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The map label for this gene is rompA

Identifier: 15893196

GI number: 15893196

Start: 1175331

End: 1181396

Strand: Reverse

Name: rompA

Synonym: RC1273

Alternate gene names: 15893196

Gene position: 1181396-1175331 (Counterclockwise)

Preceding gene: 15893197

Following gene: 15893195

Centisome position: 93.11

GC content: 38.92

Gene sequence:

>6066_bases
ATGGCGAATATTTCTCCAAAATTATTTCAAAAAGCAATACAACAAGGTCTTAAAGCCGCTTTATTCACCACCTCAACCGC
AGCGATAATGCTGAGTAGTAGCGGGGCACTCGGTATTGCTGTTTCAGGTGTTATTGCTACTAATAATAATGCAGCATTTA
GTGATAATGTTGGCAATAATTGGAATGAGATAACGGCTGCAGGGGTAGCTAATGGTACTCCTGCTCGCGGTCCTCAAAAC
AATTGGGCATTTACTTACGGTGGTGATTATACTATCACTGCAGATGTAGCCGATCATATTATTACGGCTATAAATGTTGC
GGATACTACTCCCATAGGTCTAAATATTGCTCAAAATACCGTCGTTGGTTCGATTGTAACGGGAGGTAACTTGTTGCCTG
TTACTATTACTGCCGGCAAAAGCTTAACTTTAAACGGTAATAATGCTGATGCTGCAAATCATGGTTTTGGTGCTCCTGCC
GATAATTATACAGGTTTAGGAAATATAGCTTTAGGGGGAGCGAATGCTGCACTAATTATACAATCTGCAGCCCCGGCAAA
GATAACACTTGCAGGCAATATAAATGGAGGAGGTATAATAACTGTCAAGACAGATGCTGCCATTAACGGAACAATAGGTA
ATACAAATGCGTTAGCAACAGTGAATGTAGGAGCAGGTATAGCCACGTTAGAGGGAGCGATTATTAAAGCTACTACGACT
AAATTAACGAATGCTGCGTCGGTATTAACCCTTACAAATGTAAATGCAGTATTAACAGGTGCGATTGATAACACCACAGG
CGTTGATAATGTAGGTGTCTTAAATTTAAATGGTGCATTAAGTCAAGTAACCGGGAATATAGGTAATACAAATGCATTAG
CCACGATAAGTGTAGGAGCAGGTAAAGCCACGTTAGGGGGAGCGGTTATTAAAGCTACTACGACTAAGTTAACAGATAAT
GCGTCAGCAGTGACATTTACGAATCCTGTAGTGGTGACCGGAGCGATAGATAATACCGGTAATGCAAATAATGGTATAGT
AACGTTTACCGGTGATAGTACAGTAACTGGCAATATAGGTAATACAAATGCATTAGCCACGATAAGTGTAGGAGCAGGTA
AAGCCACGTTAGGGGGAGCGATTATTAAAGCTACTACGACTAAGTTAACGGATAATGCGTCAGCAGTGACATTTACGAAT
CCTGTAGTGGTGACCGGAGCGATAGATAATACCGGTAATGCAAATAATGGTATAGTAACGTTTACCGGTGATAGTACAGT
AACTGGCAATATAGGTAATACAAATGCATTAGCCACGATAAGTGTAGGAGCAGGTAAAGCCACGTTAGGGGGAGCGATTA
TTAAAGCTACTACGACTAAGTTAACGGATAATGCGTCAGCAGTGACATTTACGAATCCTGTAGTGGTGACCGGAGCGATA
GATAATACCGGTAATGCAAATAATGGTATAGTAACGTTTACCGGTGATAGTACAGTAACTGGCAATATAGGTAATACAAA
TGCATTAGCCACGATAAGTGTAGGAGCAGGTAAAGCCACGTTAGGGGGAGCGATTATTAAAGCTACTACGACTAAGTTAA
CGGATAATGCGTCAGCAGTGACATTTACGAATCCTGTAGTGGTGACCGGAGCGATAGATAATACCGGTAATGCAAATAAT
GGTATAGTAACGTTTACCGGTGATAGTACAGTAACTGGCAATATAGGTAATACAAATGCATTAGCCACGATAAGTGTAGG
AGCAGGTAAAGCCACGTTAGGGGGAGCGATTATTAAAGCTACTACGACTAAGTTAACAGATAATGCGTCAGCAGTGACAT
TTACGAATCCTGTAGTGGTGACCGGAGCGATAGATAATACCGGTAATGCAAATAATGGTATAGTAACGTTTACCGGTAAT
AGTACAGTAACTGGCAATATAGGTAATACAAATGCATTAGCAACAGTGAATGTAGGAGCAGGTATAGCCACGTTAGAGGG
AGCGGTTATTAAAGCTACTACGACTAAATTAACGAATGCTGCGTCGGTATTAACCCTTACAAATGTAAATGCAGTATTAA
CAGGTGCGATTGATAACACCACAGGCGTTGATAATGTAGGTGTCTTAAATTTAAATGGTGCATTAAGTCAAGTAACCGGG
AATATAGGTAATACAAATGCATTAGCCACGATAAGTGTAGGAGCAGGTAAAGCCACGTTAGGGGGAGCGGTTATTAAAGC
TACTACGACTAAGTTAACAGATAATGCGTCAGCAGTGACATTTACGAATCCTGTAGTGGTGACCGGAGCGATAGATAATA
CCGGTAATGCAAATAATGGTATAGCGACGTTTACCGGTGATAGTACAGTAACTGGCAATATAGGTAATACAAATGCATTA
GCAACAGTGAATGTAGGAGCAGGTTTGCTACGAGTACAAGGCGGAGTGGTAAAATCGAATACAATAAACTTAACGGATAA
TGCGTCAGCAGTGACATTTACGAATCCTGTAGTGGTGACCGGAGCGATAGATAATACCGGTAATGCAAATAATGGTATAG
TAACGTTTACCGGTGATAGTACAGTAACTGGCAATATAGGTAATACAAATGCATTAGCCACGATAAGTGTAGGAGCAGGT
AAAGCCACGTTAGGGGGAGCGATTATTAAAGCTACTACGACTAAGTTAACAGATAATGCGTCAGCAGTGACATTTACGAA
TCCTGTAGTGGTGACCGGAGCGATAGATAATACCGGTAATGCAAATAATGGTATAGTAACGTTTACCGGTGATAGTACAG
