KEGG   Yersinia pseudotuberculosis YPIII (serotype O 3): YPK_1042
Entry
YPK_1042          CDS       T00665                                 
Name
(GenBank) peptidase M16 domain protein
  KO
K01407  protease III [EC:3.4.24.55]
Organism
ypy  Yersinia pseudotuberculosis YPIII (serotype O:3)
Brite
KEGG Orthology (KO) [BR:ypy00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ypy01002]
    YPK_1042
Enzymes [BR:ypy01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.24  Metalloendopeptidases
    3.4.24.55  pitrilysin
     YPK_1042
Peptidases and inhibitors [BR:ypy01002]
 Metallo peptidases
  Family M16: pitrilysin family
   YPK_1042
SSDB
Motif
Pfam: Peptidase_M16_M Peptidase_M16_C Peptidase_M16
Other DBs
NCBI-ProteinID: ACA67343
UniProt: A0A0H3B0Y0
Position
1172390..1175278
AA seq 962 aa
MHKQLARIVGIVFFLGLLAPSSWAAIPAWQPLAETIYKSEHDLRKYQAIKLSNGMTVLLV
SDTQAPKSLAALALPVGSLEDPDNQLGLAHYLEHMVLMGSKHFPEPGSFSEFLKKHGGSH
NASTASYRTAFYLEIENDALAPAVERLADAIAEPLLDPINADRERNAVNAELTMARSRDG
MRMAQVNAETLNPAHPSARFSGGNLETLRDKPDGKLHDELVSFYHRYYSANLMVGVLYSN
QSLEQLAQLAADTFGRIPNRDAKVPTITVPVVTPDQTGIIIHYVPAQPRKQIKVDFRIAN
NSADFRSKTDTYISYLISNRSKNTLSDWLQKQGLADAINAGADPMLDRNGGVFSITVSLT
DKGLAQRDVVVAAIFDYINMLHKEGIKKSYFDEIAHVLNLDFRYPSITRDMDYIEWLVDM
MLRVPVEHTLDAPYLADQYDPKAIASRLAEMTPENARIWFVSPEEPHNKVAYFVDAPYQV
DKIGVQRMKEWQQLGQKIALSLPALNPYIPDNFTLIKADKNITRPQNVADQPGLRVFYMP
SQYFADEPKADITVAFRNPHALNSARHQVLFALTDYLAGLSLDQLSYQASIGGISFSTAP
NNGLYVNAGGFTQRMPQLLTSLVSGYASFTPTEEQLVQAKSWYREQLDVAEKGKAYELAI
QPAKLLSNVPYSERSERRKLLDSISVQDVLTYRDDLLKQSAIEVLAVGNMTAEQVTELTE
SLKKQLNLIGTTWWVGEDVIIEKTQLANMERVGSSSDAALAAVYVPTGYTEIAGMARSAL
LGQIIQPWFYDQLRTEEQLGYAVFSFPMSVGHQWGIGFLLQSNSKEPNYLYQRYLAFYPQ
AEKRLREMKPDDFEQYKQGLVNQLLQRPQTLDEEAERYRKDFNLNNFAFDSREKMIAQVK
QLTANELADFFQQAVIKPQGLALLSQVKGQGQAGGFAVPEGWTTYPTTSALQATLPQKVL
AP
NT seq 2889 nt   +upstreamnt  +downstreamnt
atgcataaacagcttgcccgcattgtcggtatcgttttctttttaggtttactggctcca
tcgagttgggctgcaattcctgcgtggcaacctttggcggaaaccatttacaaaagtgaa
catgacttacgtaaatatcaggcaataaaattatccaatggtatgacggtactactggtt
tccgatacacaagcccctaaatctttggcggccttagcgctaccggtagggtcactggaa
gacccagataatcagctcggcttggcccactacttggagcatatggtgctcatggggtcc
aaacatttccctgaacctggcagtttttccgaattcctaaaaaagcatggggggagccat
aatgcgagcacggcttcttaccgaaccgctttctatcttgaaattgaaaatgatgcattg
gcacctgcggttgagcggttggcggatgccattgctgaacccttgttagaccccattaat
gcggatcgtgagcgtaatgctgtcaatgctgaattgacgatggcccgttcacgcgatggt
atgcgtatggcgcaagttaatgcggaaacgcttaatccggcacatccaagcgcacgtttt
