KEGG   Periweissella cryptocerci: EQG49_07275
Entry
EQG49_07275       CDS       T06454                                 
Name
(GenBank) hypothetical protein
  KO
K01361  lactocepin [EC:3.4.21.96]
Organism
wei  Periweissella cryptocerci
Brite
KEGG Orthology (KO) [BR:wei00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:wei01002]
    EQG49_07275
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:wei03110]
    EQG49_07275
Enzymes [BR:wei01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.21  Serine endopeptidases
    3.4.21.96  lactocepin
     EQG49_07275
Peptidases and inhibitors [BR:wei01002]
 Serine peptidases
  Family S8: subtilisin family
   EQG49_07275
Chaperones and folding catalysts [BR:wei03110]
 Intramolecular chaperones
  Subtilisin family
   EQG49_07275
SSDB
Motif
Pfam: Peptidase_S8 PA fn3_5 Big_6 CHB_HEX_C Inhibitor_I9 BsuPI Reelin_subrepeat-B RdfA
Other DBs
NCBI-ProteinID: QBO36276
UniProt: A0A4P6YU85
Position
1599693..1605515
AA seq 1940 aa
MKHNSQRSKSLTMLSVLMTSLALQAVGPIYSAVDASTGKDARTESVADQMSKGLRQHDQA
TKALAQKSWYNGVKEQLKAQGVDVAKLDSDAVKNQTVKVIVQLSAKPAVDKTAKPTGSVA
SVKKITAAEDDVVDGQSSVLKQVEKITGTKASSQFGYLLNGFAIKAKVSQLDQLEGLKGV
ASVAPTASYHLLEASSNQQAKVQTAVQNFNNQNYNLDGRGTVIGIIDSGVDPSHKDLKLS
PEGVKAEKITKSVAQEKIKALGHGEWYSDKVPYAYNYMEADSGQDTKFDNSKAAGGGNSA
DNDKDNQDTSNAVRDTGQTMHGMHVSGIAAANGDIAADDTKTVTAVKGVAPEAQILDLKV
FANSEGGNGNNDTDAIVQSIEDAVTLGADVINMSLGRNGGADGEGLSSLDVQAVNAAAEA
GTLPVISAGNSGVSNSGAYGSPASVQWAQQDNGIVGDPGVANNALTVASAENTMLVTDVM
DFSRDGEENPFANEVVASVAHLQFGAFPSKKQIVVLPNKHGAKVPDNTPELVGLGYPDDY
DGLDVKGKIVLLARGELNFSTKQQTALDKGAAGFIIMNNVPGTSFNGNIDNSADIPSVGL
SYEDGVALKKEVEAGGKKDTYSFSAPFKKRVTNPAGGTPSDFTSWGPSPTLQLKPEISGP
GGHIWSLANDDKYQNMSGTSMSSPFVAGSEALILEAMHERGTTLKGGDLTAAAKLAAINT
SEPMVDKAGVPYSPRRQGSGMINVNRAISTDVQLTYDGDNTGVVSLKEIDKKTTFSVTLK
NNGKQAVSYKLNGDYKPEAQYLRAGNGGQEQYAKYLDGAKLTATANKFTVAPGDSKKVTF
TLDLSDAQNGKFDLDQFVEGYIGFDALDADGNVVTPRADDNSDKEPTAFANGVNLTIPYL
GFYGNWGGLDALDAPAFDGDKSHYQENYLRDGYSQAPLGLDVPVSALTELEQNSAISQAD
EPAFINPNHVAISPDGDGYQDSAVAFLAYLRNVKATDVTIEDAKGNTVRDLKKLGGWSRA
YINEVGQATIYQDQQLIWDGKVSNSSWSTTATDAPDGQYYYTIKSTPYGKNAKPQTLKLP
VKVDTTAPTVTNVDLKQENGAWHVTGHVADNVSGFESFTNVAVAINNVIEYYQATDNTGK
HFLGLGDEDKGNQKSVEDNGDFDFAVTAEQARAITNGTNDVQGQVEDIAGNIGTYHTRVA
GSEDIFNTANDILLYNVTNNQIATDADAYYDAKTKTYTVYGYSPQDLYLTTNDAAAGAKV