TAACTGGCAATATAGGTAATACAAATGCATTAGCAACAGTGAATGTAGGAGCAGGTGTAACATTACAAGCTGGAGGAAGT
CTAGATGCGAATAATATAGATTTTGGAGCTAGGAGTACTTTAGAGTTTAACGGACCTCTTGATGGTGGTGGTAACGCAAT
CCCTTATTATTTTAAAGGAGCTATAGCAAACGGCAATAATGCTATATTAAATGTTAATACAAAGTTACTTACGGCATATC
ATTTAACTATAGGAACAGTTGCAGAAATCAATATTGGAGCCGGTAATCTTTTTGCAATTGATGCAAGTGCTGGTGATGTT
ACTATATTAAATGCTCAAGATATTCATTTTAGAGCTCTAGATTCTGCTTTAGTACTTTCTAACTTAACCGGAGTCGGAGT
AAATAATATATTATTAGCAGCTGATTTAGTAGCTCCCGGTGTTGATGAAGGTACGGTAGTCTTTGATGGTGGGGTTAATG
GTCTGAATATTGGGAGTAATGTAGCAGGTGCCGCTAGAAATATCGGTGATGTAGGCGGTAATAAATTTAACACTTTACTT
ATTTATAATGCCGTTACAATAACTGACGATGTAAATTTAGAAGGTATACAGAACGTGCTTATTAACAATAATGCAGATTT
TACTAGTAGTACAGCATTTAATGCTGGTACTATACAAATAAACGATGCTACTTATACGATTGATGCAAATAATGGTAATT
TAAATATACCGGCAGGAAATATTAAATTTGCACATGCGGATGCTCAATTAATATTACAAAATAGTTCAGGAAACGACCGT
ACGATCACACTAGGTGCGAATATAGACCCTGATAATGACGATGAGGGTATAGTAATATTAAATTCTGTAACTGCAGGAAA
AAAATTAACAATAGCCGGAGGCAAGACGTTTGGTGGAGCTCATAAGTTACAAGATATAGTTTTCAAAGGAGAGGGAGATT
TTGGCACGGCAGGTACCACTTTTAATACAACAAATATAGTGCTTGATATTACAGGTCAATTAGAACTTGGAGCTACTACG
GCAAATGTAGTTTTATTTAAGGATGCTGTTCAATTAACTCAAACCGGTAATATTGGAGGTTTTTTAGATTTTAATGCAAA
AAACGGTACGGTAACATTAAATAACAATGTAAATGTTGCGGGAACAGTCAAAAATACCGGTGGTACTAATAACGGTACGT
TAATAGTTTTAGGTGCAAGTAATCTTAATAGAGTAAACGGGATTGCTATGTTAAAAGTAGGTGCAGGAAATGTAACTATT
GCCAAAGGCGGTAACGTTAAAATTGGCGAAATCCAAGGTACAGGTACAAATACTTTAACATTACCTGCACACTTTAAGTT
AACAGGCAGCATAAATAAAACCGGTGGTCAGGCTCTGAAGCTAAACTTCATGAATGGCGGTAGTGTTAGCGGTGTTGTAG
GGACTGCGGCTAATTCGGTTGGTGATATCACAACGGCAGGTGCTACAAGTTTTGCAAGCAGTGTTAACGCAAAAGGTACG
GCGACACTTGGCGGTACTACAAGTTTTGCCCATACATTCACTAATACAGGTGCGGTTACTTTAGCCAAAGGTTCTATCAC
TAGTTTTGCTAAAAATGTAACGGCTACCAGCTTTGTAGCTAACAGTGCTACTATTAATTTCGGCAATAGCCTAGCCTTTA
ATAGTAATATAACAGGTAGCGGTACTACACTTACTTTAGGTGCAAATCAAGTAACATATACTGGTACCGGTAGCTTTACC
GATACGCTAACCTTAAATACTACTTTTGACGGAGCAGCTAAGTCAGGTGGTAATATCTTAATTAAATCAGGTAGTACTCT
TGATTTATCAGGGGTTTCAAATTTAGCACTTGTTGTTACTGCTACTAATTTCGACATGAATAATATAAGCCCAGATACAA
AATATACGGTAATATCTGCAGAAACAGCAGGTGGTTTAAAGCCTACTCCTAAAGAGAATGTTAAAATAACTATTAATAAT
GACAACCGTTTTGTTGACTTTACTTTTGATGCATCGACTTTAACGTTATTTGCAGAGGATATAGCTGCAGGTGTTATAGA
TGAAGATTTTGCACCGGGTGGACCGCTTGCAAATATCCCAAATGCTGCAAATATAAAGAAATCGCTTGAGTTAATGGAGG
ATGCTCCCAATGGTTCAGATGCACGTCAAGCTTTCAATAACTTTGGTCTAATGACACCGCTACAGGAAGCAGATGCTACA
ACTCATCTCATGCAAGATGTTGTAAAACCTAGCGACACTATAGCTGCCGTTAATAATCAAGTTGTAGCGAGTAATATATC
AAGTAATATAACTGCTCTAAATGCTAGAATGGATAAAGTACAAGCAGGGAATAAAGGTCCTGTTTCTTCTGGTGATGAAG
ATATGGATGCTAAGTTTGGTGCGTGGATAAGCCCGTTTGTCGGTAATGCAACGCAGAAGATGTGTAATAGTATAAGTGGT
TATAAGTCTGATACAACTGGTGGCACTATAGGTTTTGACGGCTTCGTTAGCGATGATCTAGTACTCGGACTTGCATATAC
AAGAGCCGATACTGACATTAAGCTAAAAAATAATAAAACGGGCGATAAGAATAAGGTAGAGAGCAACATCTATTCTTTAT
ACGGTTTATATAGTGTACCTTATGAAAATCTCTTCGTTGAAGCTATAGCATCTTACTCAGATAATAAGATAAGAAGCAAA
TCAAGACGTGTTATTGCAACAACACTAGAGACTGTCGGTTATCAAACTGCAAACGGTAAGTATAAATCCGAAAGCTATAC
AGGTCAGTTAATGGCTGGTTATACCTATATGATGTCTGAGAACATTAACTTAACACCGTTAGCTGGGCTTAGATATTCGA
CTATCAAAGATAAGAGCTATAAGGAAACCGGTACTACTTACCAAAATCTTACCGTTAAAGGCAAGAACTATAATACTTTC
GACGGTTTACTCGGTGCTAAAGTATCAAGTAATATCAATGTCAATGAAATAGTGCTAACACCTGAGCTTTACGCAATGGT
CGATTATGCATTCAAGAATAAAGTTTCGGCGATTGATGCAAGATTACAAGGTATGACTGCTCCTCTTCCAACCAACAGCT
TTAAGCAAAGCAAAACAAGTTTTGATGTTGGTGTCGGTGTTACTGCTAAGCATAAAATGATGGAATACGGGATTAACTAC
GATACCAATATCGGAAGTAAGTATTTCGCTCAGCAAGGTAGTGTGAAAGTTCGTGTTAATTTTTAA

