KEGG   Streptococcus parasanguinis FW213: Spaf_1296
Entry
Spaf_1296         CDS       T02115                                 
Name
(GenBank) LPXTG cell wall surface protein
  KO
K01281  X-Pro dipeptidyl-peptidase [EC:3.4.14.11]
Organism
scf  Streptococcus parasanguinis FW213
Brite
KEGG Orthology (KO) [BR:scf00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:scf01002]
    Spaf_1296
Enzymes [BR:scf01000]
 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
     Spaf_1296
Peptidases and inhibitors [BR:scf01002]
 Serine peptidases
  Family S15
   Spaf_1296
SSDB
Motif
Pfam: Peptidase_S15 PepX_C Peptidase_S9 FSH1 DLH Gram_pos_anchor
Other DBs
NCBI-ProteinID: AFJ26279
UniProt: I1ZMK5
Position
complement(1299725..1302793)
AA seq 1022 aa
MLITKSEEIDMKKKTMVSIVASSLLIAPMVLHQVAAADEQTEELAPSTEVVHAPSTEAIP
TASDTSTATSEEGASSSEGSLDRTAVANKVAPATEEHTRQSESSVPVATPATTNREAGPQ
SAPTSEAPATSQDLAKVTGSTLAADQASKELTVQDAVNGLLQWATTDPSQLGQSQADRER
FAKSLGLIEKSEDLSRKVSQPELAKMYETAKKLYDAYRAEKKRPLFLNGRAQPIFPYTTG
EKADQDYKYEDSQIVRFPVYVETDYDTDADGKPDLVKAIVQLPKAVAQGDFKAATILEAR
PYVAGTLDENYVTLESLGLPTDGSYDMKKLHSQPAKRQPVSSETTVEAAKKAKASDWYYY
SPYEYIYDYEDLNWYDYFLVRGYAFISSAGLGTKGSEGFNTTGSDLEINAFKNIIEWVNG
KRKAYTDKTSNVEIKADWATGNVAMTGLSWAGTTTFGVAATGVEGLKTIVPAAGIASWYD
YFNSQGTQFGNAPYSDLSWLSLYVSTRMLDQDDWAGIWQNYSNYINQLNKDQYAHDRNYS
DVWKERDYTLHPENLKTSALIVHGLNDDNVKTKHFELMYDALKKAGQDVKLYLHQGDHVY
PAAMSRGYGINANGQDFYDLLNTWLTHYLYGVDNHVESLPAVLAQNNYDPSKWTSYDNWK
SSQRLFLNASSKRLEETISSDYAAAGVEIANRNETVSKASSKANLTFVSDVTEDTTIKGH
IPVHFKAALAKGQGKNFQINALLVDVADEDFDVVGNGSVKQDKTADGFWMGSNLSNLSVA
EYETIKTKYKVIAKGWINLANPESGYDSASSRASIEPKVGEYHDYTVYLQPNLYTVKKGH
KLALVFNTYDPSDLTVEHPYEVTFKTDSIQAAIPIVEKTRAQKASYVPSATDTDYANLPE
VEGVALVAPEVHYKEEYTLPSPEHFVQPNQTVPEIEEQMQTGSARQEQPHLILAVSYGPR
FVTTTSEPVAEDSQEVTSAVGGEQADHMLPQTGSEDHALGLFGVISLTASSLIFWRKKRE
DA
NT seq 3069 nt   +upstreamnt  +downstreamnt
gtgttgattacaaaaagtgaggagattgacatgaaaaagaaaacaatggtttccattgtc
gcatcgagcttactgatcgcgccgatggtcttgcatcaagtggcagcagcagacgagcaa
acggaagagttagccccatcgacagaagtggtccatgctccatctactgaagcaataccg
acagcaagtgacaccagtactgccactagtgaagaaggagcaagctcgagtgagggatcg
ctggatcggacggcagttgcaaataaagttgcacctgctacagaagaacacacaagacaa
agtgagtcctctgtcccagtagcaactccagcaacaacaaacagggaagctggacctcaa
tccgctcctacttcagaagctccggcaacaagtcaggatttggcaaaggtcacaggtagc
acccttgcagcggatcaggcctctaaagagttgacagtccaagatgctgttaatggcttg
cttcaatgggcaacaacagatcctagtcaattgggtcaaagccaagcagatcgcgaacgc
tttgccaagagtttaggcttgattgaaaagtcagaagatctaagccgtaaggttagtcag
ccagaattggccaagatgtatgaaacagctaagaaactctacgatgcctacagggctgaa
aagaaacgtccgctctttttaaatggtcgtgcccagcctattttcccttatacgacggga
