KEGG   Cavenderia fasciculata (cellular slime mold): DFA_09461
Entry
DFA_09461         CDS       T02668                                 
Symbol
naglu
Name
(RefSeq) alpha-N-acetylglucosaminidase
  KO
K01205  alpha-N-acetylglucosaminidase [EC:3.2.1.50]
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
Pathway
dfa00531  Glycosaminoglycan degradation
dfa01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dfa00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00531 Glycosaminoglycan degradation
    DFA_09461 (naglu)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:dfa04147]
    DFA_09461 (naglu)
Enzymes [BR:dfa01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.50  alpha-N-acetylglucosaminidase
     DFA_09461 (naglu)
Exosome [BR:dfa04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   DFA_09461 (naglu)
SSDB
Motif
Pfam: NAGLU NAGLU_C NAGLU_N SWIM
Other DBs
NCBI-GeneID: 14868106
NCBI-ProteinID: XP_004352118
UniProt: F4Q7P3
Position
Unknown
AA seq 1501 aa
MDSIQQNDSFTIRENLYTLVKEIERHAQYLSNLPDLQTLGIMFPKIRSYISNNLELQREL
MISHKFIEEINKDYNYLSIPDLFINHNQYQPYHQQHQQQYNNNNTNKTITHHPSPSSSSS
SSLPPPSPFKSTSTSSTSSTSTTTTNSSTDPQLNVNQKRVYSEPTGYVEPQTFKRLNTTT
TTTNSPPPPPQQEQQLFTPQKKKTTTQIPSSPTVITPLPIVASPSSSSSAATTTTTSTTT
TTTTPPVRDENYIPSNDDPDFYGERIGNEYIDEPTLDQKNRIARALREDIKLEQTFLPDY
VQSTQGFKIVGSTSNYDVKIATVPHCTCQDFGKHRFCKHLLFVLLKVLGLSLNSYILYQL
AYTKAEVKYLLSLNLNVFRFCSNTYKNSTNDVLDIEVDMENLPYWFDPGTLQPKGKSKKN
QVVSDTTHILNDPSQPPPSTISPTKKTTTSSSSTTTATTIDSTTIDKTKDTENEKKKTKD
QNNSNQNNSNNDSSSSSSNNIKPIFNISENIRLMVDAAKRQRENTMNQIYSQTSQASLSK
YQSNPSHSPPPRTPLTVVNNNNGNNNQKNNSTSPISSTPNDNGGKPNVNTKVQAYVNEIR
QTLHDAEPNADVGLVLHEFAISRSVDLKSTGKGITPIVYRFDLNGNWRMAITVSNIRIRQ
VVVYYVFQSDHNNQDPHYRTLINEAQNGRFEFPNTVVTQGFEALPKTNSSSISHSSNVVI
TNRHRYQNGIRLNQDDRDDDHQNNNINHIKQLSKNVNESSSSSDDNQETYFLIYSLIERV
IGYKQLPFIKLELANTSSSGVGGEYFYLLTRTLDNVTYIYLQANNAVNLAQAFNYYLKYY
AMCVYTWTGDQCNLGDGRSLPEMPVPVTIPIASDLRYYMNVVTFGYSTVWWDWERWQREI
DWMALNGYNLPLAFVGQEYVWFAVYSELGVSPKDIESFFSGGAFLPWNRMGNVNGWGGPL
DYDFIAGQHDLQQQILERMRQYGMKPVLPGFAGHVPRAFMSLFPTANITQLGDWRAFNGT
YYLDPSDPLFANVSQTFVKVQTAIYGTDHYYSFDPFNEITPPSSDAGYLQNSSSSMYNAL
AYADPQAVWVLQAWFFISDAWFWQPPQVKAFLGGVPIGHLLVLDTWAEESPAWTVTDQFN
GHDWIWCMLHNFGGRTGMYGKIPRITAGPIDARKQSPGMKGTGLTPEAIEQNYIMYDLMS
EMSWRTTAPNMTEWINQYTQRRYGVFVPELAQAWNSLASTVYNAPDSIDKNPSSFVGIRP
ELNMTNNIYYDSSIIQKAWQLYLSVTDEYVLSTSTYSFDIAEITIQALSNLFIETEIAMY
DAYKTGKGTEFDEHAMNCLNIITDMDMIASTQQLLLVGTWTANARQWANYNLSRNKDEDR
NTDKEQMTIEQYEFNARNQITLWGPSNSTLHDYAYHLWSGLLNDFYLARWSLFIKYLDSS
