KEGG   Streptococcus iniae ISET0901: DQ08_07065
Entry
DQ08_07065        CDS       T03285                                 
Name
(GenBank) peptidase S8
  KO
K01361  lactocepin [EC:3.4.21.96]
Organism
siq  Streptococcus iniae ISET0901
Brite
KEGG Orthology (KO) [BR:siq00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:siq01002]
    DQ08_07065
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:siq03110]
    DQ08_07065
Enzymes [BR:siq01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.21  Serine endopeptidases
    3.4.21.96  lactocepin
     DQ08_07065
Peptidases and inhibitors [BR:siq01002]
 Serine peptidases
  Family S8: subtilisin family
   DQ08_07065
Chaperones and folding catalysts [BR:siq03110]
 Intramolecular chaperones
  Subtilisin family
   DQ08_07065
SSDB
Motif
Pfam: Peptidase_S8 fn3_5 PA YSIRK_signal CHU_C FlgD_ig CarbopepD_reg_2
Other DBs
NCBI-ProteinID: AHY16211
UniProt: A0A3L8GHI5
Position
complement(1417817..1422712)
AA seq 1631 aa
MEKKERFSLRKYKSGIVSVLIGTVFFAGASQVSADQLTTVSIAEETPSLLTKEVDGQTEN
SNQDKLTMSADQLTAEDLKELESILSADSSAEKEESVPLLDAPINKDTHDWTQVSGAWEN
GYKGQGKVIAIIDTGIDVNHQAMRISDISQAKFKTAEDMDQQKAKAKINYGKWINQKVIF
AHNYVENNDKVKEVKFDFDFDFDIEDDSILDSIESTLVQSVDKKRYRVYPKSNSDKPKET
VIQINPDDFSHIIDWPSHDDESQHESHGMHVTGIAVGNPLEASPIGERFLGVAPEAQVIF
MRVFANDFMGTGEALYIKAIEDAVALGADAINLSLGGPNGSFLGGNASLMAAIEKAKKAG
VSVIVAAGNERLFGSDHADPFASNPDYGIVNSPSTGKIPTSVAAIDNKIIIDRLMKVEGL
ENRADLDHGKALYTESIDYKKIKEVLSFDKDYDFIYINQPTDQAYIGKEVKGKIVLIERH
LDHPYVELIANAKKHEVAGILIFNHIPGQSNRKMRLTSEGQVLPSAFISHEFGKAMSQLN
GNGTGRLRFESKLSKASNQRSQQMNHFSSWGLTSDGYLKPDITAPGGDIYSTYNDNHYGS
QTGTSMASPYIAGASLLLKQYIEAQHPDVKTEEMSDLVKYLLMSNASIHKDPKTQLTTSP
RRQGAGLLNVQAAVTSGLYLTGSDNYGSISLGNLGEKISFDVTVHNLSNHAKKLRYVTDL
MTDKVEDGRFTLSSVALKSYQGHLVDVPAKGQTTIRVSMDVSEFTKTLTKQMPNGYFLEG
FVRFENATDSTKDKVNIPFVGFKGEFQNLAVVEESIYNLKAKGEKGFYFEESKTPDEIYV
GKHYTGLVTIGADANVSTRTISDNGIHTLGTYRNKDGKFILEKDQSGNVVLAISPNGDKN
QDFVAFKGVFLRKYKGLKASVYRADDHKRQQLLWTSQAHNGEKNYHSDIRFPQSTTLLST
EFSGRSLSGEDLPDGKYQYVVSYYPDVIGAKSQEMVFDVIVDREKPLLTSASFNPETREF
KALDVHDRGQSGLLRDSVFYLEEKDGKPYTISINQGFKYVSVADNKVFVGKSKDGGFILP
LDKANLADFYYMVEDFAGNIAIAKLGETLPEAFGKDIFTFTLKEGNYQNHHALEDKLQMT
ANDSGLMTNQSDIMITNRNRPLSRLVKANQSQLILSPNDNGNRDFIAFRGLPGQVYHDLK
VTVFAADDKLMSSAIWTSPQKTTVGDLNTTRWDGKTQMGQKVLSGAYRYVITYRDASGMV
KRQEHDILVSHEEPIITKASFQKDGDKEFFKPGKVLDLNQVGIAREEVFYVLEKEGRKYD
IATVDDLVTISDRRVLIPRNADGSYTIPKVEGVTPADFYYLVEDMAGNIVYSSLLPMRSV
GDGQGILDIALVYNNSIERPKVPFTYLVRDENGQAIDKLNYYDDRTQMLILPFGHYSLEL
LTYDHNVAELVSPKLFNLEISEQNAFVHHAFVIRKSEPAMVRVFFNQLLPEGSRVMLQAE
NGQLIDLDKSLYVPNAYGATVRDGRYTIMVTLPEGYHISGQTSIDALQNDLVESYLQLVS
NGPSVSEGQNVAGSVAMLKEFLKNAIRQGEHKASQLPVTGEKQALLSLSSGVALLCLAPL