AAKINKYGEFTAKVPVTDKTRKLIFKLDDARTLKTTNFSFSTSPTVQIDKKDGALTDNGA
GTSYYLVNHPLAAGNQYTFSGSLSKDADGIAYNAISYDEDDNMNQNGEEVDEPYKGANTD
ATESVVYSQYGLELHDDGRWNLAAKLAEGQNILYASAYKFTGQTNQDKIYGPMDYLFVNQ
PASTYLNFKNVVDFDYTRIDASKKDYDAKTGIYTVKGEWDPATKVNVQINVNGQVDKDGK
TDWQDVTKQDDGTFTFPVKVGDNSSKRVHYRWTAEVNGKTIGDEGYFVLYTDALSPYLKL
DGNYAKSSDPDYDYEVWTNKKDFTISGEANDNMAGYDININADDVAQDKRALDQTYEHKN
VEPNLKFSKTYELFKTPYGKDDVYDHIFQVGVYDIHQNGTKAKILVHYAPDKKVARPTVK
ADTTKPAKAVKLSVVSNEKDVTNYYSLDSGKTWNQYNDAINIAFNSTPEFKSVDKYGNES
AVVKHAVTNAVYKVAADATVKLGQLDKKKGQLTVTLGYTQALTASEKTYTYLEYSTNKGK
SWKKYTSAVTFKKTTNLQVRTADSLGHKGQVKTATVTVPTVKAIKKATKAKKVSKKSSLK
VAKVKTKAKKVTGKAAKKSVVTVYNAKGKKLGTAKANAKGKFTVKLKKALKKNQKIKVKA
DRPDTTKIIYKAVTKTVKAK
NT seq 5823 nt   +upstreamnt  +downstreamnt
atgaaacataatagtcaacgaagtaaaagtttgacaatgcttagtgtcttaatgaccagc
ttggcattgcaagcggtcggcccaatttatagcgcagttgatgcatcaacgggaaaagat
gcacggactgaaagcgttgctgatcagatgagtaaaggattgcggcaacacgaccaagca
accaaagcgttagcgcaaaagtcatggtacaacggcgttaaagaacaattaaaagcgcaa
ggtgtcgatgtcgccaagcttgatagtgacgcagttaaaaatcaaacggttaaagtaatt
gtgcaattgagtgctaaaccagccgttgataaaaccgctaagccaactggctcggtggca
tcagttaaaaaaattacggcggccgaagacgatgttgtcgatggacaaagctcagtgctt
aagcaggtcgaaaaaatcactggtaccaaggcttcaagtcaatttggttacctcctgaat
ggttttgcaattaaagctaaggttagccagttagaccaattagaaggcttgaagggtgtc
gcgagcgttgctccaacggcttcttatcatttattagaagcctcttcaaaccaacaagcc
aaagttcaaacggcggtccaaaatttcaataatcaaaactacaatcttgatggtcgcggg
acggtcatcggaattattgactcaggggttgatccttcacataaagacttgaagttgagt
cccgaaggtgtgaaagccgaaaaaatcacgaaatcggtcgcccaagaaaagattaaagcg
cttggtcacggggaatggtattcagataaagtaccgtatgcttacaactacatggaagct
gatagtggtcaagacaccaaatttgataacagtaaagctgctggcggtggtaactcagcc
gacaatgataaggacaatcaagatacttcaaacgcagtccgtgatactgggcaaacgatg
cacgggatgcacgtttctgggattgccgctgctaacggagacattgcggctgatgacaca
aaaactgttaccgcagtcaaaggggtggcaccagaagctcaaattttagatttgaaagtt
tttgctaattctgaaggtggtaatgggaataatgacaccgatgcaattgtgcaatcaatt
gaagatgcagtgacccttggtgcggatgtgattaacatgtcacttggccgtaatggtggt
gcggatggtgaaggcttgagttcattagatgtacaagccgttaacgccgctgcggaagcc
gggacgttgccagttatctcagcgggtaactctggggttagtaactcgggtgcatacgga
tcaccggcttctgtccaatgggcgcagcaagataacggtattgtcggtgacccaggggtt
gctaacaacgccttaacggttgcttcagcggaaaacacgatgcttgtgactgacgtaatg
gatttcagtcgcgatggtgaagaaaatccgtttgcaaatgaagttgtggctagtgttgcg
