KEGG C.perfringens: CPE0881

Clostridium perfringens 13: CPE0881

Entry

CPE0881 CDS C.perfringens

Gene name nagI

Definition hyaluronidase

Orthology K01197 hyaluronoglucosaminidase [EC:3.2.1.35]

Pathway cpe01100 Metabolic pathways

Class Environmental Information Processing; Signaling Molecules and
Interaction; Bacterial toxins

SSDB

Motif Pfam: NAGidase F5_F8_type_C Glyco_hydro_20b Glyco_hydro_67N
Gram_pos_anchor PRD
PROSITE: FA58C_3

Other DBs NCBI-GI: 18309863
NCBI-GeneID: 989141
JCVI-Pathema: CPE0881
UniProt: Q8XM09

Position 1081969..1085862

AA seq 1297 aa
MIKRDFRKKLTMCLASVMALNLGISVSVKADEGLKNEIKNNDITKDISIYPTPKDMTVGN
SEFTLEDSVNIVGGDLADTYAFELLKNMLTEFGIKINESEIEGATTIYIGESDDNIEEME
NTLEEMNVDTSSISKDEGYVLVTDENIEGNKIVIRGNDETGTFYGVKSLKQLIKKEDNKV
ILDEVVIKDEPSFKMRAVVEGFYGTPWSQEERLDQIKMYGEYKMNAYIYAPKSDPYHREK
WREPYPASELDRMKELIKTANENKVDFVFAISPGLDIKFEGEEGEADFKALINKAETLYD
MGVRSFAILWDDIENRSGVQQAEVLNRFNKEFIKNKEGVKPLITVPVEYWGSSMFNGEEV
KTYTKEFAETLDKDIEVMWTGNDVIPPNGVSLEDAKKVSNVYNRKMMLWWNYPVNDYKED
KMALGPIYDLDRNLDEDVSGFIVNPMRFSDASKISTLTGADYGWNSISYEAEKSWDKAIE
IIAGEMKEEFKIFANHSTRLDTGRPDSPEIKNTIDSLWEKWEAGSDISLELSNLQNEFSK
MVQVPNKLRSNLENKALLNQLDSHLSKFEIYGNAGLKSIEILQDILNKDMSEFWSDNFEG
IKLLRNLDGIKATIANNVVDPFIRKVHEVGNEYFNKETTVLEEKEYSYTSIGNIVDHKYS
EWFISEETHVPNYMFDDKDNTGFWSAAPVQKDEFIGFDLGEAEEIKDIYLLMGRNNNDTD
VLTNGVIEYSLDGENWTELEVNKGERELLVETGIKARFIRYRALSDSENKLYVRDFKVNT
GKSKEKLIGDVEVKDSNINKSSEGENEIISASNINKISFEEGDSIGLAINDVKNVIGFEV
LGDVESNKFVLESSFDNIEWEEVCNGTSFKDETPLVGKFFRIRAKEKTEANINEIKISLE
GYSKGIVSTNRRISSNANIHPDFVADNDYGTSFVCSDTIKKGDFVQLDLGVEKKIRDISL
VQGPGGDYMDGDIEYSLDGENWIKLGVVEGTDTLIKDLDVKARYVRVISTGYKDRWSRVR
EFTVNKTVKEFETKATSEGTYIDRSENIRDNNLNSAYIPEGEIKSGDYLLRRIFNERLVS
KVTVAQSTDNLSGAKVIGKTVNGETLDLGVLDKGLNELVLKNPRQLVSVKLVWEKDAGKV
EIFEVKPTFVSLDYIIEDIKNEIQRGKDVLVEHKDKENEERTQLEEALKNIENLLNNKAS
DDEIVRAYEDLTNKINNFIDSEPNKEEENKPSKPEGGENGSEGEGDKEDSGDKNENEDNK
DENGNLPNTGSPLGAGELMLVGAALATLGGVTIKKKK

