Detailed information
Bioinformatically predicted
Overview
| Name | addB | Type | Machinery gene |
| Locus tag | EUC40_RS20170 | Genome accession | NZ_CP040336 |
| Coordinates | 3970312..3973827 (-) | Length | 1171 a.a. |
| NCBI ID | WP_156576377.1 | Uniprot ID | - |
| Organism | Bacillus luti strain FJ | ||
| Function | homologous recombination; plasmid transformation (predicted from homology) Homologous recombination |
||
Genomic Context
Location: 3965312..3978827
| Locus tag | Gene name | Coordinates (strand) | Size (bp) | Protein ID | Product | Description |
|---|---|---|---|---|---|---|
| EUC40_RS20155 | - | 3965817..3966194 (+) | 378 | WP_156576374.1 | DUF1433 domain-containing protein | - |
| EUC40_RS20160 | - | 3966288..3966566 (-) | 279 | WP_156576375.1 | RNA polymerase alpha subunit C-terminal domain-containing protein | - |
| EUC40_RS20165 | addA | 3966590..3970315 (-) | 3726 | WP_156576376.1 | helicase-exonuclease AddAB subunit AddA | Machinery gene |
| EUC40_RS20170 | addB | 3970312..3973827 (-) | 3516 | WP_156576377.1 | helicase-exonuclease AddAB subunit AddB | Machinery gene |
| EUC40_RS20175 | lepB | 3973944..3974507 (-) | 564 | WP_000751903.1 | signal peptidase I | - |
| EUC40_RS20180 | - | 3974564..3975157 (-) | 594 | WP_000347509.1 | TVP38/TMEM64 family protein | - |
| EUC40_RS20185 | - | 3975463..3976059 (-) | 597 | WP_156576378.1 | DUF4306 domain-containing protein | - |
| EUC40_RS20190 | - | 3976276..3976857 (-) | 582 | WP_071711105.1 | competence protein ComK | - |
| EUC40_RS20195 | - | 3977077..3977850 (-) | 774 | WP_156576379.1 | FkbM family methyltransferase | - |
| EUC40_RS20200 | - | 3978001..3978570 (-) | 570 | WP_156576380.1 | glycosyltransferase family A protein | - |
Sequence
Protein
Download Length: 1171 a.a. Molecular weight: 133994.25 Da Isoelectric Point: 5.1745
>NTDB_id=363366 EUC40_RS20170 WP_156576377.1 3970312..3973827(-) (addB) [Bacillus luti strain FJ]
MSLRFVIGRAGSGKSTLCLHEVQEELKQRPSGKTILYLVPEQMTFQTQQALIGSEDVRGSIRAQVFSFSRLAWKVLQEVG