cacttgcaatttggtgcgttcccaagtaaaaagcaaattgtggtgttgcctaacaaacac
ggagcaaaagttcccgataatacaccagaattagtgggactgggatacccagatgattat
gatggcctcgatgttaagggcaaaattgtcttattagcccggggggaattaaatttctca
acgaagcaacaaacggcccttgataaaggagccgccggtttcatcatcatgaataatgtc
cctgggacgtcatttaatgggaatattgataactcagctgatattccatcagttgggtta
tcatacgaagatggggtagctttgaagaaagaagttgaagctggtggtaagaaggacact
tactcattttcagcaccatttaaaaagcgggttacaaacccagctggtggcacgccatca
gactttacttcatggggcccatcaccaacattacaattgaagcccgaaatttctggtcct
ggtggtcacatttggtcattggcaaatgatgacaagtatcaaaatatgtcgggaacttca
atgtcatcaccattcgttgctggttccgaagcgttgattttagaagcaatgcatgaacgg
ggcacgactttgaagggtggcgatttaactgcggcggcgaagttagcggcgattaatact
tcagaaccaatggtagataaagccggggtaccatattcaccacggcgccaaggttcaggg
atgattaacgtcaaccgcgcgatttcaaccgatgtgcaattaacatacgatggtgataac
actggcgtggtttcattgaaagaaatcgataaaaagacgacgttctcagtaacattgaaa
aataacggtaaacaagcagttagctacaagttaaacggtgactataagccagaagcgcaa
tatttacgtgcaggtaacggtggccaagaacaatatgcgaagtaccttgatggcgcgaag
ctaacggcaactgccaataagttcacagtcgcacctggtgacagtaaaaaagttacgttt
acgttggatcttagtgatgcacaaaatggtaaatttgatcttgatcaattcgttgaaggc
tacattggatttgacgcccttgatgcagatggtaatgttgtgacaccgcgcgctgatgat
aacagcgacaaggaaccaaccgccttcgccaacggggttaacttgacgattccatacctt
ggtttctacggtaactggggtggccttgatgcattagatgcacccgcatttgatggtgac
aaatcacattatcaagaaaactacctgcgtgatggttacagtcaagcaccacttgggttg
gacgtaccagtttcagcattaactgaattagaacaaaattcagcaatttcacaagctgat
gaaccagcattcatcaatccaaatcacgtggctatttcgcccgatggtgatggctatcaa
gattccgcagtggcctttcttgcttacttgcgtaatgttaaagcaacggatgtcacgatt
gaagatgcgaagggtaacaccgtccgtgacttgaagaaacttggtggctggagtcgcgcc
tacattaatgaagttggtcaagcgacaatctatcaagaccaacaattgatttgggatggt
aaagtttcaaactcatcatggtcaacgaccgcaacggatgcacccgatgggcaatactac
tacacgattaaatcaacgccatacgggaagaatgctaagccacaaaccttgaaactacca
gttaaggttgatacaacagcaccaactgtgacaaatgttgatttaaaacaagaaaatggc
gcttggcatgtaactggtcacgttgctgataatgtttctggttttgaaagtttcacgaat
gttgcggtggcaattaataacgtcattgaatattaccaagcaactgataacacaggtaag
cacttcttaggactcggcgatgaagataagggtaaccaaaaatcagttgaggataatggg
gactttgacttcgccgtaactgccgaacaagcccgcgcgattacaaacggaactaatgac
gtgcaaggtcaagttgaagatattgcgggtaacatcgggacgtaccacacccgcgttgct
ggtagtgaagatattttcaataccgctaatgacatcttgctctacaacgtcacgaacaac
caaatcgcgacggatgctgatgcatactatgatgccaaaacgaaaacttacacggtttac