SFFQKRYDKGE
NT seq 4896 nt   +upstreamnt  +downstreamnt
gtggaaaagaaagaacgattttccttaagaaaatataaatcagggattgtgtctgtttta
attggaacagtcttttttgcgggagcaagtcaagtttctgcagatcagctaacaacagtg
agcatagcagaagaaacaccgtctctacttacaaaagaagtggatggacagactgaaaac
agcaatcaagacaaactgactatgagtgcagatcagctaacagcagaagatttaaaagag
ctcgaatctattttatctgcagatagtagtgctgaaaaagaagagtcagttcctctttta
gatgctccaattaataaagatacccatgattggactcaagtttcaggtgcatgggaaaat
ggctataaagggcaaggaaaagtcattgctattattgatacaggtattgatgttaatcac
caagctatgcgcatcagtgacattagccaagcaaaattcaaaacagcagaagacatggat
cagcaaaaagctaaggctaagattaactacgggaaatggattaatcaaaaagtcattttt
gcccataactatgtggaaaacaatgataaggtcaaagaagttaagtttgattttgacttt
gactttgatatagaagatgattctattttagactctattgagagcactcttgttcaaagt
gtagacaaaaagagataccgagtttaccctaagtcaaacagtgacaaacccaaagaaaca
gtcattcaaatcaatccggatgactttagtcacattattgattggccaagtcatgatgac
gaaagtcagcacgaatcacacggaatgcatgttacaggaattgctgttggcaacccattg
gaagcatctcctattggagagcgtttcttaggtgtggcaccagaagcgcaagttattttt
atgcgtgtttttgccaatgattttatgggaacgggtgaagccctctacattaaagcgatt
gaagatgcggtagcattaggtgctgatgctattaacctcagtttaggtggtcctaatggg
tctttcttaggagggaatgcctctttaatggctgcaattgaaaaagcaaaaaaagctgga
gtttcagtcattgttgcagcaggtaatgaacgtttgtttggttctgaccatgcagatccc
ttcgcaagtaatccagactatggtattgtcaattcaccgtctacaggaaaaattccaact
tctgttgcagctatcgacaataagattattattgaccgtttaatgaaggttgaaggttta
gaaaatcgtgctgatttagaccatggtaaagcactatacacggagtcaattgactataaa
aaaattaaagaagtcctttcctttgataaagactatgattttatttatattaaccaacca
actgatcaagcctatattggcaaagaggtcaaagggaaaattgttcttattgaacggcat
ctagaccatccttatgttgaattgattgcaaatgccaaaaagcacgaagtcgcagggatt
cttatttttaaccatattccgggtcaatctaatcgtaagatgcgtttaaccagtgaagga
caagtgttgccatcagcttttatttcacatgagtttggtaaagctatgtctcaactgaat
gggaatggaacaggtcgtttacgatttgaaagtaaactatcaaaagcttcaaatcaaaga
agtcagcaaatgaatcatttctctagttggggattaacatcagatgggtatttaaaacca
gatattacagcgcctggaggcgatatttattccacctataatgataaccattacggaagc
caaacaggaacaagtatggcttcgccttatattgcaggtgcgagtttattgcttaaacaa
tacattgaagcgcaacatcctgacgttaaaacagaagaaatgtctgatcttgttaagtat
ttattaatgagcaatgcaagcattcataaggatcctaaaacgcaattaacaacatctcca
cgtcgtcaaggggcaggacttttgaatgttcaagcggcagtaacgagtggtctttaccta
actggctctgacaactacggtagcatttctttaggaaatctaggagaaaaaatcagcttt
gatgttactgttcataacctgtcaaatcatgctaaaaagcttcgctatgtgacagattta
atgactgataaagtagaagacggtcgcttcaccttaagctctgtagctctaaaaagctat
caagggcaccttgttgacgtgccagccaaaggtcaaacaaccataagagtttcgatggat
gtatcagagtttaccaaaacattaactaagcaaatgccaaatggttacttcttagaaggt
tttgttcgttttgaaaatgccactgattcaacaaaagataaggttaacatcccatttgtt
ggctttaaaggagaattccaaaacttagctgtcgttgaagaatccatctataacttaaaa