GASRLHIDEAGVHMLLRKIVESRKDGLSVFQKAAEQNGFFEHLGSMIAEFKRYNVTPSNVYEMWQQLDAHSSSAEQKLLA
NKVYDLQLLYDDFERALIGKYLDSEDYLQLLVEKLPQSEYVNGAEIYIDGFHSFSPQELEILRKLMMCGARVTITLTIDE
KTLAQPVSELDLFYETTLTYEKIKQVAREEKIEIEKTIPLMEQPRFHSPALAHLETHYEARPNEKFHGEASVTISTAANL
RAEVEGVAREIRKLVADEQYRYRDIAVLLRNGESYYDVMRTLFTDYNIPHFIDEKRPMSHHPLVECIRSALEIISGNWRY
DAVFRCVKTELLYPLDVRKEAMREEMDEFENYCLAYGVQGKRWTSEDPWMYRRYRSLDDTSGMITDSEREMEEKINRLRD
VVRTPVIRMQKRLKRAGTVMQMCEAVYLFLEELDVPKKLEELRIRAEESGEFLFATDHEQVWEEVMSLLDTFVEMLGEEK
MSLSMFTDVMSTGLEALQFANIPPSLDQVLVANIDHSRLSNVKATFIIGVNEGVIPAAPMDEGMLSDEEREVLGAAGIEL
APTTRQTLLEEQFVMYQMVTRATEKLYISCPLADEEGKTLLASSFIKKIKRMFPDVKDSFITNDVNDLSRSEQISYVATP
EVTLSYVMQQLQTWKRYGFEGNLDFWWDVYNFYVTSDEWKQKSSRVLSSLFYRNRAQKLSTAVSRDLYGDTIKGSVSRME
LFNRCAYAHFAQHGLSLRERDIFKLDAPDIGELFHAALKKIADKLLRENRTWADLSIKECEHLSVLVIEEIAPLLQRQIL
LSSNRHFYLKQKLQQIIFRTSIILREHAKSSGFVPVDLEVPFGMGGTGSLPPMEFALPNGVKMEVVGRIDRVDKAEDESG
TFLRIIDYKSSAKALDLTEVYYGLALQMLTYLDVVTSNAQTWMKKGHAASPAGVLYFHIHNPIVEMKGDATEAEIEKEIL
KKFKMKGLVLGDADVVRLMDNKLSTGSSDIISAGLKKDGSFSARSSIASEQEFNVLQKYVHHTFENIGKDITEGVIDIAP
YKMGNKAACTFCNFKSVCQFDESLEDNQFRALKDMKDSEAMEKIREEVGGE
MSLRFVIGRAGSGKSTLCLHEVQEELKQRPSGKTILYLVPEQMTFQTQQALIGSEDVRGSIRAQVFSFSRLAWKVLQEVG
GASRLHIDEAGVHMLLRKIVESRKDGLSVFQKAAEQNGFFEHLGSMIAEFKRYNVTPSNVYEMWQQLDAHSSSAEQKLLA
NKVYDLQLLYDDFERALIGKYLDSEDYLQLLVEKLPQSEYVNGAEIYIDGFHSFSPQELEILRKLMMCGARVTITLTIDE
KTLAQPVSELDLFYETTLTYEKIKQVAREEKIEIEKTIPLMEQPRFHSPALAHLETHYEARPNEKFHGEASVTISTAANL
RAEVEGVAREIRKLVADEQYRYRDIAVLLRNGESYYDVMRTLFTDYNIPHFIDEKRPMSHHPLVECIRSALEIISGNWRY
DAVFRCVKTELLYPLDVRKEAMREEMDEFENYCLAYGVQGKRWTSEDPWMYRRYRSLDDTSGMITDSEREMEEKINRLRD
VVRTPVIRMQKRLKRAGTVMQMCEAVYLFLEELDVPKKLEELRIRAEESGEFLFATDHEQVWEEVMSLLDTFVEMLGEEK
MSLSMFTDVMSTGLEALQFANIPPSLDQVLVANIDHSRLSNVKATFIIGVNEGVIPAAPMDEGMLSDEEREVLGAAGIEL
APTTRQTLLEEQFVMYQMVTRATEKLYISCPLADEEGKTLLASSFIKKIKRMFPDVKDSFITNDVNDLSRSEQISYVATP
EVTLSYVMQQLQTWKRYGFEGNLDFWWDVYNFYVTSDEWKQKSSRVLSSLFYRNRAQKLSTAVSRDLYGDTIKGSVSRME