Upstream 100 bases:

>100_bases
CATAAAAATATCATCTATGTTATTAATTATAATAGACATACTAAAAAAGTTGCGTTATAACACTTTTTAAGTGAGTTAAT
TTTTATTAAGGTTTACGTAT

Downstream 100 bases:

>100_bases
TTAACCGTTCTATAATCATAAAAAAAGCCTATATAGTTTGACTATATAGGCTTTTTTGCTTTATAATGTAGTTTTGAGAA
GCGTCATTGCGAGGAGCGAA

Product: 190-kDa cell surface antigen

Products: NA

Alternate protein names: 190 kDa antigen; Cell surface antigen; rOmp A; rOmpA; 120 kDa outer membrane protein OmpA

Number of amino acids: Translated: 2021; Mature: 2020

Protein sequence:

>2021_residues
MANISPKLFQKAIQQGLKAALFTTSTAAIMLSSSGALGIAVSGVIATNNNAAFSDNVGNNWNEITAAGVANGTPARGPQN
NWAFTYGGDYTITADVADHIITAINVADTTPIGLNIAQNTVVGSIVTGGNLLPVTITAGKSLTLNGNNADAANHGFGAPA
DNYTGLGNIALGGANAALIIQSAAPAKITLAGNINGGGIITVKTDAAINGTIGNTNALATVNVGAGIATLEGAIIKATTT
KLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTGNIGNTNALATISVGAGKATLGGAVIKATTTKLTDN
ASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTN
PVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAI
DNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANN
GIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGN
STVTGNIGNTNALATVNVGAGIATLEGAVIKATTTKLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTG
NIGNTNALATISVGAGKATLGGAVIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIATFTGDSTVTGNIGNTNAL
ATVNVGAGLLRVQGGVVKSNTINLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAG
KATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATVNVGAGVTLQAGGS
LDANNIDFGARSTLEFNGPLDGGGNAIPYYFKGAIANGNNAILNVNTKLLTAYHLTIGTVAEINIGAGNLFAIDASAGDV
TILNAQDIHFRALDSALVLSNLTGVGVNNILLAADLVAPGVDEGTVVFDGGVNGLNIGSNVAGAARNIGDVGGNKFNTLL
IYNAVTITDDVNLEGIQNVLINNNADFTSSTAFNAGTIQINDATYTIDANNGNLNIPAGNIKFAHADAQLILQNSSGNDR
TITLGANIDPDNDDEGIVILNSVTAGKKLTIAGGKTFGGAHKLQDIVFKGEGDFGTAGTTFNTTNIVLDITGQLELGATT
ANVVLFKDAVQLTQTGNIGGFLDFNAKNGTVTLNNNVNVAGTVKNTGGTNNGTLIVLGASNLNRVNGIAMLKVGAGNVTI
AKGGNVKIGEIQGTGTNTLTLPAHFKLTGSINKTGGQALKLNFMNGGSVSGVVGTAANSVGDITTAGATSFASSVNAKGT
ATLGGTTSFAHTFTNTGAVTLAKGSITSFAKNVTATSFVANSATINFGNSLAFNSNITGSGTTLTLGANQVTYTGTGSFT
DTLTLNTTFDGAAKSGGNILIKSGSTLDLSGVSNLALVVTATNFDMNNISPDTKYTVISAETAGGLKPTPKENVKITINN
DNRFVDFTFDASTLTLFAEDIAAGVIDEDFAPGGPLANIPNAANIKKSLELMEDAPNGSDARQAFNNFGLMTPLQEADAT
THLMQDVVKPSDTIAAVNNQVVASNISSNITALNARMDKVQAGNKGPVSSGDEDMDAKFGAWISPFVGNATQKMCNSISG
YKSDTTGGTIGFDGFVSDDLVLGLAYTRADTDIKLKNNKTGDKNKVESNIYSLYGLYSVPYENLFVEAIASYSDNKIRSK
SRRVIATTLETVGYQTANGKYKSESYTGQLMAGYTYMMSENINLTPLAGLRYSTIKDKSYKETGTTYQNLTVKGKNYNTF
DGLLGAKVSSNINVNEIVLTPELYAMVDYAFKNKVSAIDARLQGMTAPLPTNSFKQSKTSFDVGVGVTAKHKMMEYGINY
DTNIGSKYFAQQGSVKVRVNF

