Clostridium novyi: NT01CX_0021
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Entry
NT01CX_0021 CDS
T00431
Name
(GenBank) Serine proteases, subtilase family
KO
K01361
lactocepin [EC:
3.4.21.96
]
Organism
cno
Clostridium novyi
Brite
KEGG Orthology (KO) [BR:
cno00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
cno01002
]
NT01CX_0021
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
cno03110
]
NT01CX_0021
Enzymes [BR:
cno01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.96 lactocepin
NT01CX_0021
Peptidases and inhibitors [BR:
cno01002
]
Serine peptidases
Family S8: subtilisin family
NT01CX_0021
Chaperones and folding catalysts [BR:
cno03110
]
Intramolecular chaperones
Subtilisin family
NT01CX_0021
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_S8
fn3_5
Glucodextran_B
PA
Cadherin-like
Big_13
DUF7743
Big_7
FlgD_ig
WxLIP_PGBD
DUF2846
Motif
Other DBs
NCBI-ProteinID:
ABK62234
UniProt:
A0Q1M8
LinkDB
All DBs
Position
1675339..1678881
Genome browser
AA seq
1180 aa
AA seq
DB search
MKKKKILSLIIAASIASSNLFAIGANAIELPYIGKVNSNMSSAKDLTDVLKEWKNFKYKG
EGMVISIIDSGIDYRHKDMKLSDPSKAKIKNKNPEGKGKYFTDKVPYGYNYADKNQNIID
TGSMHGMHVSGIVAANGNSDEVSKFEAIQGIAPEAQLFAMKVFSNDPDYPSCNDEDVVAA
ITDSVKLGADVINMSLGSDAGFVKMTEPIQKAVKMAEENGVVVVISAGNSSYSTNPVKVP
DIVDTAIIGAPSTAKEALSVASFENSKLNQSALTCKIGDRAKDFAYLVSEVSPIDKLKNE
YELVDCNLGTKDDFKNKDVKGKIALIQRGENTFIEKKLNAQDAGAVAAIIYNKNGEKGYI
GMATDPNVTIPSMFITNEDGKALKDSISKGGKIKFDNKKIRIDNPNKDNMSGFSSWGPAP
SLDFKPQITAPGGNILSTVNDNNYKYMSGTSMAAPHTSGIMALILQRINSLDLKLSPKDK
VELVKNLAINTSIPQVDEDSTEGKLPFSPRQQGAGLINALNLMKNNVVILDENNESTVAL
KQINETTKKFTLTFKNYGNKEEIYMPKDVYGVLTEQKDKTREMNIKDAKISFDKEEIVVP
ANGETKVTVTLTLPKDCPKGIFVEGFLNFMSKSTDTASIGIPYMGFYGNWDESAIIDKPV
WEKDSYLKTTGVYKISNKDEILLGVIGKDKKTEDPIVNKDLIAISSKDKDVYVTPKMALL
RNAKTIIVNVLDSKGNLIRTLNIDKNVNKDKWSPSPHDPLLDDNFEELSPWRWDLTYYNS
SKGIYEKVPDGQYYFEIKAAIDYKDAKYQTVKLPVKVDSTAPQLIYKSSTETDNRNYTLR
FKANENLSGIKNFKIKVNNDFYKDENNNTELKLKTNVKNEYCVNLKLLDGKNNVVIYGTD
NAGNTSELPMSITANSLRITSPQTDSSLSSGEFTLNYTGDEKLLKEADHYSISVDNNVVE
KNTKSLSYKLKNVTAGKHTITVEAYDKDNNKLSTSSINTVVENDNLYINFTGLKREGVFY
KYPAAVVRGDLSTKVKSFKIQGKDVKVNKDLTFSQIIDLKDGQNKVEVLATDLKGKEHKY
ALNLYCDLTNPELTMEEKDEVITVDKNTTSYKVKCSVKDNNYGFKLFVNGNEIDSNKDLY
DKSGEYETDVKLNAGKNIIEIKAVDRAGNTTIKKITVNRQ
NT seq
3543 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaaaaagaaaattttgagcctaataatagcggcatcaattgcatcttctaatcta
tttgctataggggctaatgcaatagaactaccttacataggtaaagttaattctaatatg
tcatctgcaaaagatttaacagatgtattaaaggaatggaaaaatttcaaatataagggt
gaaggtatggtaatctctataattgatagtggtattgattatagacataaagatatgaaa
ctttcagatccttcaaaagcaaaaataaaaaataaaaatcctgaaggaaaaggtaaatac
tttacagataaagttccttatggatacaactatgctgacaaaaatcaaaatattatagat
actggcagtatgcatggaatgcatgtatctggtatagtagctgctaacggtaacagtgat
gaagtttcaaaatttgaagctattcaaggaatagcacctgaagctcaattatttgctatg
aaagtattctctaatgatccagattatccaagctgtaacgatgaagatgtagttgctgct
ataactgattctgtaaaacttggtgctgatgttataaatatgagtttaggttctgatgca
ggctttgtaaaaatgactgaacctatccaaaaagctgtaaaaatggctgaagaaaatgga