LFNRCAYAHFAQHGLSLRERDIFKLDAPDIGELFHAALKKIADKLLRENRTWADLSIKECEHLSVLVIEEIAPLLQRQIL
LSSNRHFYLKQKLQQIIFRTSIILREHAKSSGFVPVDLEVPFGMGGTGSLPPMEFALPNGVKMEVVGRIDRVDKAEDESG
TFLRIIDYKSSAKALDLTEVYYGLALQMLTYLDVVTSNAQTWMKKGHAASPAGVLYFHIHNPIVEMKGDATEAEIEKEIL
KKFKMKGLVLGDADVVRLMDNKLSTGSSDIISAGLKKDGSFSARSSIASEQEFNVLQKYVHHTFENIGKDITEGVIDIAP
YKMGNKAACTFCNFKSVCQFDESLEDNQFRALKDMKDSEAMEKIREEVGGE
Nucleotide
Download Length: 3516 bp
>NTDB_id=363366 EUC40_RS20170 WP_156576377.1 3970312..3973827(-) (addB) [Bacillus luti strain FJ]
ATGTCACTTCGATTTGTGATTGGTAGAGCGGGAAGTGGAAAAAGTACACTTTGTTTACACGAAGTACAGGAAGAGTTAAA
GCAGCGCCCGAGTGGGAAAACAATATTATATCTTGTGCCAGAACAGATGACATTCCAAACGCAGCAGGCGTTAATTGGAA
GCGAGGATGTAAGAGGTTCTATTCGGGCACAAGTTTTTAGTTTTTCACGATTAGCGTGGAAAGTGTTGCAAGAAGTTGGC
GGAGCGAGCCGTCTTCATATTGATGAAGCGGGCGTACATATGTTACTTCGTAAAATTGTAGAGTCGCGTAAAGATGGACT
ATCAGTGTTCCAAAAAGCAGCGGAGCAAAACGGTTTCTTTGAACATCTTGGTAGTATGATTGCAGAGTTTAAACGGTATA
ATGTGACGCCATCTAACGTATATGAAATGTGGCAACAACTAGATGCGCATAGTAGCAGTGCAGAACAAAAGCTATTAGCG
AATAAAGTATATGATTTACAACTATTATACGATGATTTTGAACGTGCTTTAATTGGAAAGTATTTAGATTCAGAAGACTA
TCTGCAATTACTCGTGGAAAAACTTCCGCAGTCTGAATATGTAAATGGAGCTGAAATTTATATAGATGGATTTCATTCGT
TCTCCCCGCAAGAGCTAGAAATTTTAAGAAAGCTCATGATGTGCGGAGCGAGAGTCACAATTACGTTGACGATAGATGAA
AAAACGTTAGCGCAGCCAGTAAGTGAACTAGATCTATTTTATGAGACGACGTTAACATATGAAAAAATAAAGCAAGTAGC
ACGTGAAGAGAAAATAGAAATTGAAAAAACAATTCCACTTATGGAACAGCCTCGTTTTCATTCTCCGGCATTAGCTCATT
TAGAAACGCATTATGAAGCTCGTCCAAATGAAAAGTTTCATGGTGAAGCAAGCGTAACAATTAGTACAGCAGCGAATTTA
CGAGCTGAAGTAGAAGGAGTTGCTCGTGAAATTCGTAAACTTGTCGCGGATGAACAGTATCGTTACCGAGATATTGCAGT
CCTTCTTCGTAACGGAGAAAGTTATTACGATGTAATGCGAACGTTATTTACGGATTATAATATTCCGCATTTCATCGATG
AAAAACGCCCGATGTCACATCATCCATTAGTAGAATGCATTCGTTCTGCACTCGAGATTATTAGCGGGAATTGGCGCTAT
GACGCAGTGTTTCGCTGCGTTAAAACGGAGCTTTTATATCCGCTAGACGTAAGAAAAGAAGCGATGCGCGAAGAAATGGA
TGAGTTTGAGAATTACTGCCTAGCGTACGGTGTACAAGGGAAGAGATGGACTTCTGAGGATCCGTGGATGTATCGCCGCT
ATCGTTCACTTGACGATACAAGCGGAATGATAACTGACAGTGAACGTGAAATGGAAGAGAAAATAAACAGGCTGCGTGAC
