KEGG   Streptococcus gordonii: SGO_1415
Entry
SGO_1415          CDS       T00594                                 
Name
(GenBank) LPXTG cell wall surface protein, X-prolyl dipeptidylaminopeptidase, putative
  KO
K01281  X-Pro dipeptidyl-peptidase [EC:3.4.14.11]
Organism
sgo  Streptococcus gordonii
Brite
KEGG Orthology (KO) [BR:sgo00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:sgo01002]
    SGO_1415
Enzymes [BR:sgo01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.14  Dipeptidyl-peptidases and tripeptidyl-peptidases
    3.4.14.11  Xaa-Pro dipeptidyl-peptidase
     SGO_1415
Peptidases and inhibitors [BR:sgo01002]
 Serine peptidases
  Family S15
   SGO_1415
SSDB
Motif
Pfam: Peptidase_S15 PepX_C Peptidase_S9 FSH1 Gram_pos_anchor
Other DBs
NCBI-ProteinID: ABV10447
UniProt: A8AY35
Position
complement(1464176..1467349)
AA seq 1057 aa
MKKSTIVSIVAASLLISPLVLARHVQADEVGTNSVEPVLATSTDQESSPDKSVSEHVESS
ENAEVSKESSTESVGQKAAVEQAIDSNQSIGEKESHLDKAVPESSNVLDKAASDKGTVLE
KSGADTGSDTEKKVDPRIENNATAVDSSREPGNDRSATRVSNPPKTTLADLSEVTGQART
EEDSKKEATVGEAVNQLLKWASTKEGQVGSTDQDRLAFAKSLGMIDQKAKGSDPVTDLVT
MVAAAKKLHAAYRAERKTPLFMNGRAQPIFPFTRGDDPEHYSYENSDIVRYVVYVETDYD
TDGDGKPDLVKTFVQVPKAAVKGDYKAPTIFEASPYVAGTTEERTLEGLGLKEGGKFDMA
KLYTKPDKRKAVKEVSTEEVAKATKPKDWYYVNPRESSADYTHYDYENLNWYNYYLVRGY
AVVTSSGLGSKGSDGINTTGSDLEVAAYKSIIEWLNGKRKAYADKTSNREVKADWSSGNV
AMTGLSWAGTTTFGVASTGVEGLKTIVPAAGIASWYDHFNSQGSPLDTGASNDLSWLSVY
TSGRILDKDDWDKIKDYYAAYITKLNELQHKDGHNYNEEYAKRDYTLNAANLKAAPLLIQ
GLNDDNVKPKHFELMLEAYKKAGIDPKVLLHQGNHVYPSTRWAGTTVAGQAFNDLMNQWY
SHYLFGLQNGIEHLPQVTAQDNLDPTKWRRFDKWETDNKITARAYSKREDVTVSSDFYGT
GENWTTRNQDAAFHSSAVSASYAAPVDRDITIKGHIPLHFSAAFLKGDKKHAHVSATLMD
VSDEEFDVVKEEITYDKNGYSTRTLEKETVDEKGDWHGSNLDSLPVKEYKTHKVKSVVIS
RGWMNLANPDSGFNSASSSHSIDLKENEYRNYTMYLQPNLYTVKKGHRLVLTLHAFDPDY
IYYADPYEVKFKTDSISATIPIVEENQSLLLRYQPNEKDTEYAKLADRILAIAKKNPAVE
KDNQQDKGSGSELKPGGQMDQQPPVGRDSMEFRKEQKVEIANLEHKENDVSSKEVGLSRE
ARLPETGQKENSWSIYGMLSLLLAGLWKVISGRKEEK
NT seq 3174 nt   +upstreamnt  +downstreamnt
atgaaaaaatcaaccattgtttcgattgtagctgcaagtttattgattagccctcttgtt
ttagcgcgtcacgttcaagctgatgaagttggcacaaatagtgtcgagccagtcttggcg
accagtacggatcaagagtctagtcctgataaatcggtatctgagcatgtagaatcaagt
gagaatgccgaagtgtctaaggaaagctctactgaaagtgtagggcaaaaagcggccgtt
gagcaagcaatcgattccaatcaatctataggtgagaaggaaagtcatttagataaagca
gttcctgagtcttcaaatgtactggataaagcagcttcggacaagggaactgttcttgaa
aagtcaggtgcagatactggtagtgatactgaaaagaaagttgatccaaggatagagaac
aatgcaacagctgtagattcgagtagagagccaggaaatgatagaagtgctactagagtg
tctaatccacctaagacgaccttagcagacttgtcagaagtaactggtcaagcaaggact
gaggaagattctaagaaggaagcaacagttggcgaagctgttaatcaactcttgaaatgg
gcatcgacaaaagaaggacaagtcggttcaactgaccaggatcgtttagcctttgctaag
agtctaggaatgattgaccaaaaggcgaaaggatccgatccagttacagaccttgttact
