKQEKQPKQDFVPQEQNSLQGDDFPMFGSSDEPPSWAIEPLPMLTDA
PEQTTPAPAMPPTDKPNLHEKDAKTLLVEMLAGYGEASALLEQAIMPVLEGKTTLGEVLCLMKGQAVILY
PDGARSLGAPSEVLSKLSHANAIVPDPIMPGRKVRDFSGVKAIVLAEQLSDAVVAAIKDAEASMGGYQDA
FELVSPPGLDASKNKSAPKQQSRKKAQQQKPEVNAGKPSPEQKAKGKDSQPQQKEKKVDVTSPVEEPQRQ
PVQEKQNVARLPKREVQPVAPEPKVEREKELGHVEVREREEPEVREFEPPKAKTNPKDINAEDFLPSGVT
PQKALQMLKDMIQKRSGRWLVTPVLEEDGCLVTSDKAFDMIAGENIGISKHILCGMLSRAQRRPLLKKRQ
GKLYLEVNET
MLKALNKLFGGRSGVIETAPSVRVLPLKDVEDEEIPRYPPFAKGLPVAPLDKILATQAELIEKVRNSLGF
TVDDFNRLVLPVIQRYAAFVHLLPASESHHHRGAGGLFRHGLEVAFWAAQASESVIFSIEGTPRERRDNE
PRWRLASCFSGLLHDVGKPLSDVSITDKDGSITWNPYSESLHDWAHRHEIDRYFIRWRDKRHKRHEQFSL
LAVDRIIPAETREFLSKSGPSIMEAMLEAISGTSVNQPVTKLMLRADQESVSRDLRQSRLDVDEFSYGVP
VERYVFDAIRRLVKTGKWKVNEPGAKVWHLNQGVFIAWKQLGDLYDLISHDKIPGIPRDPDTLADILIER
GFAVPNTVQEKGERAYYRYWEVLPEMLQEAAGSVKILMLRLESNDLVFTTEPPAAVAAEVVGDVEDAEIE
FVDPEEVDDDQEEDVSALNDDMLAAEQEAEKALAGLGFGDAMEMLKSTSDAVEEKPEQKDAGSTESSKPD
AGKKGKPQSKPGKAKPKSDTEKQPHKPEAKEDLSPQDIAKNAPPLANDNPLQALKDVGGGLGDIDFPFDA
FSASAETASTDATNSEIPDVAMPGKQEKQPKQDFVPQEQNSLQGDDFPMFGSSDEPPSWAIEPLPMLTDA
PEQTTPAPAMPPTDKPNLHEKDAKTLLVEMLAGYGEASALLEQAIMPVLEGKTTLGEVLCLMKGQAVILY
PDGARSLGAPSEVLSKLSHANAIVPDPIMPGRKVRDFSGVKAIVLAEQLSDAVVAAIKDAEASMGGYQDA
FELVSPPGLDASKNKSAPKQQSRKKAQQQKPEVNAGKPSPEQKAKGKDSQPQQKEKKVDVTSPVEEPQRQ
PVQEKQNVARLPKREVQPVAPEPKVEREKELGHVEVREREEPEVREFEPPKAKTNPKDINAEDFLPSGVT
PQKALQMLKDMIQKRSGRWLVTPVLEEDGCLVTSDKAFDMIAGENIGISKHILCGMLSRAQRRPLLKKRQ
GKLYLEVNET
Protein domains
Predicted by InterproScan.
Protein structure
| Source | ID | Structure |
|---|---|---|
| AlphaFold DB | F5BPR1 |
T4CP
| ID | 8222 | GenBank | WP_077779971 |
| Name | traD_PQP76_RS24065_pRM105_1 |
UniProt ID | _ |
| Length | 621 a.a. | PDB ID | _ |
| Note | Predicted by oriTfinder 2.0 | ||
T4CP protein sequence
Download Length: 621 a.a. Molecular weight: 69253.76 Da Isoelectric Point: 6.9403
>WP_077779971.1 MULTISPECIES: conjugative transfer system coupling protein TraD [Enterobacteriaceae]
MTMSYDPLAYEMPWRPNYEKNAVAGWLAASGAALAVEQVSTMPPEPFYWMTGICGVMAMARLPKAIKLHL
LQKHLKGRDLEFISIAELQKYIKDTPDDMWLGSGFLWENRHAQRVFEILKRDWTSIVGRESTVKKVVRKI
QGKKKELPIGQPWIHGVEPKEEKLMQPLKHTEGHSLIVGTTGSGKTRMFDILISQAILRGEAVIIIDPKG
DKEMRDNARRACEAMGQPERFVSFHPVFPEESVRIDPLRNFTRVTEIASRLAALIPSEAGADPFKSFGWQ
ALNNIAQGLVITHDRPNLTKLRRFLEGGAAGLVIKAVQAYSERVMPDWEAEAAAYLEKVKNGSREKIAFA
LMKFYYDIIQPEHPNSDLEGLLSMFQHDQTHFSKMVANLLPIMNMLTSGELGPLLSPDSSDLSDERQITD
SAKIINNAQVAYLGLDSLTDNMVGSAMGSIFLSDLTAVAGDRYNYGVNNRPVNIFVDEAAEVINDPFIQL
LNKGRGAKLRLFVATQTFADFAARLGSKDKALQVLGNINNTFALRIVDGETQEYIADNLPKTRLKYVMRT
QGQNSDGKEPIMHGGNQGERLMEEEADLFPAQLLGMLPNLEYIAKISGGTIVKGRLPILTQ
MTMSYDPLAYEMPWRPNYEKNAVAGWLAASGAALAVEQVSTMPPEPFYWMTGICGVMAMARLPKAIKLHL
LQKHLKGRDLEFISIAELQKYIKDTPDDMWLGSGFLWENRHAQRVFEILKRDWTSIVGRESTVKKVVRKI
QGKKKELPIGQPWIHGVEPKEEKLMQPLKHTEGHSLIVGTTGSGKTRMFDILISQAILRGEAVIIIDPKG
DKEMRDNARRACEAMGQPERFVSFHPVFPEESVRIDPLRNFTRVTEIASRLAALIPSEAGADPFKSFGWQ
ALNNIAQGLVITHDRPNLTKLRRFLEGGAAGLVIKAVQAYSERVMPDWEAEAAAYLEKVKNGSREKIAFA
LMKFYYDIIQPEHPNSDLEGLLSMFQHDQTHFSKMVANLLPIMNMLTSGELGPLLSPDSSDLSDERQITD
SAKIINNAQVAYLGLDSLTDNMVGSAMGSIFLSDLTAVAGDRYNYGVNNRPVNIFVDEAAEVINDPFIQL
LNKGRGAKLRLFVATQTFADFAARLGSKDKALQVLGNINNTFALRIVDGETQEYIADNLPKTRLKYVMRT
QGQNSDGKEPIMHGGNQGERLMEEEADLFPAQLLGMLPNLEYIAKISGGTIVKGRLPILTQ
Protein domains
Predicted by InterproScan.