GTTGTAAGAACGCCTGTTATTCGCATGCAAAAAAGGTTAAAGCGTGCGGGAACTGTTATGCAAATGTGCGAAGCCGTTTA
CTTATTTTTAGAAGAACTTGATGTTCCGAAGAAGTTAGAGGAATTACGTATACGTGCAGAAGAGAGCGGAGAATTCTTAT
TTGCGACAGACCATGAGCAAGTTTGGGAAGAAGTAATGAGCCTTCTTGATACGTTTGTAGAGATGCTTGGTGAAGAGAAA
ATGTCACTTTCTATGTTTACGGACGTTATGTCGACAGGTCTGGAAGCACTTCAATTCGCTAACATTCCGCCGTCATTAGA
CCAAGTATTAGTTGCTAATATTGATCACTCCAGGTTATCAAACGTGAAAGCAACATTCATTATCGGCGTAAATGAAGGCG
TCATACCAGCAGCACCGATGGATGAAGGAATGCTTTCTGATGAGGAAAGAGAAGTTCTTGGCGCGGCAGGAATTGAATTA
GCGCCAACGACGAGACAAACTTTATTAGAAGAACAGTTCGTTATGTACCAAATGGTAACGAGAGCGACTGAGAAATTATA
CATTTCATGTCCACTTGCAGATGAAGAAGGAAAGACGTTACTAGCGTCTAGCTTTATTAAGAAAATAAAAAGAATGTTCC
CAGATGTAAAAGACTCGTTCATTACGAATGACGTAAACGACTTATCGCGTTCAGAACAAATTTCATACGTAGCAACACCA
GAAGTAACGTTATCTTACGTTATGCAGCAATTGCAAACGTGGAAGCGATACGGATTTGAAGGGAATTTAGACTTTTGGTG
GGACGTATATAACTTCTACGTAACTTCAGATGAATGGAAACAAAAAAGTAGCCGCGTGCTATCAAGTTTGTTTTACCGAA
ATCGTGCGCAGAAACTAAGTACAGCTGTAAGTAGAGATTTATATGGAGATACAATTAAGGGAAGTGTCTCTCGTATGGAA
CTATTTAACCGTTGTGCGTACGCTCATTTTGCGCAGCACGGTTTATCGCTTAGAGAGCGTGATATTTTCAAGCTTGATGC
ACCAGATATCGGTGAATTATTCCACGCAGCACTAAAGAAAATTGCGGACAAGTTATTACGTGAAAACCGCACTTGGGCAG
ATTTATCAATAAAAGAGTGTGAGCATCTTTCTGTTTTAGTAATAGAAGAAATTGCGCCGTTATTACAAAGGCAAATTTTA
TTAAGTTCAAATCGTCATTTCTATTTAAAACAAAAACTACAACAAATCATTTTCCGTACATCAATCATTCTTCGTGAACA
TGCGAAATCGAGCGGATTCGTACCAGTTGATTTAGAAGTGCCGTTCGGTATGGGCGGTACAGGATCGCTTCCGCCAATGG
AATTTGCATTACCAAATGGTGTGAAGATGGAAGTAGTTGGCCGTATTGACCGTGTCGATAAGGCGGAAGATGAGAGCGGG
ACGTTCCTTCGTATTATTGATTATAAATCAAGTGCAAAAGCATTAGATTTAACGGAAGTGTATTACGGATTAGCACTTCA
AATGTTAACGTATTTAGATGTTGTTACTTCAAACGCACAGACGTGGATGAAAAAAGGCCATGCAGCATCGCCAGCTGGTG
TACTGTATTTCCATATCCATAACCCAATCGTTGAGATGAAAGGTGACGCAACGGAAGCAGAAATTGAAAAAGAAATTTTA
AAGAAGTTTAAAATGAAAGGACTCGTACTAGGAGATGCTGACGTTGTCCGTTTAATGGATAACAAACTTTCAACAGGAAG
CTCAGATATTATTTCTGCTGGTCTGAAAAAAGACGGTAGCTTTAGTGCGCGTTCTAGCATTGCAAGTGAGCAAGAGTTTA
ACGTATTGCAAAAATACGTACATCATACGTTTGAAAATATCGGAAAAGACATTACAGAAGGTGTTATCGATATTGCTCCT
TATAAAATGGGGAATAAAGCGGCATGTACGTTCTGTAACTTCAAATCTGTTTGTCAGTTTGATGAGTCACTTGAAGATAA