atggttgctgcagctaaaaaactccatgctgcttatagagcagagcgcaagacacccctc
tttatgaatggaagagcacagcctattttcccatttactcgtggtgatgatcctgaacat
tattcatatgagaatagtgatattgttcgttatgttgtttatgttgaaacggactatgat
acagatggagatgggaaaccagacttggtaaagactttcgtccaagttccgaaagctgct
gtaaaaggggattataaagctccgacaatctttgaagctagcccatacgttgcaggtacg
acagaagaacgtaccctagaagggcttggtctcaaagaaggtggcaaatttgacatggct
aagctctataccaagccagacaagagaaaagcagtcaaagaagtttcgacagaagaggtt
gcaaaagcgactaaacctaaagattggtactatgtcaatccacgtgaaagttcagcagat
tacactcattatgattatgaaaacctgaactggtacaattattacctagtccgtggttat
gcggttgtaacaagtagtggattgggctcaaaagggtcagatggaatcaatacaacaggc
tctgatttggaagttgctgcctacaagagtattatcgaatggttgaatggcaaacgcaag
gcctatgctgataaaacaagcaatcgggaggtcaaggctgattggtcgagtggcaatgtt
gccatgactggtttgtcttgggctggaacaacaacttttggggtcgcatctactggtgta
gaaggtcttaaaaccattgtaccggcagcgggaattgccagttggtatgatcactttaat
agtcaaggatctccacttgatacgggagcttcaaatgatctatcttggttgtctgtttat
acctctggtcggattttagacaaggatgactgggataaaattaaagactactatgctgct
tatatcactaaactaaatgagctgcaacacaaggatggtcataattataatgaagaatat
gctaagcgtgactataccttaaatgcagccaatctaaaagctgctcccttgctgatccaa
gggcttaatgatgataatgttaaaccaaaacattttgaattaatgctagaagcatataag
aaggctggtatagatccaaaagtattgctgcaccaaggaaatcacgtttatccatccact
cgctgggcaggaaccacagtggctggtcaagcctttaacgatttaatgaatcaatggtat
agtcattatttatttggacttcaaaatggtattgaacatcttccacaggtgactgctcag
gacaacctagatccaaccaagtggcgtcgatttgacaaatgggaaacagacaataaaatc
actgctcgtgcctattccaagagagaggatgtgactgtatctagtgatttttatggcacg
ggtgaaaattggactacgagaaaccaagacgcagcctttcattcatctgctgtcagtgct
tcatatgcagctccagttgatcgtgatattaccattaaaggccatatccctcttcatttt
agtgcggccttcttgaaaggtgataagaagcatgctcatgtcagcgcgactttgatggat
gtatctgatgaggaatttgatgttgtcaaagaagaaatcacttatgataagaacggttat
agtactcgtacactagaaaaagaaacggttgatgaaaaaggagattggcatggtagcaat
ctagatagtcttccggttaaagaatacaagacgcataaagtgaaaagcgtggttatttct
agaggctggatgaacttggctaacccagattcaggttttaattctgcaagttctagtcat
tcaatcgatctaaaagaaaatgagtaccgtaactacactatgtacttgcaaccaaacttg
tatactgttaaaaagggtcatcgtctggtcctaaccttacatgcttttgatccagactac
atttattatgctgatccatacgaagtcaagtttaagacagattctatttctgcaacgata
ccaattgtagaagaaaatcaatctctcttacttcgttatcagccaaatgagaaagatacc
gagtacgctaagttagcagaccgtatcctagcaattgctaaaaagaaccctgcagtagaa
aaggacaatcagcaggacaagggaagtggttctgaacttaagccaggaggacaaatggat
caacaaccaccagtaggacgggactctatggaattccgtaaggaacaaaaggttgaaatc
gctaatctagaacacaaagaaaatgatgtttcttcaaaagaagtaggtctttcaagagaa
gcaagacttcctgaaactggtcaaaaagaaaattcttggtcaatctatggtatgctaagc
ttacttttagccggcttatggaaagtgattagtggacgtaaagaagagaaataa

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Ontology (3)   
   KEGG BRITE (3)   
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 (5)   
   Pfam (5)   
All databases (14)   

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