tctggtggtaaccttgaaactcttagggacaagcccgatggcaagctacatgatgaattg
gtgagcttctatcaccgctactattctgccaatctcatggtcggggtgttgtacagcaac
caatcattagagcagctagcacaattagccgcagacaccttcggccgtatccctaatagg
gatgcaaaagtacccacgattacggtcccagtcgtgacacctgatcaaacgggaatcatc
attcactatgttcctgctcaacctcgtaaacagataaaagtcgatttccgcattgcgaac
aatagtgcggattttcgtagtaaaacagatacctatattagctacttgatcagtaatcgc
agtaaaaacaccttatctgactggctacaaaaacaggggctggcagatgcaatcaatgcg
ggtgctgacccaatgttggatagaaatgggggggtgttctctatcactgtctcactaacc
gataaggggctggcacaacgtgatgttgtcgtcgcggcaatttttgattacatcaatatg
ctgcataaagaggggattaaaaaaagctatttcgatgaaattgcacatgtattgaatctc
gatttccgttatccctctatcacccgtgatatggattatatcgaatggctcgtggatatg
atgttacgagttcctgttgaacatacgcttgatgcgccttatctggctgatcagtatgat
cccaaagcaattgcatcccgattggccgagatgacgcctgaaaatgcccgcatctggttt
gtcagccctgaagaaccgcataacaaagtagcttattttgtcgatgcaccttatcaggtc
gataaaataggcgtacagcggatgaaagaatggcagcaactggggcaaaagattgcgcta
agtttgccagcactgaacccgtacattcctgataatttcactctgatcaaagcagacaag
aacattacccgcccacagaacgtggcagaccagccaggattgcgggtgttttacatgcca
agtcagtattttgctgatgaacccaaagccgacattacggttgctttccgcaaccctcat
gcattgaactcagctcgccatcaggtgctttttgccctgacggattaccttgcgggtctc
tcacttgatcaactgagttatcaggcctctattggtgggatcagtttctctaccgcaccg
aacaatggtttgtatgttaatgctggtggttttacacagcgtatgccgcagttactgaca
tctttggtttcaggctatgccagttttactccgacagaagagcaattggtacaggctaaa
tcttggtatcgtgagcaattagacgtggcagagaaaggcaaagcttatgagttggctatt
cagcccgctaagctgctatcgaatgtgccttattcggagcgaagtgagcgacgtaaacta
cttgatagcattagtgtgcaggatgtgctgacctatagagatgatttactgaaacagtct
gcgatagaagttttggccgtgggcaatatgacagccgaacaagtcactgaactcactgaa
tcgctgaaaaaacagctgaacttaatcggaaccacgtggtgggtcggtgaagatgtcatt
attgagaaaacacagttggccaatatggaacgggtcggcagtagttctgacgcggctttg
gcagcagtttatgtccctactggctatacagaaattgctggtatggcacgtagtgccttg
ttagggcagatcattcaaccatggttctatgatcaattacggacagaagaacagcttggt
tatgctgtattttctttcccaatgtcggttggccatcaatggggcatcggcttcttactg
caaagtaatagtaaggaacctaattatctttaccagcgatacctcgcattctatccgcaa
gctgaaaaacgcctgcgcgaaatgaagcccgatgattttgaacaatataagcaggggctg
gtcaatcaactattgcaaaggccacagacattagatgaagaggcagagcgctaccgtaaa
gacttcaatctcaataattttgcatttgatagccgtgagaagatgattgctcaagtgaaa
cagcttacggctaatgaactggcggatttcttccagcaagcggtcattaaaccacaaggt
ctggcactgctttctcaagttaaaggtcaggggcaggccggaggattcgcagtaccggag
ggatggacgacttatccaaccacttccgctttacaggctacgctgccgcagaaggtattg
gcaccatga

  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 (3)   
   Pfam (3)   
All databases (12)   

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