TCAATTCCGTGCGTTAAAAGATATGAAAGATAGTGAAGCGATGGAGAAAATAAGAGAGGAGGTTGGCGGAGAATGA
ATGTCACTTCGATTTGTGATTGGTAGAGCGGGAAGTGGAAAAAGTACACTTTGTTTACACGAAGTACAGGAAGAGTTAAA
GCAGCGCCCGAGTGGGAAAACAATATTATATCTTGTGCCAGAACAGATGACATTCCAAACGCAGCAGGCGTTAATTGGAA
GCGAGGATGTAAGAGGTTCTATTCGGGCACAAGTTTTTAGTTTTTCACGATTAGCGTGGAAAGTGTTGCAAGAAGTTGGC
GGAGCGAGCCGTCTTCATATTGATGAAGCGGGCGTACATATGTTACTTCGTAAAATTGTAGAGTCGCGTAAAGATGGACT
ATCAGTGTTCCAAAAAGCAGCGGAGCAAAACGGTTTCTTTGAACATCTTGGTAGTATGATTGCAGAGTTTAAACGGTATA
ATGTGACGCCATCTAACGTATATGAAATGTGGCAACAACTAGATGCGCATAGTAGCAGTGCAGAACAAAAGCTATTAGCG
AATAAAGTATATGATTTACAACTATTATACGATGATTTTGAACGTGCTTTAATTGGAAAGTATTTAGATTCAGAAGACTA
TCTGCAATTACTCGTGGAAAAACTTCCGCAGTCTGAATATGTAAATGGAGCTGAAATTTATATAGATGGATTTCATTCGT
TCTCCCCGCAAGAGCTAGAAATTTTAAGAAAGCTCATGATGTGCGGAGCGAGAGTCACAATTACGTTGACGATAGATGAA
AAAACGTTAGCGCAGCCAGTAAGTGAACTAGATCTATTTTATGAGACGACGTTAACATATGAAAAAATAAAGCAAGTAGC
ACGTGAAGAGAAAATAGAAATTGAAAAAACAATTCCACTTATGGAACAGCCTCGTTTTCATTCTCCGGCATTAGCTCATT
TAGAAACGCATTATGAAGCTCGTCCAAATGAAAAGTTTCATGGTGAAGCAAGCGTAACAATTAGTACAGCAGCGAATTTA
CGAGCTGAAGTAGAAGGAGTTGCTCGTGAAATTCGTAAACTTGTCGCGGATGAACAGTATCGTTACCGAGATATTGCAGT
CCTTCTTCGTAACGGAGAAAGTTATTACGATGTAATGCGAACGTTATTTACGGATTATAATATTCCGCATTTCATCGATG
AAAAACGCCCGATGTCACATCATCCATTAGTAGAATGCATTCGTTCTGCACTCGAGATTATTAGCGGGAATTGGCGCTAT
GACGCAGTGTTTCGCTGCGTTAAAACGGAGCTTTTATATCCGCTAGACGTAAGAAAAGAAGCGATGCGCGAAGAAATGGA
TGAGTTTGAGAATTACTGCCTAGCGTACGGTGTACAAGGGAAGAGATGGACTTCTGAGGATCCGTGGATGTATCGCCGCT
ATCGTTCACTTGACGATACAAGCGGAATGATAACTGACAGTGAACGTGAAATGGAAGAGAAAATAAACAGGCTGCGTGAC
GTTGTAAGAACGCCTGTTATTCGCATGCAAAAAAGGTTAAAGCGTGCGGGAACTGTTATGCAAATGTGCGAAGCCGTTTA
CTTATTTTTAGAAGAACTTGATGTTCCGAAGAAGTTAGAGGAATTACGTATACGTGCAGAAGAGAGCGGAGAATTCTTAT
TTGCGACAGACCATGAGCAAGTTTGGGAAGAAGTAATGAGCCTTCTTGATACGTTTGTAGAGATGCTTGGTGAAGAGAAA
ATGTCACTTTCTATGTTTACGGACGTTATGTCGACAGGTCTGGAAGCACTTCAATTCGCTAACATTCCGCCGTCATTAGA
CCAAGTATTAGTTGCTAATATTGATCACTCCAGGTTATCAAACGTGAAAGCAACATTCATTATCGGCGTAAATGAAGGCG
