KEGG   Salmonella enterica subsp. enterica serovar Typhimurium LT2: STM3478
Entry
STM3478           CDS       T00065                                 
Symbol
bigA
Name
(RefSeq) putative surface-exposed virulence protein
  KO
K12516  putative surface-exposed virulence protein
Organism
stm  Salmonella enterica subsp. enterica serovar Typhimurium LT2
Brite
KEGG Orthology (KO) [BR:stm00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:stm02000]
    STM3478 (bigA)
   02044 Secretion system [BR:stm02044]
    STM3478 (bigA)
Transporters [BR:stm02000]
 Other transporters
  Pores ion channels [TC:1]
   STM3478 (bigA)
Secretion system [BR:stm02044]
 Type V secretion system
  Autotransporter-1 (AT-1) family
   STM3478 (bigA)
SSDB
Other DBs
NCBI-GeneID: 1255001
NCBI-ProteinID: NP_462381
UniProt: P25927
Position
3629175..3635036
AA seq 1953 aa
MNPMQKKKLISIAIALTLQSYYIPAIAAENNDDEKECPSNISSLPKEKRAKLSPTCLATP
ENDNHWGWVAGGVAALVAGVAIGVENNGGGDSNHSYTPPKPDNGGDVTPPDDGGNVTPPD
DGGNVTPPDDGGDDNVTPPDDSGDDDVAPPDDSGDDDVTPPDDSGDDDVTPPDDSGDGDV
TPPDDSGDDDVTPPDDSGDDDVTPPDDSGDDDVTPPDDSGDDDVTPPDDSGDDDVTPPDD
SGDDDDTPPDDSVITFSNGVTIDKGKDTLTFDSFKLDNGSVLEGAVWNYSEQDNQWQLTT
ADGKTLNVTGWDVTDANAAVIEGTQENGLYWKYDSRGYLIIADDNTTVISGDDQAHNSDR
GMDISGQDRTGVIISGDRTVNTLTGDSSVTDGATGMVISGDGTTNTISGHSTVDNATGAL
ISGNGTTTNFAGDIAVSGGGTAIIIDGDNATIKNTGTSDISGAGSTGTVIDGNNARVNND
GDMTITDGGTGGHITGDNVVIDNAGSTTVSGADATALYIEGDNALVINEGNQTISGGAVG
TRIDGDDAHTTNTGDIAVDGAGSAAVIINGDNGSLTQAGDLLVTDGAMGIITYGTGNEAK
NTGNATVRDADSVGFVVAGEKNTFKNKGDIDVSLNGTGALVSGDMSQVTLDGDINVVSVQ
DSEGVFSSATGVSVSGDSNAVDITGNVNISADYGQDDLAAGAPPLTGVVVGGNGNTVTLN
GALNIDDNDLSATGGQYLDVVGLSVTGDDNDVEIDGGINITHSEDPLDGTSADITGISVS
GNSTVTLNGHSTIDTNTVVGGHVVLARVNNGGSLILGDDSVVDVNVSYIPTGYYTYNALL
MADGEGTSIENKGDITSHGVYSVIRADNGSEVSNSGDILVYATSSNSSEDRAAITRASGE
GSAVHNKAGGDITLISDQTPQGSGGIEVYPLKWYTHTFYAMMASDYGDVVNDEGATIHLQ
GAGVYGVTASRGKALNEGNIYLDGLVPTLDDENNITSTSYWQPSSLYLTSSGMVAGSTDA
DGDATAINTGNITVNNAGFGMMALNGGTAINQGVITLTADDGVTGQADELVGMAALNGGV
VINDTSGVINIDADYGQAFLSDSSSYIINNGSINLNGSPMDDTDSHMGGTPTDKIWIQSL
PGSGDSDTRTSDTGFFTAGTLANYGTETLNGDVDVNGGWLYNEAGASLTVNGTVTINGGA
NALANYGTLDADAISTWHSLFNEADGSITTDLLTLNGDVTFYNNGDFTGSIAGTSYQQEI
VNTGDMTVAEDGKSLVSGSFYFYNEEDATLTNSGSAVEGGENTIINLTRANDSLTQVNSG
TITATNGYSAITTVNGSNDPKWIWNTATGVINGINPDAPLINLGRGYNFGNQGTINVQGD