Sequences:

>Translated_2021_residues
MANISPKLFQKAIQQGLKAALFTTSTAAIMLSSSGALGIAVSGVIATNNNAAFSDNVGNNWNEITAAGVANGTPARGPQN
NWAFTYGGDYTITADVADHIITAINVADTTPIGLNIAQNTVVGSIVTGGNLLPVTITAGKSLTLNGNNADAANHGFGAPA
DNYTGLGNIALGGANAALIIQSAAPAKITLAGNINGGGIITVKTDAAINGTIGNTNALATVNVGAGIATLEGAIIKATTT
KLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTGNIGNTNALATISVGAGKATLGGAVIKATTTKLTDN
ASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTN
PVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAI
DNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANN
GIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGN
STVTGNIGNTNALATVNVGAGIATLEGAVIKATTTKLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTG
NIGNTNALATISVGAGKATLGGAVIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIATFTGDSTVTGNIGNTNAL
ATVNVGAGLLRVQGGVVKSNTINLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAG
KATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATVNVGAGVTLQAGGS
LDANNIDFGARSTLEFNGPLDGGGNAIPYYFKGAIANGNNAILNVNTKLLTAYHLTIGTVAEINIGAGNLFAIDASAGDV
TILNAQDIHFRALDSALVLSNLTGVGVNNILLAADLVAPGVDEGTVVFDGGVNGLNIGSNVAGAARNIGDVGGNKFNTLL
IYNAVTITDDVNLEGIQNVLINNNADFTSSTAFNAGTIQINDATYTIDANNGNLNIPAGNIKFAHADAQLILQNSSGNDR
TITLGANIDPDNDDEGIVILNSVTAGKKLTIAGGKTFGGAHKLQDIVFKGEGDFGTAGTTFNTTNIVLDITGQLELGATT
ANVVLFKDAVQLTQTGNIGGFLDFNAKNGTVTLNNNVNVAGTVKNTGGTNNGTLIVLGASNLNRVNGIAMLKVGAGNVTI
AKGGNVKIGEIQGTGTNTLTLPAHFKLTGSINKTGGQALKLNFMNGGSVSGVVGTAANSVGDITTAGATSFASSVNAKGT
ATLGGTTSFAHTFTNTGAVTLAKGSITSFAKNVTATSFVANSATINFGNSLAFNSNITGSGTTLTLGANQVTYTGTGSFT
DTLTLNTTFDGAAKSGGNILIKSGSTLDLSGVSNLALVVTATNFDMNNISPDTKYTVISAETAGGLKPTPKENVKITINN
DNRFVDFTFDASTLTLFAEDIAAGVIDEDFAPGGPLANIPNAANIKKSLELMEDAPNGSDARQAFNNFGLMTPLQEADAT
THLMQDVVKPSDTIAAVNNQVVASNISSNITALNARMDKVQAGNKGPVSSGDEDMDAKFGAWISPFVGNATQKMCNSISG
YKSDTTGGTIGFDGFVSDDLVLGLAYTRADTDIKLKNNKTGDKNKVESNIYSLYGLYSVPYENLFVEAIASYSDNKIRSK
SRRVIATTLETVGYQTANGKYKSESYTGQLMAGYTYMMSENINLTPLAGLRYSTIKDKSYKETGTTYQNLTVKGKNYNTF
DGLLGAKVSSNINVNEIVLTPELYAMVDYAFKNKVSAIDARLQGMTAPLPTNSFKQSKTSFDVGVGVTAKHKMMEYGINY
DTNIGSKYFAQQGSVKVRVNF
>Mature_2020_residues
ANISPKLFQKAIQQGLKAALFTTSTAAIMLSSSGALGIAVSGVIATNNNAAFSDNVGNNWNEITAAGVANGTPARGPQNN
WAFTYGGDYTITADVADHIITAINVADTTPIGLNIAQNTVVGSIVTGGNLLPVTITAGKSLTLNGNNADAANHGFGAPAD
NYTGLGNIALGGANAALIIQSAAPAKITLAGNINGGGIITVKTDAAINGTIGNTNALATVNVGAGIATLEGAIIKATTTK
LTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTGNIGNTNALATISVGAGKATLGGAVIKATTTKLTDNA
SAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNP
VVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAID
NTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNG
IVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGNS
TVTGNIGNTNALATVNVGAGIATLEGAVIKATTTKLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTGN
IGNTNALATISVGAGKATLGGAVIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIATFTGDSTVTGNIGNTNALA
TVNVGAGLLRVQGGVVKSNTINLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGK
ATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATVNVGAGVTLQAGGSL
DANNIDFGARSTLEFNGPLDGGGNAIPYYFKGAIANGNNAILNVNTKLLTAYHLTIGTVAEINIGAGNLFAIDASAGDVT
ILNAQDIHFRALDSALVLSNLTGVGVNNILLAADLVAPGVDEGTVVFDGGVNGLNIGSNVAGAARNIGDVGGNKFNTLLI
YNAVTITDDVNLEGIQNVLINNNADFTSSTAFNAGTIQINDATYTIDANNGNLNIPAGNIKFAHADAQLILQNSSGNDRT
ITLGANIDPDNDDEGIVILNSVTAGKKLTIAGGKTFGGAHKLQDIVFKGEGDFGTAGTTFNTTNIVLDITGQLELGATTA
NVVLFKDAVQLTQTGNIGGFLDFNAKNGTVTLNNNVNVAGTVKNTGGTNNGTLIVLGASNLNRVNGIAMLKVGAGNVTIA
KGGNVKIGEIQGTGTNTLTLPAHFKLTGSINKTGGQALKLNFMNGGSVSGVVGTAANSVGDITTAGATSFASSVNAKGTA
TLGGTTSFAHTFTNTGAVTLAKGSITSFAKNVTATSFVANSATINFGNSLAFNSNITGSGTTLTLGANQVTYTGTGSFTD
TLTLNTTFDGAAKSGGNILIKSGSTLDLSGVSNLALVVTATNFDMNNISPDTKYTVISAETAGGLKPTPKENVKITINND
NRFVDFTFDASTLTLFAEDIAAGVIDEDFAPGGPLANIPNAANIKKSLELMEDAPNGSDARQAFNNFGLMTPLQEADATT
HLMQDVVKPSDTIAAVNNQVVASNISSNITALNARMDKVQAGNKGPVSSGDEDMDAKFGAWISPFVGNATQKMCNSISGY
KSDTTGGTIGFDGFVSDDLVLGLAYTRADTDIKLKNNKTGDKNKVESNIYSLYGLYSVPYENLFVEAIASYSDNKIRSKS
RRVIATTLETVGYQTANGKYKSESYTGQLMAGYTYMMSENINLTPLAGLRYSTIKDKSYKETGTTYQNLTVKGKNYNTFD
GLLGAKVSSNINVNEIVLTPELYAMVDYAFKNKVSAIDARLQGMTAPLPTNSFKQSKTSFDVGVGVTAKHKMMEYGINYD
TNIGSKYFAQQGSVKVRVNF