NT seq 3894 nt +upstreamnt +downstreamnt
atgattaaaagggattttagaaaaaagttaactatgtgtttagcatctgttatggcttta
aacctaggtataagtgtatcggtaaaagctgatgagggattaaaaaatgagattaagaat
aatgatattactaaagatataagtatatatccaactcctaaggatatgactgtaggaaat
agtgaatttaccttagaagattcagttaatatagttggaggagatttagcagatacatat
gcctttgaacttttaaaaaatatgttaactgaatttggcataaaaattaatgaatcagaa
attgagggggctactactatttatataggagagagcgatgacaatattgaagagatggaa
aatacattagaagaaatgaatgtagacacatcttcaataagcaaagatgagggctatgta
ttagtaactgatgaaaatatagagggaaataaaatagttataagaggaaatgatgaaaca
ggaactttttatggagtaaaaagtttaaagcaattaattaaaaaggaagataataaggtt
atcttagatgaagttgttataaaagatgagccgagttttaaaatgagagctgtagttgaa
ggtttctatggaacaccatggtctcaagaggaaagattggatcaaataaaaatgtatgga
gaatataaaatgaatgcttatatatatgctccaaagtcagatccatatcatagagaaaag
tggagagagccttatccagcttctgaattagatagaatgaaagaacttataaaaacagct
aatgaaaataaggttgattttgtttttgcaatatcaccaggtttagatataaagtttgag
ggagaagagggagaagcagattttaaagctttaataaataaagcagagactctatatgat
atgggagttagaagctttgcaattctttgggacgatatagaaaatcgtagtggagttcaa
caagcagaagttttaaatagatttaataaagaatttataaaaaataaagaaggtgttaag
ccattaataactgttccagtagaatattggggaagctcaatgtttaatggagaagaggta
aagacttatactaaagagtttgcagaaactttagataaggatattgaagtaatgtggaca
ggaaatgatgttattcctccaaatggggttagcttagaggatgcaaagaaggtttcaaat
gtatacaatagaaaaatgatgttatggtggaattatcctgttaatgattataaagaggat
aaaatggctttaggaccaatatatgatttagatagaaatttagatgaggatgtgtcagga
tttatagttaatcctatgagattttctgatgcatcaaagatttccacattaacaggagct
gattatggatggaattcaatttcatatgaagcagaaaaatcatgggacaaagctattgaa
attattgcaggagaaatgaaagaagaatttaagatttttgctaatcattcaactagatta
gatacaggaagaccagactcaccagagattaaaaatactatagatagcttatgggaaaag
tgggaagcaggttctgatattagtttagagttaagcaatttacaaaatgagttttctaaa
atggttcaggtgccaaataaattaagaagtaatttagaaaataaagctttattaaatcaa
ttagattcacacttatcaaagtttgagatttatggaaatgctggacttaaatctatagaa
atattacaagacatattaaataaggatatgtcagagttctggagtgataattttgaagga
ataaaacttcttagaaatttagatggaataaaagctacaattgctaacaatgtggtagat
ccatttataagaaaagtccatgaagttggaaatgaatatttcaataaggaaactactgtt
ttagaggagaaggaatattcttatacatcaattggaaatattgttgaccataaatattca
gaatggtttatttctgaagaaacgcacgttccaaattatatgtttgatgataaagataat
acaggcttttggtcagcagcaccagtacaaaaggatgagttcataggatttgatttaggt
gaagctgaagagattaaagacatatatcttcttatgggaagaaataataatgatacagat
gttttaacaaatggagtaatagagtattcattagatggagaaaattggacagagttagag
gttaataagggagagagagaattactagttgaaacaggaataaaagctagatttataaga
tatagagctctttcagactctgaaaataagttatatgttagagattttaaagttaatact
ggaaagagtaaggaaaaattaataggagatgtagaagttaaagactcaaatattaataag
tcttcagagggagaaaatgaaattatatctgcaagtaatataaataagatttcctttgaa
gagggggattctataggacttgctataaatgatgttaaaaatgtaattggatttgaagtc
ttaggagatgtagaaagtaataaatttgtattagaaagttcctttgataatatagagtgg
gaagaagtttgcaatggaactagctttaaagatgagactcctttagtaggaaagttcttt
agaataagagcgaaggaaaaaactgaagctaatattaatgaaattaagatttcattagaa
ggatattctaagggaatagtttcgacaaatagaagaataagctcaaacgcaaatatacat
cctgattttgttgctgataatgattatggtacatcttttgtatgctcagatactattaaa
aaaggtgactttgtacaattagatcttggggtagaaaagaaaattagagatataagctta
gttcaaggaccaggcggagattatatggatggagatattgagtattctttagatggagaa
aattggataaagttaggtgttgtagaaggaactgataccttaataaaagatttagatgtg
aaagctagatatgttagagttatttcaactggatataaggatcgttggtcaagagttaga
gaatttactgtaaataaaacagtaaaagaattcgagactaaggctacttcagagggaact
tatatagatagaagtgagaatataagagataataatttaaattctgcatatataccagaa
ggtgaaattaagagtggagattatcttctacgcagaatttttaatgagagattagtttca
aaagttacagttgctcagagtacagataatttatcaggagcgaaagttattggaaagact
gtaaatggagaaactttagaccttggagtgttagataagggattaaatgagcttgttctt
aagaatccaagacaattagtatctgtaaagttagtgtgggaaaaagatgctggaaaggtg
gaaatctttgaagtaaaacctacctttgtatctttagattacataattgaagatattaaa
aatgaaattcagcgtggaaaagatgttttagttgagcataaagataaagaaaatgaagaa
agaactcagttagaagaagcattaaaaaatattgagaatttattaaataataaagcttca
gatgatgagattgtaagagcatatgaggatttaacaaataaaataaataactttattgat
tcagagccgaataaagaagaagagaataagccaagtaaaccagaaggtggagaaaatggt
tctgaaggtgaaggagacaaagaagactctggagataagaatgaaaatgaagacaataag
gatgagaatggaaatcttccaaacactggatcacctttaggagcaggtgagttaatgcta
gtaggtgcagctttggctacacttggaggagtaactattaaaaagaaaaagtaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   JCVI-PATHEMA-CPE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (6)   
   PROSITE (1)   
All databases (19)

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