ggttactcaccacaagacttgtacttgacgactaacgatgccgcagccggtgcaaaagtt
gccgctaaaatcaacaagtacggtgaatttactgcgaaagtacccgtaactgacaaaacg
cggaagctgattttcaagttagatgatgcacggacgttaaaaacgacgaacttctcattt
agcacaagcccaactgttcaaattgataagaaggatggcgcgttaactgataacggcgcc
ggaacttcatactatttggttaatcacccattggcagctggtaaccaatacacattctca
ggttcgttatcaaaggatgctgatgggattgcctacaatgccatcagttacgatgaagac
gacaatatgaaccaaaatggtgaagaagtcgatgaaccatataagggtgctaacactgac
gcaactgaaagtgtcgtctactcacaatatggattagaactacacgatgatgggcgttgg
aatttagcggccaaactggctgaaggccaaaatatcttgtatgcttcggcgtacaagttc
actggtcaaacgaaccaagataagatttatggaccaatggactacttgtttgtgaaccag
ccagcttcaacgtacttgaactttaaaaatgtcgttgattttgattacacgcgaattgat
gcctcaaagaaagattatgacgccaagactggtatttacacggttaagggtgaatgggat
ccagcaacgaaggtaaacgtacaaatcaatgttaatgggcaagttgataaagatggcaag
actgattggcaagatgtgaccaagcaagatgacggcacgttcactttcccagttaaggtg
ggcgacaactcaagcaaacgggtgcactaccgttggacggccgaagtaaacggcaaaaca
atcggggacgagggttactttgttctctataccgatgcattgtcaccatatttgaagtta
gacggtaactacgcgaagtcttctgatccagattatgattatgaagtttggaccaacaag
aaagacttcacgatttcaggtgaagccaacgataacatggcaggctatgacatcaacatt
aatgctgatgatgtggcacaagacaaacgagctttggatcaaacgtatgaacacaagaat
gttgaacctaacttgaagttctcaaagacttacgaattgttcaaaacgccgtacggtaag
gatgatgtgtatgatcacattttccaagtgggtgtttatgacattcaccaaaacggtacc
aaagcaaaaatcttggtccactacgcacccgataagaaggttgcccggccaacggttaag
gcagatacaactaaaccagcaaaagcggttaagttgtcagttgttagcaacgaaaaagac
gtgacgaactactacagtttggatagtggtaagacttggaaccaatacaacgatgccatc
aacattgcgtttaactcaacgccagaattcaaatcagttgataagtacggtaacgagtca
gccgtggttaagcatgcggtaacaaatgcggtttataaagttgcagccgatgcaaccgtt
aaattaggccaactcgataagaaaaagggtcaattgacagttacgctaggctacacgcaa
gcgttgacggccagcgaaaagacttacacgtacttggaatactcaactaataagggtaag
agctggaagaaatatacgtcagctgtaacctttaagaagacgactaacttacaagtgcgg
accgctgattcacttggtcataaaggacaagtgaagaccgccacggttactgtgccaact
gttaaagcaattaagaaagcaactaaagcaaagaaagtttccaagaaatcaagtttgaag
gttgcaaaagttaagacaaaggccaagaaagtaactggtaaagcagcgaagaagtccgtt
gtgacagtctacaatgctaagggcaagaagctcggaactgctaaggccaacgccaagggt
aagttcacagtgaaattgaagaaggctttgaagaagaaccaaaagattaaggttaaagca
gatcgaccagatacaaccaagattatttacaaagctgtaaccaagactgttaaagcaaaa
taa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (9)   
   Pfam (9)   
All databases (18)   

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