TCATACCAGCAGCACCGATGGATGAAGGAATGCTTTCTGATGAGGAAAGAGAAGTTCTTGGCGCGGCAGGAATTGAATTA
GCGCCAACGACGAGACAAACTTTATTAGAAGAACAGTTCGTTATGTACCAAATGGTAACGAGAGCGACTGAGAAATTATA
CATTTCATGTCCACTTGCAGATGAAGAAGGAAAGACGTTACTAGCGTCTAGCTTTATTAAGAAAATAAAAAGAATGTTCC
CAGATGTAAAAGACTCGTTCATTACGAATGACGTAAACGACTTATCGCGTTCAGAACAAATTTCATACGTAGCAACACCA
GAAGTAACGTTATCTTACGTTATGCAGCAATTGCAAACGTGGAAGCGATACGGATTTGAAGGGAATTTAGACTTTTGGTG
GGACGTATATAACTTCTACGTAACTTCAGATGAATGGAAACAAAAAAGTAGCCGCGTGCTATCAAGTTTGTTTTACCGAA
ATCGTGCGCAGAAACTAAGTACAGCTGTAAGTAGAGATTTATATGGAGATACAATTAAGGGAAGTGTCTCTCGTATGGAA
CTATTTAACCGTTGTGCGTACGCTCATTTTGCGCAGCACGGTTTATCGCTTAGAGAGCGTGATATTTTCAAGCTTGATGC
ACCAGATATCGGTGAATTATTCCACGCAGCACTAAAGAAAATTGCGGACAAGTTATTACGTGAAAACCGCACTTGGGCAG
ATTTATCAATAAAAGAGTGTGAGCATCTTTCTGTTTTAGTAATAGAAGAAATTGCGCCGTTATTACAAAGGCAAATTTTA
TTAAGTTCAAATCGTCATTTCTATTTAAAACAAAAACTACAACAAATCATTTTCCGTACATCAATCATTCTTCGTGAACA
TGCGAAATCGAGCGGATTCGTACCAGTTGATTTAGAAGTGCCGTTCGGTATGGGCGGTACAGGATCGCTTCCGCCAATGG
AATTTGCATTACCAAATGGTGTGAAGATGGAAGTAGTTGGCCGTATTGACCGTGTCGATAAGGCGGAAGATGAGAGCGGG
ACGTTCCTTCGTATTATTGATTATAAATCAAGTGCAAAAGCATTAGATTTAACGGAAGTGTATTACGGATTAGCACTTCA
AATGTTAACGTATTTAGATGTTGTTACTTCAAACGCACAGACGTGGATGAAAAAAGGCCATGCAGCATCGCCAGCTGGTG
TACTGTATTTCCATATCCATAACCCAATCGTTGAGATGAAAGGTGACGCAACGGAAGCAGAAATTGAAAAAGAAATTTTA
AAGAAGTTTAAAATGAAAGGACTCGTACTAGGAGATGCTGACGTTGTCCGTTTAATGGATAACAAACTTTCAACAGGAAG
CTCAGATATTATTTCTGCTGGTCTGAAAAAAGACGGTAGCTTTAGTGCGCGTTCTAGCATTGCAAGTGAGCAAGAGTTTA
ACGTATTGCAAAAATACGTACATCATACGTTTGAAAATATCGGAAAAGACATTACAGAAGGTGTTATCGATATTGCTCCT
TATAAAATGGGGAATAAAGCGGCATGTACGTTCTGTAACTTCAAATCTGTTTGTCAGTTTGATGAGTCACTTGAAGATAA
TCAATTCCGTGCGTTAAAAGATATGAAAGATAGTGAAGCGATGGAGAAAATAAGAGAGGAGGTTGGCGGAGAATGA
3D structure
| Source | ID | Structure |
|---|
Similar proteins
Only experimentally validated proteins are listed.
| Protein | Organism | Identities (%) | Coverage (%) | Ha-value |
|---|---|---|---|---|
| addB | Bacillus subtilis subsp. subtilis str. 168 |
49.232 |
100 |
0.493 |