NAVAISGGTSSYVINLVNSGTINVGTEQGKEDGTNGTGLIGIKGNGNATTINNTADGVIN
VYADDSYAFGGKTKAIINNGEINLLCDSGCDIYAPGTTGTQNDHNGTADIVIPDATTAPT
EGSIPTPPADPNAPQQLSNYIVGTNADGSSGTLKANNLVIGDNVKVDTGFTSGTADTTVV
VDNAFTGSNIQGADNITSTSVVWNAQGSQDADGNVDVTMTKNAYADVATDSSVSDVAQAL
DAGYTNNELYTSLNVGTTAELNSALKQVSGAQATTVFREARVLSNRFTMLADAAPQIKDG
LAFNVVAKGDPRAELGNDTQYDMLALRQTLDLTASQNLTLEYGIARLDGDGSKTAGDNGL
TGGYSQFFGLKHSMAFDEGLAWNNSLRYDVHNLDSSRSVAYGDVNKIADSDMRQQYLEFR
SEGAKTFTMMGDALKVTPYAGVKFRHTMEDGYKERSAGDFNLSMNSGNETAVDSIVGLKL
DYAGKDGWSATATLEGGPNLSYSKSQRTASLQGAAGQSFGVDDGQKGGGVNGLATIGVKY
SSNDTALHLDAYQWKEDGISDKGFMLNVKKTFR
NT seq 5862 nt   +upstreamnt  +downstreamnt
atgaaccctatgcaaaagaaaaaacttatttctatcgctatcgctttaacgctacaaagt
tattacattccggccatcgccgcagaaaataacgatgatgaaaaagaatgtcccagtaat
atctcctccctgcctaaagaaaaacgcgcaaaactctcaccgacctgccttgctacacct
gaaaatgataatcactggggctgggttgctggcggcgttgctgcattggtcgcaggtgtg
gctattggcgttgaaaataacggtggcggagattctaatcattcttataccccccctaag
cccgataatggcggcgacgtcaccccgcccgacgatggcggcaacgtcaccccgcccgac
gatggcggcaacgtcaccccgcccgacgatggcggcgatgacaatgtgaccccgcccgac
gatagtggcgatgacgatgtggccccgcctgacgatagcggcgatgacgatgtaaccccg
cccgacgatagcggcgatgatgatgtgaccccgcccgacgatagcggcgatggcgatgtg
accccgcccgacgatagcggcgatgacgatgtaaccccgcccgacgatagcggcgatgac
gatgtgaccccgcctgacgatagcggcgatgacgatgtaaccccgcccgacgatagcggc
gatgacgatgtgaccccgcccgatgatagcggcgatgacgatgtaaccccgcccgatgat
agcggcgatgacgacgacacgcccccagatgactctgttattaccttcagcaacggcgtc
accatcgataaaggcaaagacaccctgaccttcgacagcttcaaactggataacggcagc
gttcttgagggtgccgtgtggaattattcagaacaggacaaccagtggcagctcaccacc
gcggacggtaaaacgctgaacgtcaccggctgggacgtgaccgacgccaatgccgccgtg
attgaaggcacccaggaaaacggtctctactggaagtacgacagccggggctatctgatt
attgccgacgataacaccaccgttatcagcggcgatgaccaggcgcataattccgatcgc
ggcatggatatcagcggccaggatcgcaccggcgtgattatttccggcgatagaaccgtc
aacacgctcaccggggactccagtgtgaccgacggtgccaccggcatggttatctccggt
gacggcaccaccaacaccatttcgggccactccacggtggacaacgccaccggcgcgctg
atttccggcaacggcaccaccaccaatttcgccggtgacattgccgtgagcggcggcggc
accgccatcatcatcgacggcgacaacgccacgattaagaataccggtacctctgacatc
agcggcgcaggctccaccggcaccgtcattgacggcaataacgcccgcgtcaacaatgac
ggtgatatgaccatcaccgacggcggcaccggcggccacattaccggcgacaacgtggtt
atcgataacgccgggagcactaccgtcagcggcgcagacgccacggcgctgtatatcgaa
