KEGG   Xenorhabdus bovienii CS03: XBW1_2117
Entry
XBW1_2117         CDS       T03845                                 
Name
(GenBank) Putative extracellular serine protease precursor
  KO
K12685  subtilase-type serine protease [EC:3.4.21.-]
Organism
xbv  Xenorhabdus bovienii CS03
Brite
KEGG Orthology (KO) [BR:xbv00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:xbv02000]
    XBW1_2117
   02044 Secretion system [BR:xbv02044]
    XBW1_2117
Transporters [BR:xbv02000]
 Other transporters
  Pores ion channels [TC:1]
   XBW1_2117
Secretion system [BR:xbv02044]
 Type V secretion system
  Autotransporter-1 (AT-1) family
   XBW1_2117
SSDB
Motif
Pfam: Autotransporter Peptidase_S8 VacA_C PATR
Other DBs
NCBI-ProteinID: CDM89474
UniProt: A0A0B6XB12
Position
2001322..2004372
AA seq 1016 aa
MKKNNPARPIFLGMTLLFGLLPTGSLIAATEYHEQGKKGIPDSWLSDEFKNQWGLASIGA
HYAYARGYTGKGINVGVLDEAVTNHPEFADKLKIIAPSDIWNYSYDPYSDLISFGAHGNH
VSGTIAANRDGKEMHGVAFDAGLVTAKFLQNDYNRTEAMIQSDARIINNSWGVRPRYYVG
RDGRPIRRPDGTVDYVQVTLEQLINYVSPIKEKLNELSQAPLAVTGEPLASDAGMLRAAR
QGKLMVFAAGNANNYNVTWLHAGMPYFFPDVLKNYLSVTNLKEDGLIAPSSTSCGYTASW
CLAAPGTKVYSSTGDFVSKNGGEINEDALKKGELEIDPTYDTYTGTSMAAPHVAGAAAVL
MQRFPYMTAAQIADVIKTTATDLGTPGLDDLYGWGKLNLEDAINGPKMFITKQDIPAKYY
IEGSYTETQFIANIDGISSLIEPGTTVQRVCNSIECVYDYWSNDISGHGGLTKNGSGALL
LTGASTYSGPTWVNQGLLLVNGSITSDVTVQSDATLSGKGTVGSLTAYNGANIAPGNTDA
ALNVDREVIFETGSRYQVTLTPDGKSDRILSNGMAGLEGGEVQVTLENRGNLLSQQKVRS
LLGQQYNILQASNGIYGQFDTVSQGHLFLDIPLNYQFDRALLDIKRNTTEFASLATTANG
RSVAKAAEMLNSDHPVHESILMVNSAAQASQAFNQLSGQVHADIAAAQINSSRYLRDTLN
TRLRQANGVATSQEIKADTDGAWVQIMGNWQRASGNNEVSGYRMSNHGVLLGVDKDLSSD
WRLGVATGYTRSSLHGGDSASARSDNYHLALYGSKQIDALALRAGVAYSWHRFDTERSVA
FGDQSDDLKAKYGARTGQLFTEAGYGIKTSWLNLEPFANLAHVNFHNNSINEQGGAAALH
GDKKSQNATFSTLGLRADQKWKIERESQRELHVGVYGELGWQHRFGNINRGTKLGFSNSN
TMFTVNSVSAGRDAAVVKVGTELDIGKNTTLALGYNGVLSSSHKDNGVFLNANWRF
NT seq 3051 nt   +upstreamnt  +downstreamnt
atgaaaaaaaacaatccggcacggccgatttttttagggatgacattgttatttgggcta
ttacctactggttcgttaattgctgccactgaatatcacgaacagggtaaaaaaggtata
cctgatagttggttgtcagatgaatttaagaatcaatgggggttggcctctatcggtgcc
cattatgcctatgccagaggttatacgggtaagggcattaatgtcggtgtattagatgag
gcggttaccaaccatcctgaatttgctgacaaactaaagataatcgctccatccgacatt
tggaactatagttatgatccctacagcgatctgatcagctttggcgcccatggcaatcat
gtgtcaggaaccattgcggcgaacagagatggtaaagaaatgcacggagtagcatttgat
gctggtttagtcaccgcaaagtttctgcaaaatgattacaaccgcacagaagctatgatt
caaagcgatgctcgcatcattaataacagttggggagttcgtccccgttattatgttggt
agagacggtagaccgattagacggccggatgggactgttgattacgtgcaagtgactctg
gaacagctaattaattatgtctcgccaattaaagaaaaactaaacgagttaagccaagcc