Specific function: Elicits protective immunity

COG id: NA

COG function: NA

Gene ontology:

Cell location: 32 kDa beta peptide:Cell outer membrane; Multi-pass membrane protein (Potential). Note=The cleaved C- terminal fragment (autotransporter domain) is localized in the outer membrane

Metaboloic importance: NA

Operon status: Not Known

Operon components: None

Similarity: Contains 1 autotransporter (TC 1.B.12) domain

Homologues:

None

Paralogues:

None

Copy number: NA

Swissprot (AC and ID): OMPA_RICCN (Q52657)

Other databases:

- EMBL:   U01028
- EMBL:   AE006914
- EMBL:   U43794
- EMBL:   U43798
- EMBL:   U43806
- EMBL:   U45244
- EMBL:   U46918
- EMBL:   U83440
- EMBL:   U83443
- EMBL:   U83448
- EMBL:   U83453
- PIR:   A97859
- RefSeq:   NP_360910.1
- ProteinModelPortal:   Q52657
- GeneID:   928425
- GenomeReviews:   AE006914_GR
- KEGG:   rco:RC1273
- NMPDR:   fig|272944.1.peg.1273
- OMA:   NTNALAT
- ProtClustDB:   CLSK882239
- BioCyc:   RCON272944:RC1273-MONOMER
- InterPro:   IPR005546
- InterPro:   IPR006315
- SMART:   SM00869
- TIGRFAMs:   TIGR01414

