KEGG   Streptococcus suis 98HAH33 (serotype 2): SSU98_1986
Entry
SSU98_1986        CDS       T00515                                 
Name
(GenBank) Subtilisin-like serine protease
  KO
K01361  lactocepin [EC:3.4.21.96]
Organism
ssv  Streptococcus suis 98HAH33 (serotype 2)
Brite
KEGG Orthology (KO) [BR:ssv00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ssv01002]
    SSU98_1986
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:ssv03110]
    SSU98_1986
Enzymes [BR:ssv01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.21  Serine endopeptidases
    3.4.21.96  lactocepin
     SSU98_1986
Peptidases and inhibitors [BR:ssv01002]
 Serine peptidases
  Family S8: subtilisin family
   SSU98_1986
Chaperones and folding catalysts [BR:ssv03110]
 Intramolecular chaperones
  Subtilisin family
   SSU98_1986
SSDB
Motif
Pfam: Peptidase_S8 fn3_5 YSIRK_signal Big_13 Big_3_4 PA DUF916 Big_3_3 Gram_pos_anchor
Other DBs
NCBI-ProteinID: ABP93144
Position
complement(1886504..1891582)
AA seq 1692 aa
MKQKWSQIENKQRFSIKKLSVGVASVSIGFFITGVPMVQADTSGEGLESTVAVATDMDSR
QNSAVEKIEDGPLSDDPVKTEQVDEPVAEEGVVEEVVDTEAGEESGLLTDQAATEIETTA
GKTTDESKEKEDISGKEASAPQTIPQESQLEPEEVTTGRYILQFSEENRNLVLDKLKKID
GVKIVHEYKEVLTGASVEVGKESLSDVKAITELTSLEESRRIRPTLHTAKQLVGALKASS
KYQTDGRGMVIAVIDSGLDIKHKDMRLDDGVIPKIKDITPSTTGTYTLKVPHGYNYVSGN
DNLYDDTHEPHGMHIAGTLAGNATDEEVASKKGVDGIAPNAQLLVYKIFSNDPKNYKAET
EDAAYAAIEDAIKHGADVISLSVGYYDSGLPGNAYYTIAKRAAEKGIIITAAIGNAGASS
SDTSFDLHTNNALGAVDTATTVGVAATPAVIAVGSARNTHLVQREFMLNGQSFGYYPIGY
TTLTEGKYEFVDAGNGHWEEVQGLDLAGKVAVIKKDKFDLKDAVRNLKFKDVAGIIVINT
DQGWNKDYYRTHQLLVDDKTLLSYSSIWGISLSGEDGRRLLEVANQSQGNTGLVLKPTIG
MKKLIEVPTVSGFSSWGPTVNLELKPEIVAPGEDVYATLNDNRYGSMSGTSMASPIVAGA
SALLLPRIRQMTPPEGMTRMDLLRIILMNTATPLVDVLDSSGHALENSPRQQGAGLLQID
RAFETDVILHHRLKGGVELKEIGRETEFEVTLENLGNQQRSFAISAGKVLTSQDVPVDRI
GRSGKVVKEIHATEIKGSSIHLSEQSIQLGPKEKRTIRLKLDAGEAKDQFAEGYIYFKSL
TEGQSDISIPYFGFVGDWSKERIVDAPAWETSSKLKLTSVLSSYKHNKSGRYIELGREKI
QDNQSPLNPDNIAIQNQHSDSQIGNAFVRFALLRDITNYDLDIVKEATEDAPVLRRIDTG
TMLSRVRYVDYFESLSEYSKLRTPIELHRWDGKVYDASNDENIPAPEGQYFFRLRVKNKE
NGAYQYTYLPVKIDNQKPEIVAIDTNRLSSHRELVVTAKDNNKVWEVRANLNGEDLLVEK
VVDDAGQLHYHLKEVELPLDAKNHLRVEVMDIAGNVVAVEKDLMAPVIQFKNLEDLMAIR
SKKTVEIKANVSAQVSDVQANLDAQAVNYSLENGQLSLQIPEQSDGRHSFELILKDKDGN
LIYTKTLNYLVDNEKPTIDLDIEKDEEDEEVIQIGKNGRFTLKGKVSDNVSLPKDIKLYY
SNLDIGKGERKIIDVKEDGSFEQDFFKSDFPRAIMLTAVDEKGNKLKDLRINTSPESLDE
EEETEVPITVNNWLIDPIRFNKESLGRELDSGLVDFKKQEDGTYLFTFEIEAETEQAHSV
RINGGEKRYFEDGKLTYPVTLIEEGNVVDISVYNEADELTYTKKYQMLVDTENPVLQLEN
EVLPLERQVVDSEEDEDEENQYAGVLLADADGHLTLTGSAKDNGIYWSLKINEDFVARGG
FWRQYGNNEKAFRYELHSLKDGDTVKLDLSDSFGNAVVKKYKVRLNDKEVSEQVPEKDLH
VERSDKDQTPSIPILKSEAHIPMPKEENSLAPQTGSTEIALLTGDTREDGVEHLGKLTKH
EEPLGISDERIEVSVPHREFFERSGIGETGALAADTSGKLPQTGDSLGSVFISTLLGLFG