Protein structure
No available structure.
T4SS
T4SS were predicted by using oriTfinder2.
Region 1: 48240..57330
| Locus tag | Coordinates | Strand | Size (bp) | Protein ID | Product | Description |
|---|---|---|---|---|---|---|
| PQP76_RS24050 (PQP76_24050) | 44271..44504 | - | 234 | WP_001191890 | hypothetical protein | - |
| PQP76_RS24055 (PQP76_24055) | 44486..45103 | - | 618 | WP_001249395 | hypothetical protein | - |
| PQP76_RS24060 (PQP76_24060) | 45271..48243 | + | 2973 | WP_001326173 | MobH family relaxase | - |
| PQP76_RS24065 (PQP76_24065) | 48240..50105 | + | 1866 | WP_077779971 | conjugative transfer system coupling protein TraD | virb4 |
| PQP76_RS24070 (PQP76_24070) | 50155..50700 | + | 546 | WP_000228720 | hypothetical protein | - |
| PQP76_RS24075 (PQP76_24075) | 50657..51286 | + | 630 | WP_000743449 | DUF4400 domain-containing protein | tfc7 |
| PQP76_RS24080 (PQP76_24080) | 51296..51742 | + | 447 | WP_000122507 | hypothetical protein | - |
| PQP76_RS24085 (PQP76_24085) | 51752..52129 | + | 378 | WP_000869297 | hypothetical protein | - |
| PQP76_RS24090 (PQP76_24090) | 52129..52791 | + | 663 | WP_001231464 | hypothetical protein | - |
| PQP76_RS24095 (PQP76_24095) | 53127..53492 | + | 366 | WP_001052530 | hypothetical protein | - |
| PQP76_RS24100 (PQP76_24100) | 53637..53918 | + | 282 | WP_000805625 | type IV conjugative transfer system protein TraL | traL |
| PQP76_RS24105 (PQP76_24105) | 53915..54541 | + | 627 | WP_001049717 | TraE/TraK family type IV conjugative transfer system protein | traE |
| PQP76_RS24110 (PQP76_24110) | 54525..55442 | + | 918 | WP_000794249 | type-F conjugative transfer system secretin TraK | traK |
| PQP76_RS24115 (PQP76_24115) | 55442..56755 | + | 1314 | WP_024131605 | TraB/VirB10 family protein | traB |
| PQP76_RS24120 (PQP76_24120) | 56752..57330 | + | 579 | WP_000793435 | type IV conjugative transfer system lipoprotein TraV | traV |
| PQP76_RS24125 (PQP76_24125) | 57334..57726 | + | 393 | WP_000479535 | TraA family conjugative transfer protein | - |
| PQP76_RS24130 (PQP76_24130) | 58011..59273 | + | 1263 | WP_000608644 | IS1380-like element ISEcp1 family transposase | - |
| PQP76_RS24135 (PQP76_24135) | 59597..60742 | + | 1146 | WP_000976514 | extended-spectrum class C beta-lactamase CMY-2 | - |
| PQP76_RS24140 (PQP76_24140) | 60836..61417 | + | 582 | WP_058663077 | lipocalin family protein | - |
| PQP76_RS24145 (PQP76_24145) | 61363..62067 | - | 705 | WP_001067855 | IS6-like element IS26 family transposase | - |
Host bacterium
| ID | 11380 | GenBank | NZ_CP117344 |
| Plasmid name | pRM105_1 | Incompatibility group | IncA/C2 |
| Plasmid size | 86282 bp | Coordinate of oriT [Strand] | 50156..50306 [+] |
| Host baterium | Salmonella enterica subsp. enterica serovar Dublin strain RM105 |
Cargo genes
| Drug resistance gene | floR, tet(A), aph(6)-Id, aph(3'')-Ib, sul2, blaCMY-2 |
| Virulence gene | - |
| Metal resistance gene | - |
| Degradation gene | - |
| Symbiosis gene | - |
| Anti-CRISPR | - |