gttgttgttgtaatatctgctggtaactctagctattcaacaaatccagttaaagtacca
gatatagttgatacagcaattataggagcaccttctacagcaaaggaagctcttagtgtt
gcatcttttgaaaatagtaaactaaatcaatcagcattaacatgtaaaattggtgacaga
gctaaagactttgcatacctagtatcagaagtaagtcctatagataaattaaaaaatgaa
tatgaattagttgactgtaacttaggtactaaagatgattttaaaaataaagatgtcaaa
ggaaaaatcgctcttattcaaaggggagaaaatacattcatcgaaaagaaactaaatgct
caagatgcaggtgcagttgcagcaattatatataacaaaaatggtgaaaaaggatatatt
ggcatggctacagatcctaacgtaactattccttctatgtttataacaaatgaagatggt
aaagcacttaaagattcaatctctaaaggtggaaaaattaagtttgataataaaaaaatc
cgtatagataatccaaataaagataatatgtctggattctcatcttggggacctgctcca
agtcttgattttaaaccacaaataacagcaccaggtggaaacatattatcaacagttaat
gataataactataaatatatgtccggaacttcaatggcggcaccacatacttccggtata
atggcacttatattacaacgtattaattcattagatttaaaactatctccaaaagataaa
gtagaacttgtaaaaaatcttgccataaatacatctatacctcaagttgatgaagattct
acagaaggtaaactacccttctctccaagacaacaaggagcaggacttataaatgcttta
aacttaatgaaaaacaacgtagtaattttagatgaaaacaatgaatcaactgtagcatta
aaacaaattaatgaaactacaaaaaaattcactctaacatttaaaaactacggaaacaaa
gaagaaatctatatgcctaaagacgtgtacggtgtattaactgagcaaaaagataagaca
agagaaatgaatataaaagatgccaaaatctcttttgataaagaagaaatagtagtacca
gcaaatggcgaaactaaagtaactgttacattaacacttcctaaagattgccctaaagga
atatttgtagaaggtttcttaaacttcatgtcaaaatccactgatactgcatcaattggc
ataccttacatgggattctatggtaactgggatgaatcagccattatagataaacctgtt
tgggaaaaagattcatacttaaaaacaacaggtgtttataaaatctcaaacaaagatgaa
attttattaggtgttattggtaaagataaaaaaacagaagatccaatagtaaataaagac
cttatcgccataagttcaaaagataaagatgtttatgtaacacctaaaatggcacttctt
agaaatgctaaaactataattgttaatgttttagatagcaaaggaaacttaattagaaca
ttaaatattgataaaaacgtaaataaagataagtggtctccatcccctcatgatccactt
ctagatgacaattttgaagaattatctccatggagatgggatttaacttattataattca
tctaaaggaatttatgaaaaagttcctgatggacaatactattttgaaataaaagcagct
atagactataaagacgctaaatatcaaactgttaaattacctgtaaaagtagattctaca
gcgcctcaattaatatataaatcatctacagaaactgataatcgtaactatactttaaga
tttaaagcaaatgaaaatttatcaggcattaaaaactttaaaataaaggtaaataatgat
ttttataaagatgaaaataataatactgaactaaaattaaaaactaatgtaaaaaatgaa
tactgtgttaacttaaaacttttagatggtaaaaataatgtagttatatatggtactgat
aatgctggaaatactagtgaacttccaatgtcaataactgcaaattctttaagaataact
tcaccacaaactgattcttcactatcctctggagaattcactttaaactatactggagat
gaaaaacttcttaaagaagctgatcactactcaatatcagtagacaataatgttgtagaa
aagaatactaaatctctttcatacaagcttaaaaatgtaactgctggaaaacacactatt
actgttgaagcttatgataaagacaataataaattaagcacatcttctataaatactgtt
gtagaaaatgataacttatatataaacttcacaggattaaaaagagaaggtgtattctac
aaataccctgccgctgtagtaagaggtgatttatctacaaaagttaaatcatttaaaatt
caaggaaaagatgttaaagttaataaagacttaacctttagccaaataatagacttaaaa
gacggtcaaaataaagttgaagttttagctactgatttaaaaggaaaagaacataaatat
gctttaaatctttattgtgacttaactaatccagaattaactatggaagaaaaagatgaa
gttataacagttgataaaaatactacatcttacaaagttaaatgttccgttaaagataat
aactacggatttaaattatttgtaaatggtaatgaaattgattcaaacaaagatttgtat
gataaatctggcgaatatgaaactgatgttaaattgaatgctggaaaaaatattatagaa
attaaagctgtagatagagccggaaatacaactattaaaaagataactgtaaatcgtcaa
taa
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