KEGG   Mannheimia haemolytica USDA-ARS-USMARC-183: D650_24120
Entry
D650_24120        CDS       T02523                                 
Name
(GenBank) peptidase S6
  KO
K01347  IgA-specific serine endopeptidase [EC:3.4.21.72]
Organism
mhq  Mannheimia haemolytica USDA-ARS-USMARC-183
Brite
KEGG Orthology (KO) [BR:mhq00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mhq01002]
    D650_24120
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:mhq02000]
    D650_24120
   02044 Secretion system [BR:mhq02044]
    D650_24120
Enzymes [BR:mhq01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.21  Serine endopeptidases
    3.4.21.72  IgA-specific serine endopeptidase
     D650_24120
Peptidases and inhibitors [BR:mhq01002]
 Serine peptidases
  Family S6
   D650_24120
Transporters [BR:mhq02000]
 Other transporters
  Pores ion channels [TC:1]
   D650_24120
Secretion system [BR:mhq02044]
 Type V secretion system
  Autotransporter-1 (AT-1) family
   D650_24120
SSDB
Motif
Pfam: Peptidase_S6 Autotransporter Pertactin G3P_pilus-bind
Other DBs
NCBI-ProteinID: AGI33680
Position
2327966..2332477
AA seq 1503 aa
MINKNFPLSYLASFVAFAVSLSATASVFRDDIDLQYYRDFAENKGKFTVGASNIEIKDKS
GNTLDALFPNVPMPDFSAANRNLGIATLVAPQYLVSVAHNTQYNTVEFGAPGTNADAHHY
TYKVVDRNDYGIVEGGQHQDYQVPRLNKLVTEVAPATVTDLGNNASAYQDSSRFTHFARL
GSGRQIVKNTEHKDNQISTSYQYLTGGVHLPIAVHNSDYWLDFRGNALNNSPYGALTAFG
TRGDSGSGVYGYDQKTKRWLLLATYTFGTPANNYYNRAGIIRQDYHDKQFAEDIAGTLTN
AQQNAVFEWSAQGKDSSIGNKGKNLTVSLADRSIKDNSASPLGYGGTPQLQLPQDNTGKT
LNIEGQDSTIVLKTDIDQGAGALNFNANATVRPENDQSWVGAGIVVAKGKQVNWQVKNPQ
GDRLSKLGEGTLHINGKGENLGDISVGQGTVILTQQAGENGKKSAFNQVGIVSGRSTVVL
NSADQVDPNKIYFGFRGGRLDLNGNNIAFNRIQNSDDGARIVNNHLQKAATLTINGPKPP
EATDLKWGTWKENSADIYEYINPHANNRTDYFTLKGNPNQYMPTNGASNAHWTFLSSNKD
AAVKQVLAQKGLEHRYNSFNGFIGETDNTQHNGRLNVVYDPKASTPPATASEVTWGKGLV
AGADIYLFTNPKTKIREYFALKGDPKQPVPRGGLSSEHWEFLAADRNQAINKVLARKNAP
IEQEKLNSIYTFSGGLNLNGDLTVKGGKVLLSGRPTPHAYDAINKQDVVYADDWQNRQFK
ADNMQLNQYAQLYVGRNVSNLQANLSANDHAQLHLGFINEQTPSCYYSEYTGKTSCDTQA
VVSNEIFATLPTTQINGDVSLAEQSQLHIGKANLIGTIQAAATTSIRLANQASWTNTGDS
RTGNLVAENGSTINLNEKFVTGEIPTRFNTLIIDGNFQGNAKINYLTDIAAGKGDHLQVN
GLAEGTFTLALRNSGKEAEVVSPLSLLTLTHQAQADKAKVSLENGYVDLGAYRYVLANRS
NGYRLYNPLKDAKDRNQSIATAKAELDHAIAEADKQKQEISRLNAEAEKERQAEKNAKQA
AANAQSQLSQANSELTRLQQYADYYRRYYPTYYRQIQGQITVAKQKVTQASAALTTAENN
AKASAAQIANVEQAVETAQNIAKQVEAKLATLRITAGNSEAILNAEALKLCQENGANCEH
LQAHADTDSSNIQQSDWVSQYANTALSELSAQANSALQIGQDLDRQLFAKHDKFHVWSSI
EHQKTEHQSDLYRPYEQQTNLTQLGIELPLANGINAGVMLSRNHANAEFDEGVNGKSNLL