gaaaaagcagaccaagactataaatatgaagacagccaaattgtacgtttcccagtctat
gtcgaaacggactatgacaccgatgcagatggcaagccagacttagtcaaagccattgtt
caattaccaaaagcagtagcgcaaggcgattttaaggcagccactattctcgaagcgcgc
ccttacgtagcggggacgctcgatgaaaactacgtgaccctcgaaagtttggggcttcca
acggacggtagctacgatatgaagaaactgcacagccaacctgcaaagagacagccagta
agcagtgaaacaacagtagaagcagccaaaaaagccaaggcatcggattggtattactac
agtccctacgagtatatctatgactacgaagatctgaactggtacgactatttcttggtc
agaggctatgcctttatctctagcgccggacttggtaccaagggatcagaaggatttaac
acgacgggatctgatctcgaaatcaatgccttcaagaatatcatcgaatgggttaatggc
aaacgcaaggcttacaccgacaagaccagcaatgtcgaaatcaaggcagactgggcaacg
ggtaatgtcgctatgacgggtctctcctgggctggaaccacgacctttggtgtggcagcg
acaggcgtagaaggcctaaagaccatcgttccggcagcaggaatcgcctcttggtatgat
tatttcaatagccaaggaacccagtttggcaatgcaccttatagtgacctttcatggctc
tccctctacgttagcacacggatgctggaccaagacgactgggcagggatttggcaaaac
tattccaactacatcaaccaattgaacaaggaccagtacgcccatgatcgtaactacagt
gatgtctggaaggagcgggattatacccttcatccagaaaatctcaagaccagcgccctg
atcgtccatggcttgaatgatgacaatgtcaagaccaaacatttcgaactcatgtacgat
gccctcaagaaagcaggacaagatgtcaagctttatctccaccaaggagatcacgtctat
ccagcggctatgtcacggggatacggcatcaatgccaatggtcaggacttttatgacctg
ctcaatacctggctgacccattacctctatggagtggacaatcacgtcgaaagtttgcca
gcggttctagctcaaaacaactatgatccaagcaagtggaccagctatgataactggaag
agtagtcaacgtctcttcttgaatgcaagctcgaaacggctagaagaaaccatttctagt
gactatgcggctgcaggtgtcgagatcgctaatcgtaatgaaaccgtcagcaaagcctcc
tctaaggccaatctgacctttgtttctgatgttactgaggacactacgatcaagggccac
atccccgttcatttcaaggcagctcttgccaaaggtcaaggaaagaatttccaaattaac
gccctcttggtagatgtggcagatgaggactttgacgtggtaggaaatggtagcgtcaag
caagataaaacagcagatggtttctggatgggaagcaatttaagcaacctatctgttgca
gaatacgaaaccatcaagaccaagtacaaggtgattgcgaaaggctggatcaaccttgcg
aaccctgagtctggctacgattcagcaagctcacgcgctagcattgagccaaaagttggg
gaataccatgattacaccgtttatctccaaccaaatctctatacggttaagaaaggtcac
aagttagcgcttgttttcaacacctatgacccatctgatttaacggtggagcatccctat
gaagtgaccttcaagacagattctatccaggcggcgattccaattgttgaaaagacccgc
gcccaaaaggcatcctatgtaccaagtgcaacagatacagactatgcgaatttaccagaa
gttgaaggtgttgctctagtcgctccagaagtccactacaaggaagaatatacacttcca
agtccagaacattttgtccaaccaaaccaaactgttcctgaaatagaagaacagatgcaa
acaggatcagcaagacaagagcaacctcatcttatactagctgtatcctatgggcctcga
tttgttaccacgacttcagaaccagttgcagaagattctcaagaagtgacttctgcagta
ggaggagaacaagcagaccatatgcttcctcaaacagggagcgaagatcatgctctgggt
ctcttcggtgtgatcagccttacagcttctagtctcatcttttggcgcaaaaagagagaa
gatgcctaa

  All links  
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 (6)   
   Pfam (6)   
All databases (15)   

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