LSSSSTNDAGTGFKNQEYINDIESLEESWNLQTYQYPTRPTGNAYQLSKFINNQPIIPKI
K
NT seq 4506 nt   +upstreamnt  +downstreamnt
atggattctatacaacagaatgattcatttacaataagagaaaacttgtatactttggtg
aaagagattgagcgacatgcacagtatctcagtaacctaccggatctacagactctgggt
atcatgttcccaaagatacgaagttatattagcaataatctagagttgcaaagagaacta
atgatatcacacaagtttattgaagagattaacaaagactacaattatctttcaattccc
gatctatttataaatcataatcaatatcaaccttatcatcaacaacatcaacagcaatac
aataataataatactaataaaacaataactcatcatccttcaccttcttcttcttcttca
tcatctcttccacctccatcaccttttaaatcgacatctacatcatcgacatcatcgaca
tcaactacaacaacaaactcctctacagatccacaattaaatgtgaatcaaaaaagagtt
tattcagaaccaacaggttatgtagaacctcaaacttttaaaaggttgaatactactact
actactaccaattcacctcctcctcctcctcaacaagaacaacaattgtttacaccacaa
aaaaagaaaacaacaactcaaataccatcctctccaactgttattactcctttaccaatt
gttgctagtccatcatcatcatcatcagctgctacgactaccacaacttctacgacgacg
actacaacgacaccaccagttagagatgaaaattatataccatcaaacgatgacccagac
ttttatggtgaaagaattggaaatgaatacattgatgaaccaacattggaccaaaaaaat
aggattgctagagcactcagagaagatattaaattggaacaaacatttctaccagattat
gtacaatcgactcaaggttttaaaattgttggttcaacttcaaattatgatgtaaagatt
gcaacagtgccacattgtacctgtcaagattttggaaaacataggttttgtaaacattta
ttattcgtattactcaaagtattgggattatcattaaattcttatatactctatcaactt
gcctataccaaagctgaagttaaatatttgttatcattaaatttaaatgtttttagattt
tgctctaatacatataaaaactcaacaaatgatgtattggatatagaagttgatatggaa
aatttaccttattggtttgatccaggtacactacaaccaaagggtaaaagtaaaaagaat
caagtagtatctgatactacacatatcttgaatgatccaagtcaaccaccaccatcaact
atttccccaactaaaaaaacaacaacatcatcatcatcaacaacaacagcaacgacgata
gattcaacaaccattgataaaaccaaagatacagaaaatgaaaagaaaaagacaaaagat
caaaataatagtaatcaaaataatagtaataatgatagtagtagtagtagtagtaataac
ataaagccaatatttaatatttccgaaaatattaggttaatggttgatgcagcaaaaaga
caaagagaaaatacaatgaatcaaatctatagtcaaacgagtcaggcatctctatctaaa
tatcaatcaaatccttctcattctcctcctcctcgcacccctttaactgttgtaaataat
aataatggtaataataaccaaaagaataattctacttcacccatttcaagcactccaaat
gataatggtggaaaaccaaatgttaacacgaaagttcaagcatatgtgaatgaaataagg
cagacgttacatgacgcagaaccgaacgcagacgttggtttagttctccacgagtttgcg
atctctcgtagtgtcgacctcaaatcaactggtaagggaataaccccaatagtttaccgg
ttcgatctcaatggtaactggcgaatggccattactgtgtcaaacattagaataagacaa
gtagtggtctattatgtctttcaaagcgatcataataatcaagacccacattatagaacc
ctcatcaacgaggcccaaaatggtcgttttgaattcccaaacacggtggtgacacaaggt
ttcgaagctttgccaaaaaccaatagtagcagcattagtcatagtagcaatgttgtaata
acaaatagacatagatatcaaaatggaataaggttaaatcaagatgaccgtgatgatgat
catcaaaataacaatataaatcatattaaacaactttcaaaaaatgtgaatgaatcatcg