MASLYGKWHSENGTFVSLDGSYGKAKNRIDLFGENRFNRHIMAIGANLGHNFDLAGVQVQ
PAVGTRYYRFSAQNYKLGEVEVRSPKAHFMAYQAGVKVSKAFDLSSWKVEPSLAAHYVDA
SSKRLSVAVNDNTFSQRFGRYLKTEVGVGVTKGQWQLSSHLGLLKGNEIGKQHFAGFKLG
YSW
NT seq 4512 nt   +upstreamnt  +downstreamnt
atgataaataaaaactttccactttcttaccttgccagctttgtggcatttgctgttagt
ttatctgcaacagcctctgttttcagagatgatatcgatcttcaatactaccgtgatttt
gcggagaataagggtaaattcaccgtaggtgcaagcaatattgaaattaaagataaaagt
ggcaatacattagatgcactcttcccaaatgtaccgatgccagattttagtgctgcaaac
cgtaacttagggatagcaactctagttgcaccgcaatatttagtcagcgttgcccataat
acacaatacaatactgtggaatttggcgccccaggcactaatgccgatgcacaccactac
acttacaaagtcgttgatcgtaacgactatggaattgttgaaggtgggcaacatcaagat
tatcaagtgccacgtctcaataaattagtcactgaggtcgcacctgcaacagtgactgat
ctgggtaataatgcttcagcctaccaagatagtagtcgttttactcactttgctcgctta
ggctctggtcgtcaaatagtcaaaaataccgagcataaagacaaccaaatttcaacatct
taccaatatttaaccgggggagttcatttaccaatcgcggtacataattccgattactgg
ctagattttagaggaaatgcattaaacaatagcccatatggagcattaactgcatttggt
actcgtggtgatagcggttcaggtgtgtatggctacgatcagaaaacgaaacgctggcta
ctactggctacttacacctttggtacgcctgcaaacaactactacaaccgtgccggtatt
atccgtcaggattatcacgataaacaatttgccgaagatattgccggcacattaaccaat
gcgcaacaaaatgccgtttttgaatggtctgcacagggtaaagacagtagcattggtaat
aaagggaaaaacttaacggtttcgcttgctgatcgttcaattaaagacaatagcgcttct
ccattaggctatggtggcacacctcagctacaacttccgcaagataacaccggaaaaacc
ctaaacattgaaggacaagatagcactatcgtattaaaaaccgatattgaccaaggtgct
ggcgcattaaatttcaatgctaatgcaacagttcgccctgaaaatgatcaaagctgggta
ggagctggaattgtagtggcaaaaggtaaacaagttaattggcaagtcaaaaacccacaa
ggtgaccgtttatctaaattgggcgaagggacactacatattaacggtaaaggcgaaaac
cttggtgacattagtgttggacaaggcactgtcattttgacccaacaagcgggtgaaaat
ggcaaaaaatctgcatttaaccaagttggtattgtgagcggccgttcaaccgttgtatta
aacagtgctgatcaagtcgatccaaataagatttactttggcttccgtggtggtcgttta
gatctcaacggcaacaacattgcgtttaatcgtattcaaaatagtgatgatggtgcgcgt
attgttaataatcacctacaaaaagctgcaacactcaccattaatggcccgaagccccct
gaagcaacggacttaaaatggggaacgtggaaagaaaacagtgctgatatttatgaatat
atcaacccacatgctaataaccgtaccgattactttacgctcaaaggcaatccaaaccaa
tatatgccaacgaatggcgcaagtaatgcccattggaccttcctgtcttctaacaaggat
gcagcagtaaaacaagtactcgcgcaaaaaggtctggagcatcgctacaatagctttaat
ggttttattggcgaaacagataacacccagcataacggtcgtttgaatgtggtgtatgat
ccaaaagcctctacaccaccggcaactgcctctgaagtaacttggggtaaggggctagta
gctggtgcagatatttatctgttcaccaatccgaaaacgaaaattcgggaatactttgca
ttaaaaggtgatccaaaacaacctgttcctcgcggtggcttaagcagcgagcattgggaa
tttttagctgcagatcgcaatcaagcgatcaacaaagtattagcccgtaaaaacgcacca
atagagcaagaaaagctcaatagtatttataccttctctggtggtttgaacttaaacggc