Pfam domain/function: PF03797 Autotransporter; SSF103515 Auto_transptbeta

EC number: NA

Molecular weight: Translated: 203332; Mature: 203200

Theoretical pI: Translated: 5.05; Mature: 5.05

Prosite motif: PS51208 AUTOTRANSPORTER

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.0 %Cys     (Translated Protein)
0.9 %Met     (Translated Protein)
0.9 %Cys+Met (Translated Protein)
0.0 %Cys     (Mature Protein)
0.8 %Met     (Mature Protein)
0.9 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MANISPKLFQKAIQQGLKAALFTTSTAAIMLSSSGALGIAVSGVIATNNNAAFSDNVGNN
CCCCCHHHHHHHHHHCCCEEEEECCEEEEEEECCCCEEEEEEEEEEECCCCEECCCCCCC
WNEITAAGVANGTPARGPQNNWAFTYGGDYTITADVADHIITAINVADTTPIGLNIAQNT
CCEEEEECCCCCCCCCCCCCCEEEEECCCEEEECCHHCCEEEEEEECCCCCCEEEEECCE
VVGSIVTGGNLLPVTITAGKSLTLNGNNADAANHGFGAPADNYTGLGNIALGGANAALII
EEEEEEECCCEEEEEEECCCEEEECCCCCCCCCCCCCCCCCCCCCCCCEEECCCCEEEEE
QSAAPAKITLAGNINGGGIITVKTDAAINGTIGNTNALATVNVGAGIATLEGAIIKATTT
ECCCCEEEEEEEECCCCEEEEEEECCEEECCCCCCCEEEEEECCCCEEEECCEEEEEEEH
KLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTGNIGNTNALATISVGA
CCCCCEEEEEEECCCEEEEECCCCCCCCCCEEEEEECCCHHHHCCCCCCCCEEEEEEECC
GKATLGGAVIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIG
CCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEECCCCCCCCCCEEEEECCCEEECCCC
NTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVT
CCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEECCCCCCCCCCEEE
FTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAI
EECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEEC
DNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAV
CCCCCCCCCEEEEECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEE
TFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKA
EEECCEEEEEECCCCCCCCCCEEEEECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEE
TTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGNSTVTGNIGNTNALATVNVGA
EEEEECCCCCEEEEECCEEEEEECCCCCCCCCCEEEEECCCEEEECCCCCCEEEEEECCC
GIATLEGAVIKATTTKLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTG
CEEEECCEEEEEEEEECCCCEEEEEEECCCEEEEECCCCCCCCCCEEEEEECCCHHHHCC
NIGNTNALATISVGAGKATLGGAVIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNG
CCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEECCCCCCCCCC
IATFTGDSTVTGNIGNTNALATVNVGAGLLRVQGGVVKSNTINLTDNASAVTFTNPVVVT
EEEEECCCEEECCCCCCCEEEEEECCCEEEEEECCEEECCEEEECCCCCEEEEECCEEEE
GAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNA
EECCCCCCCCCCEEEEECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCC
SAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATVNVGAGVTLQAGGS
CEEEEECCEEEEEECCCCCCCCCCEEEEECCCEEECCCCCCCEEEEEECCCCEEEEECCC
LDANNIDFGARSTLEFNGPLDGGGNAIPYYFKGAIANGNNAILNVNTKLLTAYHLTIGTV
CCCCCCCCCCCEEEEECCCCCCCCCCCCEEEEEEEECCCEEEEEECCEEEEEEEEEEEEE
AEINIGAGNLFAIDASAGDVTILNAQDIHFRALDSALVLSNLTGVGVNNILLAADLVAPG
EEEEECCCCEEEEECCCCCEEEEECCCCEEEECCCEEEECCCCCCCCCCEEEEEEHHCCC
VDEGTVVFDGGVNGLNIGSNVAGAARNIGDVGGNKFNTLLIYNAVTITDDVNLEGIQNVL
CCCCEEEEECCCCCEECCCCCCHHHHCCCCCCCCCEEEEEEEEEEEEECCCCCCCEEEEE
INNNADFTSSTAFNAGTIQINDATYTIDANNGNLNIPAGNIKFAHADAQLILQNSSGNDR
ECCCCCCCCCCCCCCCEEEECCEEEEEECCCCEEEECCCCEEEEECCEEEEEECCCCCCE