GAMALGNLKRKE
NT seq 5079 nt   +upstreamnt  +downstreamnt
atgaaacagaagtggtctcagattgagaataaacaacgctttagtatcaagaagttaagt
gtcggtgtggcatcggtatcaataggattttttatcacgggtgttccgatggttcaagca
gatactagtggagaaggattggagtctacagttgcggtcgcaacagatatggatagtagg
caaaattctgcggtagagaaaatagaagatggaccattatcagatgatccagttaaaacg
gagcaggtggatgaaccagttgctgaagagggagtggtcgaagaagttgtagatacagag
gcgggtgaagaatcaggtcttctcacagatcaagctgcgaccgagatagaaactacagct
ggtaagacaacagatgagtcaaaggaaaaagaagacattagcggaaaagaagctagtgct
cctcaaacaatcccgcaggaatcacagcttgagccagaagaggtgacaacagggcgctat
attttacaattttccgaagagaaccgaaatcttgtattggataaattaaagaaaattgat
ggcgttaaaattgttcatgagtataaggaggttttaacgggagcatcagtagaggtaggg
aaagaaagtttgtctgatgtgaaggcaattaccgaattaacctctttagaagagagtcgc
cgtatccgaccgactcttcatactgctaaacagctggttggtgccttaaaagcaagttct
aaatatcagacagatggtcgcggaatggtgattgcagtcattgactccggtttggatatt
aagcacaaagacatgaggttggatgatggtgtcattcctaaaattaaggacattactcca
tctacgacagggacatacacattgaaagttccccatggctataattatgtatctggcaac
gataatctctacgatgatacccacgaaccacatggtatgcacatagcaggaactctggct
ggaaatgcaacagacgaagaagttgcgtctaaaaagggagttgatgggattgctcccaac
gcacaactgctagtctacaagattttttcaaatgaccctaaaaattataaagctgagacg
gaggatgctgcttatgctgctattgaagatgctatcaaacacggggcagatgtcatcagc
ttgagtgttggttattatgatagcgggctaccagggaatgcttactacacgattgctaag
agggcagcagaaaagggaattatcattacagcggctattggtaatgctggtgcctcctct
tcagacacctcctttgacctgcatacaaataatgccttaggagctgtggatacggcaaca
acagttggtgtagcagcgactcccgcagttatcgcggttggttcggcgagaaatacccat
cttgttcaacgagaatttatgctgaatggacagtcttttggttactatcctattggctat
acaacgcttacagagggaaaatatgaatttgtagatgctggaaatggtcattgggaagaa
gtgcaagggcttgatttggctggtaaagtagcggttatcaaaaaagataagtttgacttg
aaagatgctgttcgtaatttgaaattcaaggatgttgctggaattattgtgataaatact
gatcagggatggaacaaggattattataggacccatcagttgttggtagatgataagact
ttgctttcctactcctctatctggggaattagtcttagcggggaagatggaaggcgatta
ttagaagttgccaaccaatcgcaaggcaacactggtttggttcttaaacctacaattgga
atgaagaagttgattgaagtgccgactgtatcaggcttttctagttggggacctacggtc
aacttagaattgaagccagagattgtggcgccgggagaggatgtttatgcaaccttgaat
gacaatcgttatggctccatgtcagggacttcgatggcttcgccaattgtggcgggtgcc
agcgcacttttattgccacggattcgccaaatgacaccaccagaaggcatgactaggatg
gatttgctgagaatcattttgatgaatactgctacccctttggttgatgttctagattca
tctgggcatgctttggaaaattctccgagacaacaaggtgctggtctgttgcagattgat
agagcctttgaaacagatgtgattcttcaccaccgtctaaaaggaggggtggaattaaaa
gaaatagggcgtgagacagaatttgaggtaaccttggaaaatctgggaaaccaacaaaga
agctttgctatttcagctgggaaagtgttgactagtcaagatgttcctgttgatagaata
ggacgttctggaaaagtagttaaagagattcatgcgacagaaatcaaggggtcgagtatt
catctttctgagcaatccattcaactaggtccaaaagagaagagaaccattcgcctgaaa
ttggatgcaggagaagcgaaagaccagtttgcagaagggtatatttacttcaaatcattg
acggaggggcagtctgacatcagcataccttattttggctttgttggtgactggtcaaaa