gatctaactgtgaaaggaggtaaagtgctactttccggcagaccgacccctcacgcttat
gatgcgatcaataagcaagatgtagtttatgccgatgattggcaaaatcgtcaatttaag
gctgataatatgcagctaaaccaatacgctcagctttatgttggtcgtaatgtctcaaac
ctgcaagcaaacttgtcagcgaatgaccatgctcagctacatttaggctttatcaacgag
caaactccaagttgctactattctgagtacactggtaaaacaagctgtgatacacaagcg
gtcgtttctaatgaaatttttgcaacactgcccacaacacaaattaatggtgatgtcagc
ttggcagaacagagccaattacacatcggcaaagcgaacctgattggcaccattcaagca
gcagcaacaacgagcattcgtttagctaaccaagcaagctggacaaacactggggatagc
cgtactggcaatttagtggcagaaaacggttcaaccatcaacctgaatgaaaaatttgta
acaggcgagataccgactcgttttaatacgttgattattgacggtaatttccaaggtaat
gccaaaatcaactacttaaccgatattgctgctggcaaaggcgatcacctacaagtaaat
ggtctcgccgaggggactttcactcttgcattacgcaacagtggcaaagaagctgaagtg
gttagcccgttaagtttattaaccttaacccatcaggctcaggctgataaagctaaagtt
tcactggaaaacggttatgttgatttaggtgcatatcgttatgtgctggcaaatcgaagc
aacggctatcgcttatacaatccgttaaaagatgctaaagatcggaatcagtcgattgca
acggcgaaagcggaattagaccatgctattgcagaagcggataaacaaaaacaggaaatc
agccgtttgaacgcagaagccgagaaagagcgccaagcagagaaaaatgctaaacaagcc
gctgcaaacgcacaatctcagcttagccaagcaaatagcgaattaacccgtttgcaacaa
tatgctgattactaccgccgttactatccaacgtattaccgccaaatccaagggcaaatt
acggtagcaaaacagaaagtcacacaagcgagtgctgcactcactacagcagaaaacaat
gctaaagcatccgctgcgcaaattgctaacgtagaacaagcggttgaaactgcacaaaat
attgcaaaacaagtagaagcaaaattagctaccttacgtataactgctggaaatagtgaa
gcaattttaaacgctgaggcactaaaactttgccaagagaatggtgcaaattgtgagcat
ctacaagcacacgcagacactgacagtagtaatattcaacaaagcgactgggtaagccaa
tatgccaataccgctctttccgagctatcggcacaggcaaattctgcgttgcaaatcggg
caagacttagatcgccaactgttcgcaaaacacgataaattccacgtttggagcagtatc
gaacatcaaaaaaccgaacaccaatcggatttatatcgcccgtatgagcaacaaaccaac
ctcactcagttaggcatagaattaccgcttgcaaacggtatcaatgccggtgtgatgcta
tcccgcaaccacgctaatgcggaatttgatgagggagtgaacggtaaatccaacttactg
atggcaagcctatatggtaaatggcattcggaaaacggcactttcgtcagcctagacggt
agctacggtaaagcgaaaaaccgtatcgacctgttcggggagaaccgctttaaccgtcat
attatggcgattggggcaaatcttggacataacttcgacttagccggcgtacaagttcag
cctgctgttggtacacgttactatcgcttcagcgcacaaaattacaaactgggtgaagta
gaagtccgcagcccgaaagcacactttatggcctaccaagcaggtgtgaaagtcagcaag
gcctttgacctctccagctggaaagttgagcctagccttgccgcacattatgtcgatgcc
agcagcaaacgcttgagtgtggcagtcaatgacaatacctttagccaacgtttcggacgt
tatctgaaaactgaagtgggcgtgggtgttacaaaaggtcaatggcaattaagctctcac
cttggtctattgaaaggtaacgaaatcggcaaacaacattttgccggcttcaaactggga
tatagctggtaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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