gctaagggagaaaaaggtttctattttgaagaatctaaaacaccagatgagatttatgtt
ggaaaacactacacgggcttagtaaccattggagctgatgctaatgtctcaactagaaca
atttctgacaatggtatccatacccttggaacttaccgcaataaggatggcaagtttatt
ttagaaaaagatcaatccggaaatgttgtgcttgcgatttcaccaaatggtgataaaaat
caagattttgtagcatttaaaggtgtctttttacgaaaatataaaggcttaaaagcaagt
gtttatcgcgccgatgatcacaagcgtcagcaattgttatggacaagtcaggctcataat
ggagaaaagaactaccatagtgatattcgctttccacaatccacaacactattgtcaact
gaattttcaggccgaagtttgagtggtgaggatttaccagatggtaaataccaatacgtg
gtttcatattatccagatgtcattggtgcaaaaagccaagaaatggtctttgatgtcatt
gtcgaccgtgaaaaaccactcttgacatcagcaagttttaatcctgaaacaagagaattt
aaggccttagatgttcatgatcgtggtcaatctgggcttcttcgtgatagtgtcttctat
ttagaagaaaaagatggtaaaccttatacgatttcgattaaccaaggcttcaagtatgtt
tcagttgctgataacaaagtctttgtcggaaagtctaaagatggcggtttcatcttacca
cttgacaaggctaacttagccgacttctattatatggttgaagattttgctggcaatatt
gctattgcaaaattgggagaaaccttacctgaggcctttggaaaagacatctttaccttc
acattaaaagaaggcaattaccaaaatcatcatgctcttgaggataagttgcaaatgact
gccaatgattctggattaatgacaaatcaatcagatatcatgattacaaatcgtaatcgt
ccgcttagtcgtttagttaaggctaatcagtcccaattgattctgtcaccaaatgacaat
gggaatagagattttattgcctttagaggcttgccaggccaagtttaccatgacttgaaa
gtcactgtttttgcagctgatgataagctgatgagctctgctatttggaccagtcctcaa
aagactacagtcggtgatttaaacacgacaagatgggatggcaaaactcaaatggggcaa
aaagtgctatctggagcataccgttacgttattacttatcgtgatgcttctggaatggta
aaacgccaagaacatgatattttggtgagtcatgaggaacctataatcactaaggcaagt
ttccaaaaggatggggataaagaattctttaaaccaggaaaagttcttgatcttaatcag
gttggtattgctcgtgaagaggttttctatgtcttagaaaaagaagggcgtaagtatgat
attgctacagttgatgaccttgtgacaatcagtgatcgtcgtgtactcattccaaggaat
gctgatggtagttatactatacctaaggtagagggagttacacctgctgatttctattat
ttagttgaagatatggcaggcaatattgtttactcaagcttgttaccgatgagaagcgtt
ggtgatggtcaggggattcttgatattgctctggtttacaacaacagtattgaaagacca
aaagttccttttacttacttggtgagagatgagaatggtcaagctattgataaactcaac
tactacgatgatcgcacgcaaatgctgatattaccatttggtcattatagtttagaattg
ttaacctatgatcacaatgtggcagaacttgtttcacctaaactatttaatcttgaaata
agtgaacagaatgcgtttgttcaccatgccttcgtcataagaaaatcagaaccagcaatg
gttagagtcttctttaatcagctattaccagaaggaagccgtgtcatgctacaagcagaa
aatgggcaattgattgatttagacaaatccttatatgtgccaaatgcttacggtgccact
gttcgtgatggtcgctacactattatggtgaccttgccagaaggttatcacattagcggt
caaacaagtattgatgcgcttcaaaatgatcttgttgaatcctaccttcaacttgtaagt
aacggtccatctgtatctgaaggtcaaaatgttgctggatctgttgcaatgctaaaagag
ttccttaaaaatgctattagacaaggtgaacataaggcttcacagcttcctgtaacggga
gaaaaacaagcattgttatcgctttcatcgggagttgcactcttgtgtttagccccttta
tcattttttcaaaaaagatacgacaaaggcgaataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (17)   

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