TITLGANIDPDNDDEGIVILNSVTAGKKLTIAGGKTFGGAHKLQDIVFKGEGDFGTAGTT
EEEEECCCCCCCCCCCEEEEEECCCCCEEEEECCCCCCCHHHEEEEEEECCCCCCCCCCE
FNTTNIVLDITGQLELGATTANVVLFKDAVQLTQTGNIGGFLDFNAKNGTVTLNNNVNVA
EECEEEEEEEECCEEECCEEEEEEEEECEEEEEECCCCCEEEEECCCCCEEEECCCEEEE
GTVKNTGGTNNGTLIVLGASNLNRVNGIAMLKVGAGNVTIAKGGNVKIGEIQGTGTNTLT
EEEECCCCCCCCEEEEEECCCCCCCCCEEEEEECCCCEEEECCCCEEEEEEECCCCCEEE
LPAHFKLTGSINKTGGQALKLNFMNGGSVSGVVGTAANSVGDITTAGATSFASSVNAKGT
EEEEEEEEECCCCCCCCEEEEEEECCCCCCEEEEECCCCCCCEEECCCHHHHHCCCCCCE
ATLGGTTSFAHTFTNTGAVTLAKGSITSFAKNVTATSFVANSATINFGNSLAFNSNITGS
EEECCCCEEEEEECCCCEEEEECCCHHHHHHCCEEEEEEECCEEEECCCEEEECCCCCCC
GTTLTLGANQVTYTGTGSFTDTLTLNTTFDGAAKSGGNILIKSGSTLDLSGVSNLALVVT
CCEEEECCCEEEEECCCCCEEEEEEEEECCCCCCCCCEEEEECCCEEEECCCCCEEEEEE
ATNFDMNNISPDTKYTVISAETAGGLKPTPKENVKITINNDNRFVDFTFDASTLTLFAED
EECCCCCCCCCCCEEEEEEECCCCCCCCCCCCCEEEEECCCCEEEEEEECCCEEEEEEHH
IAAGVIDEDFAPGGPLANIPNAANIKKSLELMEDAPNGSDARQAFNNFGLMTPLQEADAT
HHCCCCCCCCCCCCCCCCCCCHHHHHHHHHHHHCCCCCHHHHHHHHHCCCCCCHHHCCHH
THLMQDVVKPSDTIAAVNNQVVASNISSNITALNARMDKVQAGNKGPVSSGDEDMDAKFG
HHHHHHHHCCCCEEEEECCEEEEECCCCCEEEEEEEHHHHCCCCCCCCCCCCCCCCCCCC
AWISPFVGNATQKMCNSISGYKSDTTGGTIGFDGFVSDDLVLGLAYTRADTDIKLKNNKT
CCCCCCCCCHHHHHHHHHCCCCCCCCCCEEEECCCCCCCEEEEEEEEECCCEEEECCCCC
GDKNKVESNIYSLYGLYSVPYENLFVEAIASYSDNKIRSKSRRVIATTLETVGYQTANGK
CCCHHHHHHHEEEEEEEECCHHHHHHHHHHHCCCCCHHHCCCEEEEEEHHHHCEEECCCC
YKSESYTGQLMAGYTYMMSENINLTPLAGLRYSTIKDKSYKETGTTYQNLTVKGKNYNTF
CCCCCCCCEEEEEEEEEEECCCCEEEECCCEEEEECCCCCCCCCCEEEEEEEECCCCCCH
DGLLGAKVSSNINVNEIVLTPELYAMVDYAFKNKVSAIDARLQGMTAPLPTNSFKQSKTS
HCCCCCEECCCCCEEEEEECCHHHHHHHHHHHCCHHHHHHHHCCCCCCCCCCCCCCCCCC
FDVGVGVTAKHKMMEYGINYDTNIGSKYFAQQGSVKVRVNF
EEEECCCCCHHHHHHCCCCCCCCCCCHHHHCCCCEEEEEEC
>Mature Secondary Structure 
ANISPKLFQKAIQQGLKAALFTTSTAAIMLSSSGALGIAVSGVIATNNNAAFSDNVGNN
CCCCHHHHHHHHHHCCCEEEEECCEEEEEEECCCCEEEEEEEEEEECCCCEECCCCCCC
WNEITAAGVANGTPARGPQNNWAFTYGGDYTITADVADHIITAINVADTTPIGLNIAQNT
CCEEEEECCCCCCCCCCCCCCEEEEECCCEEEECCHHCCEEEEEEECCCCCCEEEEECCE
VVGSIVTGGNLLPVTITAGKSLTLNGNNADAANHGFGAPADNYTGLGNIALGGANAALII
EEEEEEECCCEEEEEEECCCEEEECCCCCCCCCCCCCCCCCCCCCCCCEEECCCCEEEEE
QSAAPAKITLAGNINGGGIITVKTDAAINGTIGNTNALATVNVGAGIATLEGAIIKATTT
ECCCCEEEEEEEECCCCEEEEEEECCEEECCCCCCCEEEEEECCCCEEEECCEEEEEEEH
KLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTGNIGNTNALATISVGA
CCCCCEEEEEEECCCEEEEECCCCCCCCCCEEEEEECCCHHHHCCCCCCCCEEEEEEECC
GKATLGGAVIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIG
CCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEECCCCCCCCCCEEEEECCCEEECCCC
NTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVT
CCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEECCCCCCCCCCEEE
FTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAVTFTNPVVVTGAI
EECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEEC
DNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNASAV
CCCCCCCCCEEEEECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEE
TFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKA
EEECCEEEEEECCCCCCCCCCEEEEECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEE
TTTKLTDNASAVTFTNPVVVTGAIDNTGNANNGIVTFTGNSTVTGNIGNTNALATVNVGA