ccgctcgcagttacgggagagccgttagccagtgatgccggcatgttacgtgctgctcgc
caaggaaaattaatggttttcgctgcgggtaacgcgaataattataacgtgacttggtta
catgcagggatgccttatttcttcccggacgtactgaaaaactaccttagcgtcaccaat
ctaaaagaagacggtttgattgcaccctcgtcaactagctgtggatataccgccagttgg
tgcctggctgcaccaggcaccaaggtttacagtagcactggcgattttgtctcgaaaaat
ggtggcgaaattaacgaggacgctttaaagaaaggcgagctggagattgatcccacctat
gatacttacacaggtacatcaatggccgcgccgcatgtggcaggagccgccgcagttctg
atgcaacgtttcccttatatgactgcggcgcaaattgccgatgttattaaaaccaccgcg
actgatttggggacgccgggtcttgatgacttatatggttggggaaaactgaacctggaa
gatgccattaatggccctaaaatgttcattactaagcaggatattcccgctaaatattac
attgaaggttcgtataccgaaacacagtttatcgccaatattgacggaatcagcagtctg
attgagccaggcaccaccgtacaacgagtatgtaacagtattgagtgcgtctatgactat
tggagcaatgatatcagtggtcatggtggcctgactaaaaatggcagcggtgcgctccta
cttaccggagccagtacttattctggtccaacatgggtgaatcaagggctgttattggtg
aacggttcgataacctccgacgtgacagtacaaagcgatgcaaccttgagcggaaaaggc
actgttggctcactcactgcttacaacggagctaacattgcaccgggtaatactgacgct
gctctgaatgttgatcgcgaagtcatttttgaaacaggctctcgctatcaggtgacatta
acgccggatggtaagagtgatcgtatcctgagtaatggtatggcagggctggaaggtggt
gaagtgcaagtgactttggaaaaccggggtaacttgctgtcgcagcaaaaggtacgcagt
ctgcttggccagcaatacaatatcttgcaagcgagcaatggcatctatggtcaatttgac
accgtatcacaggggcatctgttccttgatatcccgctcaactatcaatttgatcgagcg
ttgttggatataaaacgcaacacaaccgagtttgccagcctagccacaacggctaatggg
cgttcagttgccaaagcggctgagatgctgaattcagaccatccagttcatgaaagtatt
ctgatggtaaattcagccgcgcaggccagtcaggcattcaaccaactttcaggacaggtt
catgctgatattgctgctgcacagatcaatagcagccgctatctgcgcgatacactgaat
acccgtttgcgtcaggccaatggcgtagccacttctcaggaaatcaaagcggatacagat
ggtgcttgggtacagataatgggtaactggcagcgtgccagcggcaacaatgaagtcagc
ggttatcggatgtccaaccacggcgtgttgttgggtgtagataaagacttgtccagcgac
tggcggcttggtgtggctaccggctacactcgctcttctctgcatgggggcgatagtgcg
tcagcacgcagtgataactatcacttggctttatacggcagcaaacagattgatgctctg
gcattacgtgctggtgtggcctacagttggcatcgttttgacaccgagcgctcagttgct
tttggtgatcagtccgacgatctgaaagctaaatacggtgcacgtactggacaattattt
accgaagcgggttacggtattaaaacctcttggctgaatttggagccatttgccaactta
gctcacgttaacttccacaacaatagcattaatgaacaaggcggagccgctgcactgcac
ggcgacaaaaaatcacagaatgctaccttctctacactgggtttgcgtgccgaccaaaaa
tggaaaatcgaacgcgaatcccaaagagaattgcatgtgggtgtatatggtgaactgggc
tggcaacatcggtttggtaacatcaatcgtggcactaagttaggtttcagcaatagtaat
acgatgtttactgtcaacagtgtttcagcggggcgtgatgcagcagtggttaaagtaggt
actgaattagatatcggcaaaaataccacactggcactgggatataatggcgttttatca
agcagccataaagataatggtgtgttcttgaatgctaattggcgattctga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (7)   

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