Clostridium perfringens 13: CPE1523
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Entry
CPE1523 CDS
T00074
Name
(GenBank) hyaluronidase
KO
K01197
hyaluronoglucosaminidase [EC:
3.2.1.35
]
Organism
cpe
Clostridium perfringens 13
Pathway
cpe01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
cpe00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
cpe02042
]
CPE1523
00536 Glycosaminoglycan binding proteins [BR:
cpe00536
]
CPE1523
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
cpe00537
]
CPE1523
Enzymes [BR:
cpe01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
CPE1523
Bacterial toxins [BR:
cpe02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
CPE1523
Glycosaminoglycan binding proteins [BR:
cpe00536
]
Heparan sulfate / Heparin
Enzymes
CPE1523
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
cpe00537
]
Enzymes
CPE1523
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
NAGidase
F5_F8_type_C
Glyco_hydro_20b
NagJ_C
Glyco_hydro_84_hel
fn3
Glyco_hydro_67N
fn3_2
Motif
Other DBs
NCBI-ProteinID:
BAB81229
UniProt:
Q8XK80
LinkDB
All DBs
Position
complement(1780361..1783744)
Genome browser
AA seq
1127 aa
AA seq
DB search
MNKKKIKKLIKSALATTCAVSVITTTSVTAFASNSGENSKEEESNKRVEAEVYPVPQSLE
HSSIEGMTLEGEVNIVYHGEQEAATSKRLERTLNENNIAFKVSENVEEGKANIIVSSEGD
HCDVCSEGKEENSDVLTHKEGYVLKTSNDINEKGNISIIGSDKDGAYYGVLTLSQILEQS
NEENKFAEVVVTDYPEIEFRGFIEGFYGVPWSHEDRMNLMKDTSEYKMNTYIYAPKDDPY
HRLSWKELYPEQEAKQIAELAKAGAENNFNFCWTIHPGATLQFTDEDFDALINKFEQLYS
LGVRQFGVLFDDTDDWRNGQKQAEWINKIDTEFVKAKGDVAPMIVISARYNSAWGPNMDR
YFKPFMQTLHDDIQVMWTGHATMSNVSKEVFEWPKVQTGVDKDVAVWWNYPVNDYCDSRI
LMAPLHNLNQDLDNVSGFFSNPMNQAEASKVALYSIADYTWNTDAFDYMKSWETSIEKFV
PEVKEEFMRFASNTCYLKDDGGASGPFEYDESWYLSEKIDALKEAMKNGQSAVKPAKDLL
EEFKLIVSDYESITSKVTNKNLLGEIEQHLNAYKALGEAGIAAMEAIIASEEGNLELWMN
SNSLAQEKLDLMETFKIESLESDGPKEYVVSVGTKLLKPLVKESMDYAKEKMGEVVLPKY
DPEINTSLTNLKDVEVNFEDGIYSLRDLGEVTLNNGDYVGISLPKATKLRGINLLANNYD
NIEIQYSINGLDWVTAKASTNENVLETLDVVDATFIRIINIGENSKNINLEKLEVLPVYK
AEPTITENIGTHENYTIDKALDGNMDTKYWSNKPSDSGHNIQIDLGNVMPLYDINTYFGA
NDFMRNSEYMISEDGVNWTSLGALAYNSQDGKMVASANAEGKMARYIKIQSNGHNYGCWV
EIYEIEFNKTAPEFDESAVNLASGTLEGNFNAFYDEDLSTAYEAKSVKDGDSLIYKMSRV
TNISELEILQDKNRISEAKVSVKDLGGNWTEIGHLNAQINKLKVDNNITEVKFEFEGSKP
APKIYEIIAREREEQEEIVVSPVKEFKATTINKKNVTVSWEEPENTFGLESYILYKDGKK
VSEISSDETSYTFKGLNRHTIYNFKIAAKYSNGEISKKESLTIRTAR
NT seq
3384 nt
NT seq
+upstream
nt +downstream
nt
atgaataagaaaaagattaaaaagcttattaaaagtgccttggctactacttgtgcagta
agtgtaataactacaacttcagttactgcctttgcaagtaatagtggagaaaatagtaaa
gaggaagaaagtaataaaagagtagaagctgaagtttatccagtgcctcaaagtttagaa
cattcttctatagaaggaatgactttagagggagaggttaacatagtttatcatggtgaa
caagaagcagcaacttctaaaagacttgaaagaactttaaatgaaaataatatagctttt
aaggtgtcagaaaatgttgaagagggaaaagctaatattatagtttcttcagagggggat
cactgtgatgtatgctctgagggaaaagaagaaaatagtgatgttttaactcataaagaa
gggtatgtactaaaaacaagtaatgatattaacgaaaaaggtaatatatctataataggt
tctgataaagatggtgcttactatggtgttttaactttaagtcaaattctagaacagtct