tcatcatcagatgacaaccaagaaacatactttttaatctattcattgattgaaagagta
attggatacaaacaactaccattcataaagttggaattggccaatactagtagtagtggt
gtaggaggtgaatacttttacttgttgactcgtacacttgacaatgttacctatatctat
ctgcaagcaaataatgcagtcaacctagcacaagcattcaactattacctaaagtattat
gcaatgtgtgtgtatacttggacgggtgaccaatgtaatttgggtgatggcagatcattg
cctgaaatgcctgtacctgtaaccatcccaatcgcaagtgacctacgatactatatgaat
gtagtgacatttgggtacagcacagtatggtgggattgggagagatggcaacgtgaaatc
gattggatggctctgaatggatacaacctaccgctggcatttgtcggtcaagagtatgtg
tggtttgcagtctactcggaattgggtgtgtcacccaaagacattgaatcgtttttcagt
ggtggtgcattcctgccttggaatagaatgggtaatgtgaatggctggggtggaccgttg
gactatgactttatcgccggtcaacatgatctgcagcaacagatactcgagagaatgcgt
cagtatgggatgaagcctgtgttgcctgggtttgcgggtcatgtccctcgtgcattcatg
tcgttgtttccaactgccaatatcacacagttgggagactggcgtgcattcaacggtacc
tattaccttgatccatccgacccactctttgccaatgtttcacagacatttgtaaaagtg
cagaccgccatctacggcaccgaccactactactcgtttgatccattcaacgagatcacg
ccacccagcagcgacgctggatacctccaaaacagctcgtcgtccatgtacaatgcactc
gcatatgctgatccgcaggcagtgtgggtgttgcaggcgtggttctttatcagcgacgct
tggttctggcagccaccccaggtcaaggcgttcctcggcggtgtccccattggtcatctc
ctggtactcgacacatgggccgaagagtcgcctgcatggactgtcactgaccaattcaac
ggacacgactggatctggtgcatgctacacaattttggcggacgtacgggcatgtacggc
aaaatacctaggatcacagccggtcccatcgacgcgcgaaaacagtcacctgggatgaag
gggactggtctgacaccagaagcaatcgaacagaattatataatgtacgatttgatgagt
gagatgtcgtggcgtacaactgcacccaacatgaccgagtggatcaaccaatacactcaa
cgtcgatacggtgtgtttgtaccagagttggcacaagcatggaattctctagcatcgaca
gtctacaatgcacccgatagcattgacaagaatccatcgagttttgttggtatccgacct
gaactcaatatgaccaataatatttattacgactcttcaatcatccaaaaggcatggcaa
ctctatttatcagtgaccgacgagtatgttttatcaacatcaacctactcatttgatatt
gcagagattacaattcaagcactcagtaacctattcatagagactgagattgcaatgtac
gatgcttacaaaactggtaaaggtacagagtttgatgaacatgctatgaactgtctcaat
ataatcactgatatggatatgattgcgtcaacacaacaattgttattggttggcacttgg
actgccaatgctagacaatgggcaaattataatctatcaagaaacaaagatgaagataga
aatacagataaagaacaaatgacaatagaacaatacgaatttaatgcaagaaatcaaata
acattgtggggaccttccaattcaacgcttcacgactatgcctatcatctttggagtgga
ttattaaatgatttctatcttgcaagatggtcattatttattaaatacctcgattcttca
ttgtcatcaagcagtacaaatgatgcaggtacaggattcaaaaatcaagaatacatcaat
gatattgaatcacttgaagaatcatggaatctccaaacctatcaatatccaactcgacca
actggaaatgcttatcaattatctaaatttataaataatcaaccaataataccaaaaatt
aaataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (77)   
   KEGG ORTHOLOGY (1)   
   RefGene (73)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (95)   

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