ggcgacaacgcgctcgttatcaacgaaggtaatcaaactatctctggcggcgccgtcggt
acgcgcattgacggcgacgacgcccataccaccaataccggtgatatcgcggtggatggc
gcgggctctgccgccgtgattatcaacggcgacaacggcagcctgacccaggcgggcgat
ctgctggtcaccgacggcgcgatgggcatcatcacctatggcaccggaaatgaagcaaaa
aataccggcaacgccaccgtacgtgatgcggactcggtgggttttgtggttgcaggcgaa
aaaaacaccttcaaaaacaaaggggatattgacgtcagccttaacggcaccggcgcgctg
gtgagcggcgatatgtcgcaggttacgctggatggcgatattaacgttgtctcagtccag
gacagcgaaggcgtgtttagctcagcgacaggggtgagcgtgagcggcgacagcaacgcc
gttgatatcaccggcaacgtaaatatcagcgccgactacgggcaggatgatctggctgcc
ggggctcccccgttaaccggcgttgtcgtcggcggtaacggcaataccgttacccttaat
ggcgcgctgaatattgatgacaacgatctgtccgccaccggcggacaatacctggacgtt
gttggcctgagcgtaacaggtgatgataacgacgttgagattgacggcggtattaatatc
acccacagcgaggatccacttgatggaacctctgcagacattaccggcatcagcgtcagc
ggtaacagtaccgttacgctaaacggtcattctaccattgataccaacacggtagtgggg
gggcacgttgtactggcgcgggtcaacaacggcggctccctgattctgggtgatgactca
gttgttgacgttaatgtcagttatatacccacaggctattacacctacaacgcgttgctg
atggctgatggcgaaggcacatcaattgaaaataaaggcgatattacaagccatggcgtg
tattccgtcattcgcgcagataacggctcggaagtcagcaacagcggagatattctggtc
tacgcgaccagtagcaacagtagtgaggatcgtgcagccatcacaagggctagtggcgag
ggatcggctgttcataacaaagccggcggcgatatcaccctcatttctgatcagacgccg
cagggcagtggcggtattgaagtatacccattgaaatggtacacccacaccttttacgcc
atgatggcttcggattatggcgatgtcgttaacgatgagggcgccacgatccatttgcag
ggggcaggtgtatatggcgttaccgccagccgaggtaaagcactaaacgaaggcaatatc
tatctggatggccttgtcccgacgctggacgatgaaaataacatcaccagcaccagctac
tggcagccatcatcgctctatctcaccagctcaggaatggtggcgggttccaccgatgcc
gatggcgacgccaccgccatcaacaccggcaacattaccgtcaacaacgccgggttcggc
atgatggcgcttaatggcggcaccgccattaaccagggcgtgatcaccctgaccgccgat
gacggcgtgaccggtcaggcagacgagctggtcgggatggcggcgctcaacggcggcgtc
gtcatcaacgacaccagcggcgtgattaacatcgacgccgattacggccaggcgtttctg
agcgacagttccagctacatcatcaataacggctctatcaaccttaacggcagcccgatg
gatgatactgattcacacatgggcggcacgccaacggacaaaatctggattcagtctctg
cccggcagcggcgacagcgacaccaggacctccgacacaggtttcttcaccgccggtacg
ctggccaactacggtactgaaaccctgaacggcgatgtggacgttaacgggggctggctg
tacaacgaagcgggcgcctcgctcaccgtcaacggcaccgtgacgattaacggcggggct
aacgcgctggctaactacgggacgctggacgcggacgctatttccacctggcacagcctc
tttaatgaagcggacggcagcatcaccaccgatctgttaacccttaatggcgacgtcact
ttttacaataacggcgatttcaccggctccatagcgggcaccagctaccagcaggaaatc