aatgaggaaaataagtttgcagaagttgtagtaactgattatcctgaaatagaatttaga
gggtttatagaaggtttttatggagtaccttggagtcatgaagatagaatgaatttaatg
aaggatactagtgaatataagatgaatacttatatttatgctcctaaggatgatccttac
catagattaagttggaaagaattatatccagaacaggaagcaaaacaaattgctgaactt
gctaaggcgggagcagaaaataattttaatttctgttggacaattcatccaggagccact
cttcaatttacagatgaagatttcgatgctcttattaataaatttgaacaactttatagc
ttaggagttcgtcaatttggagttctttttgatgatactgatgactggagaaatggtcaa
aagcaagctgagtggataaataaaatagatacagaatttgttaaggctaagggtgatgta
gcacctatgatagttatatctgcaagatataattcagcttggggtccaaatatggataga
tattttaaaccttttatgcaaacattgcatgatgatatacaagtaatgtggacaggacat
gcaacaatgtcaaatgtatctaaggaagtttttgaatggcctaaggttcaaaccggagtt
gataaggatgtagctgtttggtggaactatccagtaaatgattattgcgatagtagaata
ttaatggctccacttcataatttaaatcaagatcttgataatgttagtggatttttctca
aatccaatgaaccaagctgaagcttcaaaagtagctttatatagtatagctgattatact
tggaatactgatgcatttgattatatgaaaagttgggaaacctctatagaaaagtttgtg
ccagaagtaaaagaagagtttatgagatttgcgtcaaatacatgttatttaaaagatgat
ggaggagcaagtggtccttttgaatacgatgaatcttggtatttatcagaaaagatagat
gccttaaaagaagctatgaagaatggacaatcagctgtgaaaccagccaaggacttgtta
gaagaatttaaattaatagtatctgattatgaaagtattacttctaaagttacaaataaa
aatctattaggtgagatagaacaacatttaaatgcatataaagccttaggcgaagcaggt
attgctgctatggaagctataatagcttcagaggaaggaaatctagaattatggatgaat
agtaattcactagcacaagaaaaacttgatttaatggaaacatttaaaattgaaagttta
gaaagtgatggtccaaaagaatatgttgtttcagtaggaacaaaactccttaagccttta
gtaaaagaaagtatggattatgccaaagaaaaaatgggagaagtagttttaccaaagtat
gatccagaaataaacacatctcttactaatcttaaggatgtagaagttaactttgaagat
ggaatatattctttaagagatttaggagaagttactcttaataatggagactatgtaggc
ataagccttccaaaagcaacaaagttaagaggaataaacttacttgctaataattatgat
aatatagaaattcaatattcaataaatggattagactgggttacagctaaagcatcaaca
aatgaaaatgttttagagactttagatgtggttgatgctacttttataagaattattaat
attggagaaaattcaaaaaatattaatttagaaaaattagaagttttaccagtatataaa
gctgaaccaactattactgaaaatataggaactcatgaaaattatactatagataaagct
ttagatggaaatatggacacgaaatattggtcaaataagccatcagattcaggacataat
atacaaattgatttaggtaatgtaatgccattatatgatataaacacttattttggagca
aatgatttcatgagaaactctgaatatatgatttcagaggatggagtgaattggacttca
cttggagcgttagcatataattcacaggatggaaaaatggttgcatctgcaaatgcagag
ggaaaaatggcaagatatattaagatacaatcaaatggacacaattatggatgctgggtt
gaaatctatgaaattgaatttaataagacagcaccagaatttgatgaaagtgctgtaaat
ttagcaagtggtactttagaaggtaattttaatgctttttatgatgaagatttatcaaca
gcatatgaagctaaatcagtaaaggatggagattccttaatatataaaatgagtagggta
actaatatttcagaattagaaatattacaggataaaaatagaatttcagaggctaaggta
agcgtaaaagacttaggtggaaattggacagagattggacacttaaatgctcaaattaat
aaactaaaagtagataataatataactgaggttaaatttgaatttgaaggttcaaaacca
gctccaaaaatatatgaaattattgctagagaaagagaagaacaagaagaaatagtagta
agtcctgtaaaagaatttaaagctactacaattaataagaaaaatgtaacagtttcatgg
gaagaaccagaaaatacttttggattagaaagctatattctttataaggatggaaagaaa
gttagtgaaatctcaagtgatgaaacaagctatacatttaagggattaaatagacatact
atctataactttaaaatagcagcaaagtattctaatggagaaatatcaaagaaagaatca
ttaacaataagaactgcaagatag
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