gaaaggattgttgatgcaccggcttgggaaaccagttctaaattgaaactgacctcagtt
ttatctagctataaacacaataagtctgggcgctatattgaacttgggcgtgaaaagatt
caagataatcaatcgcctctcaatccagacaatatcgcaattcaaaaccagcattcggac
agtcagattgggaatgcctttgttcgatttgcgctattgagggatattaccaactatgat
ttggatattgtaaaagaagctacagaagatgctcctgttttaaggcgaattgatacagga
accatgctgtctcgtgttcgctatgtagattattttgaaagtctatcggagtattccaag
cttcgtactccgatagaattgcaccgttgggatgggaaagtgtacgatgcaagcaatgat
gaaaatataccagcaccggaaggacaatatttctttagattgcgggtaaaaaataaagaa
aatggggcctatcagtatacctatctgccagtcaaaattgataatcaaaagccagagatt
gtcgcgattgataccaatcgtctatccagccatagagaactggtcgtcacagccaaggat
aataataaagtttgggaggttcgagctaatctaaatggagaagatcttcttgttgaaaag
gttgtagatgatgcaggtcaactacattaccatctcaaagaagtggaactgccactcgat
gctaaaaatcatctccgtgttgaggtgatggatatagcgggtaatgtggttgctgttgaa
aaagatttgatggcgcctgtaatccagtttaaaaatttggaagatttgatggcaattcgc
agtaagaaaactgtagaaattaaagcgaacgtctcagcgcaagtttccgatgtacaggct
aacttggatgctcaggctgtgaattactctcttgagaatggtcaactatctctccagatt
ccagagcaatcagatggacgtcatagttttgaattaatcttgaaagataaggatggcaac
cttatttacactaaaaccttgaattatttggtagataatgaaaagccgacgattgatctt
gatattgaaaaagatgaagaggatgaagaggttatccagattggtaaaaatgggcgtttt
acattgaaagggaaagtgagtgataatgttagtcttcctaaggacatcaaactttactat
tccaatctagacattggtaagggagagcggaaaatcatagatgtaaaagaagacggcagt
tttgagcaagacttctttaaatctgattttcctagagccatcatgttaactgcggtagat
gagaagggaaataaattaaaggaccttcgtatcaatacaagtccagagagtctggatgag
gaggaggaaacagaagttccgattactgtcaataactggctgattgacccaattcgtttc
aataaagaaagtcttggtcgtgagctagatagcgggttggtcgacttcaaaaagcaagaa
gatgggacttatctatttacatttgaaatagaagcagaaaccgaacaagctcattctgtg
cgcatcaatggtggtgaaaaacgctattttgaggatgggaagttgacctatccagttact
ctgattgaagagggaaatgttgtggatataagtgtgtacaatgaggcagatgagttgact
tacacgaagaaatatcagatgttggttgatacagaaaaccctgttttacagctggaaaat
gaggtgctaccattggaaagacaggtagtggatagtgaagaagatgaagacgaggaaaat
cagtatgcaggagtcctcctggcagatgctgatgggcacttgacacttaccggaagcgcc
aaggataatggaatttattggtccttgaagatcaacgaagattttgtagctcgaggaggc
ttctggaggcagtatggaaataatgaaaaagcctttcgctatgagctacatagtctgaaa
gacggggatacagtcaaacttgatttgagtgacagttttggaaatgctgttgtgaagaaa
tataaggtacggttaaatgacaaggaagtatctgagcaggttcctgaaaaagaccttcat
gtggagcgatcagataaggatcaaacccctagcattcctattctgaaatcggaagcgcat
ataccaatgccaaaagaagagaattcacttgctccgcaaacaggatccactgaaatcgcg
ctgttaactggcgatacaagagaagatggtgtggagcatttggggaaacttacaaaacat
gaggagccactaggaatttctgacgagagaatagaagtgtccgtacctcacagagaattc
tttgaaagaagcggaataggagagacaggtgcattagcggcggatactagtgggaaactg
cctcaaactggggatagcctgggaagtgtctttataagtactttgttaggtctatttggt
ggagctatggccctcggaaatttgaagcgaaaagaatag

  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 domain (9)   
   Pfam (9)   
All databases (18)   

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