gtcaatactggcgatatgacggtggcggaagatggcaaatcgctggtcagcggcagcttc
tatttctataacgaagaggacgctacgcttaccaacagcggcagcgcggtggaaggcggc
gagaacaccatcatcaatctgacgcgcgccaacgattcgctgacccaggtgaacagcggc
accatcaccgccactaacggttacagcgccatcaccacggtcaacggcagcaatgacccc
aaatggatctggaacaccgcaaccggcgtgattaacggtattaacccggatgcgccgcta
atcaatttgggccgcggctataacttcggcaaccagggcactatcaacgtgcagggcgat
aacgccgtggcgattagcggcggcaccagcagttatgtcattaacctggtcaatagcggc
accatcaacgtcggtaccgagcagggcaaggaggacggcaccaacggcaccgggcttatc
ggcatcaagggcaacggtaatgccaccaccataaacaacaccgcagacggcgtgatcaac
gtttacgcggatgactcgtatgcgtttggcggcaagaccaaagccatcatcaacaacggc
gaaatcaacctgctgtgcgacagcggctgcgacatctacgcgccgggtactacgggcacg
cagaacgaccataacgggacagcggacatcgtcatcccggatgcgactaccgccccgacc
gagggcagcatcccgacgccgccagcggatcccaacgcgccgcagcagctctccaactat
attgttggcaccaacgccgacggtagctccggtacgctgaaagccaataacctggtgatt
ggcgacaacgtgaaggtggataccggctttaccagcggtacggcggataccaccgtggtg
gtggataacgccttcaccggcagcaatatccagggcgcggacaacatcacttccaccagc
gtggtgtggaacgcccagggtagccaggatgccgacggcaacgttgacgtcaccatgacc
aaaaacgcctatgccgatgtggcgaccgacagctcggtaagcgacgtggcgcaggcgctg
gacgccggttacaccaacaacgagctgtacaccagccttaatgtggggactaccgccgag
ctgaacagcgcactcaagcaggtgagcggtgctcaagccaccacggtattccgtgaagcg
cgtgtactcagcaaccgctttaccatgctggccgacgccgcgccgcaaattaaagatggt
ctggcgttcaacgtggtggcgaaaggcgacccacgtgcggagctgggcaacgacacccag
tacgacatgctggcattacgccagacgttggatctcaccgccagccagaatctgacgctg
gagtacggtattgcgcgtctggatggcgacggttcgaaaactgcgggcgataacggcctg
acaggcggctacagccagttctttggcctgaagcacagcatggcgtttgatgaaggtctg
gcgtggaacaacagcctacgctatgacgtgcataacctcgacagcagccgttctgttgcc
tatggcgatgtcaacaaaattgccgattccgacatgcgtcagcagtaccttgagtttcgc
agtgaaggggcgaaaactttcaccatgatgggcgatgcgctgaaagtcacgccgtatgcc
ggggtgaaattccgtcacaccatggaagatggctacaaagagcgcagcgccggagatttt
aacctgtcgatgaactctggcaacgaaacggcggtagactctattgtcggcctgaagctg
gattacgccgggaaagacggctggagcgccaccgctaccctggaaggtggcccgaacctg
agctacagcaagagccagcgtacagcgtcattacagggtgcggcgggtcaatcgttcggc
gtggatgacggtcaaaaaggcggcggcgttaatggtctggcaaccatcggcgtgaaatac
agcagcaatgataccgcgctacatctggatgcctaccagtggaaggaagacggtatcagc
gataaaggctttatgcttaacgttaagaaaacatttcgttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
All databases (11)   

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