EEEEECCCCCEEEEECCEEEEEECCCCCCCCCCEEEEECCCEEEECCCCCCEEEEEECCC
GIATLEGAVIKATTTKLTNAASVLTLTNVNAVLTGAIDNTTGVDNVGVLNLNGALSQVTG
CEEEECCEEEEEEEEECCCCEEEEEEECCCEEEEECCCCCCCCCCEEEEEECCCHHHHCC
NIGNTNALATISVGAGKATLGGAVIKATTTKLTDNASAVTFTNPVVVTGAIDNTGNANNG
CCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCCCEEEEECCEEEEEECCCCCCCCCC
IATFTGDSTVTGNIGNTNALATVNVGAGLLRVQGGVVKSNTINLTDNASAVTFTNPVVVT
EEEEECCCEEECCCCCCCEEEEEECCCEEEEEECCEEECCEEEECCCCCEEEEECCEEEE
GAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATISVGAGKATLGGAIIKATTTKLTDNA
EECCCCCCCCCCEEEEECCCEEECCCCCCCEEEEEEECCCCEECCCEEEEEEEEEECCCC
SAVTFTNPVVVTGAIDNTGNANNGIVTFTGDSTVTGNIGNTNALATVNVGAGVTLQAGGS
CEEEEECCEEEEEECCCCCCCCCCEEEEECCCEEECCCCCCCEEEEEECCCCEEEEECCC
LDANNIDFGARSTLEFNGPLDGGGNAIPYYFKGAIANGNNAILNVNTKLLTAYHLTIGTV
CCCCCCCCCCCEEEEECCCCCCCCCCCCEEEEEEEECCCEEEEEECCEEEEEEEEEEEEE
AEINIGAGNLFAIDASAGDVTILNAQDIHFRALDSALVLSNLTGVGVNNILLAADLVAPG
EEEEECCCCEEEEECCCCCEEEEECCCCEEEECCCEEEECCCCCCCCCCEEEEEEHHCCC
VDEGTVVFDGGVNGLNIGSNVAGAARNIGDVGGNKFNTLLIYNAVTITDDVNLEGIQNVL
CCCCEEEEECCCCCEECCCCCCHHHHCCCCCCCCCEEEEEEEEEEEEECCCCCCCEEEEE
INNNADFTSSTAFNAGTIQINDATYTIDANNGNLNIPAGNIKFAHADAQLILQNSSGNDR
ECCCCCCCCCCCCCCCEEEECCEEEEEECCCCEEEECCCCEEEEECCEEEEEECCCCCCE
TITLGANIDPDNDDEGIVILNSVTAGKKLTIAGGKTFGGAHKLQDIVFKGEGDFGTAGTT
EEEEECCCCCCCCCCCEEEEEECCCCCEEEEECCCCCCCHHHEEEEEEECCCCCCCCCCE
FNTTNIVLDITGQLELGATTANVVLFKDAVQLTQTGNIGGFLDFNAKNGTVTLNNNVNVA
EECEEEEEEEECCEEECCEEEEEEEEECEEEEEECCCCCEEEEECCCCCEEEECCCEEEE
GTVKNTGGTNNGTLIVLGASNLNRVNGIAMLKVGAGNVTIAKGGNVKIGEIQGTGTNTLT
EEEECCCCCCCCEEEEEECCCCCCCCCEEEEEECCCCEEEECCCCEEEEEEECCCCCEEE
LPAHFKLTGSINKTGGQALKLNFMNGGSVSGVVGTAANSVGDITTAGATSFASSVNAKGT
EEEEEEEEECCCCCCCCEEEEEEECCCCCCEEEEECCCCCCCEEECCCHHHHHCCCCCCE
ATLGGTTSFAHTFTNTGAVTLAKGSITSFAKNVTATSFVANSATINFGNSLAFNSNITGS
EEECCCCEEEEEECCCCEEEEECCCHHHHHHCCEEEEEEECCEEEECCCEEEECCCCCCC
GTTLTLGANQVTYTGTGSFTDTLTLNTTFDGAAKSGGNILIKSGSTLDLSGVSNLALVVT
CCEEEECCCEEEEECCCCCEEEEEEEEECCCCCCCCCEEEEECCCEEEECCCCCEEEEEE
ATNFDMNNISPDTKYTVISAETAGGLKPTPKENVKITINNDNRFVDFTFDASTLTLFAED
EECCCCCCCCCCCEEEEEEECCCCCCCCCCCCCEEEEECCCCEEEEEEECCCEEEEEEHH
IAAGVIDEDFAPGGPLANIPNAANIKKSLELMEDAPNGSDARQAFNNFGLMTPLQEADAT
HHCCCCCCCCCCCCCCCCCCCHHHHHHHHHHHHCCCCCHHHHHHHHHCCCCCCHHHCCHH
THLMQDVVKPSDTIAAVNNQVVASNISSNITALNARMDKVQAGNKGPVSSGDEDMDAKFG
HHHHHHHHCCCCEEEEECCEEEEECCCCCEEEEEEEHHHHCCCCCCCCCCCCCCCCCCCC
AWISPFVGNATQKMCNSISGYKSDTTGGTIGFDGFVSDDLVLGLAYTRADTDIKLKNNKT
CCCCCCCCCHHHHHHHHHCCCCCCCCCCEEEECCCCCCCEEEEEEEEECCCEEEECCCCC
GDKNKVESNIYSLYGLYSVPYENLFVEAIASYSDNKIRSKSRRVIATTLETVGYQTANGK
CCCHHHHHHHEEEEEEEECCHHHHHHHHHHHCCCCCHHHCCCEEEEEEHHHHCEEECCCC
YKSESYTGQLMAGYTYMMSENINLTPLAGLRYSTIKDKSYKETGTTYQNLTVKGKNYNTF
CCCCCCCCEEEEEEEEEEECCCCEEEECCCEEEEECCCCCCCCCCEEEEEEEECCCCCCH
DGLLGAKVSSNINVNEIVLTPELYAMVDYAFKNKVSAIDARLQGMTAPLPTNSFKQSKTS
HCCCCCEECCCCCEEEEEECCHHHHHHHHHHHCCHHHHHHHHCCCCCCCCCCCCCCCCCC
FDVGVGVTAKHKMMEYGINYDTNIGSKYFAQQGSVKVRVNF
EEEECCCCCHHHHHHCCCCCCCCCCCHHHHCCCCEEEEEEC

PDB accession: NA

Resolution: NA

Structure class: Unstructured

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: 6.0

TargetDB status: NA

Availability: NA

References: 8125327; 11557893; 8862558