Neobacillus niacini: ACN6MT_01695
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Entry
ACN6MT_01695 CDS
T11354
Name
(GenBank) beta-N-acetylglucosaminidase domain-containing protein
KO
K01197
hyaluronoglucosaminidase [EC:
3.2.1.35
]
Organism
nna Neobacillus niacini
Pathway
nna01100
Metabolic pathways
nna04142
Lysosome
Brite
KEGG Orthology (KO) [BR:
nna00001
]
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
ACN6MT_01695
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
nna02042
]
ACN6MT_01695
00536 Glycosaminoglycan binding proteins [BR:
nna00536
]
ACN6MT_01695
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
nna00537
]
ACN6MT_01695
Enzymes [BR:
nna01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
ACN6MT_01695
Bacterial toxins [BR:
nna02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
ACN6MT_01695
Glycosaminoglycan binding proteins [BR:
nna00536
]
Heparan sulfate / Heparin
Enzymes
ACN6MT_01695
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
nna00537
]
Enzymes
ACN6MT_01695
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
NAGidase
F5_F8_type_C
Glyco_hydro_20b
F5_F8_type_C_2
NagJ_C
FIVAR
LNYV_PP_C
Motif
Other DBs
NCBI-ProteinID:
XQA33345
LinkDB
All DBs
Position
362078..366760
Genome browser
AA seq
1560 aa
AA seq
DB search
MKKSILLNLTIIFAVLFSTLCGFMMPAYAATETMKYQIYPNPHDIHYHGGQFQLSNSINL
VYESKVDSYTKKRVEEVLAVKDIPFTVSEAMVENKTNFLVGIYQSNEYVDQYFAEKQLSD
ETTLAKLDANIVSIQDNVIAVLGKDVDSAFYGVTTVKHIFKQMSDRTIQELTIKDYADVK
GRGFIEGYYGEPWSNEDRAELMTFGGEFKMNSYIYAPKDDPKHNAKWRELYTEDELVKIS
KLAEAGNASKTRFVYTLHTFMNNPIRFNTEENYQADLNIIKSKFTQLMDAGVRKFGILAD
DAGVPAQGPKTYVKLMTDLTNWLIEQQANYEGLVIDMIFVPNDYMGWGTSAQIQTLRDLP
KSVSNVQTGGKVWGEVSNNFTQTFTNNAGRAPYLWINWPCTDNSKQHLIMGGNETFLQPG
VNPANIEGIVLNPMQQSEASKSAIFANADYAWNIWDNVDQAKKNWNDSFAYMDHLNINET
PASIALRELSKHMINQNMDSRVSKLEESVELAPKLNEFKAALGKENITNKAQALIKEFEV
IRDAAQTYKANPGNSRTRDQIVYWLDSAIDTANAAISLLQAEIAHEQGDKAAVWENYSQG
QASYDASKNHPFRYIDHYEYAEVGVQHIVPFIKTLLNDISIKVQSIVNPDSNTARVITNR
TDSPTGSLENLLDNNLGTEVVFKNPNSISTGTYIGVLYEKALTIHTARFELGAIANSNDT
FTASKAQYTVDGENWIDIEGAQYGHVSKVVLENLNLKARGIRLIATTDRPNTWLGIKDIV
INETLAGDETPQYQLMVPSHFKVYQGSAANLFDGNDVTHIWYDPSGTIKDTSVAGDYIGV
DLQKVYDLGKVYFAVGRDNGDKWTEYQLEYSTDNVNYTLYKKYTGKPSGMDKVEEDLTGI
KARYVRLKNLKNVPVWIKFSEIRVNVAKSSSEYTYTNNTDYKKIISPHTLEKTSLAATTN
ITLKPNEYVGVKLERIKELDSVTVQATSEKLTLQASMNEVEWTSPVEGTIARYVRLLNNT
NEEITFDLNEFSVSSKEIYGPSFVGTDMGISSAYAASDSRNAGTLLAPFDNKFGTKAIFT
DYQIKGKAITYSIGEPRIFNSLRVYNEENNINYIRDAKVQLSMDNENWTDVITLGDGVDN
LAGGKADYADMIADGYTHDSANPGNYYYGNDHIGGIQAKYIRILFTANYPYRFAHINEFV
INGGEYVRTENNPTFVVDPIEEDGFGPLRLLDGHLTTAFKPNMTGKSNGSLNYRLSEKTD
VSIITIVQGSNAISNAVVSARVGKDEWIELGVLNKSLNTFYNPLYDRIFEIKLTWGNVQP
VIYELNTSTNKELLPDRSGLKGLLSEQLDESLFTEESFSIYKTAYEKAKVVYNNSQATQS
EIDAASKDLGAAKAQLILFVDLGKEHSAKVSVTKEQAQLSKDLGIPLKVMNDEVTLLIPS
SIISEKSFELTLDRLRDINKAKSPAYNFTILIDGKEIRQFEKPITLTFTLDGRKVKEPNN
LKVFYFNEQAKQWELIPGAVNNDGKVSVETNHFSTFTVLETDGEQAEPGTQVPKMNKEQE
NT seq
4683 nt
NT seq
+upstream
nt +downstream
nt
ttgaaaaaaagtattttgttaaatttaacgattatatttgctgtgctatttagtacccta
tgtggatttatgatgccggcatacgctgctacagaaacaatgaaatatcaaatctatcca
aatcctcacgatatacactatcatggtgggcaattccaattaagcaattctatcaatctc
gtatatgagtcgaaagtggattcctatacgaaaaaacgagtagaagaagtattggcggtt
aaggacattccatttaccgtttcagaggcaatggttgaaaataaaacaaactttttggtt
ggtatttatcagtcaaatgaatatgtcgatcaatactttgcagaaaaacaattaagcgat
gaaacaactctagcaaagcttgatgcaaacattgtttctatccaggataatgtcattgct
gtcctcggtaaagatgtagattctgctttttatggtgtgaccactgtcaaacatatcttc
aaacagatgtcggatcgaaccattcaagaattaaccattaaagattatgcagatgttaaa
ggacgggggttcattgaaggatattatggggaaccatggtccaatgaagatcgtgctgaa
ttaatgacctttggcggcgagttcaaaatgaattcttatatctatgcgcctaaggatgac
ccaaaacacaatgccaaatggagagaattatatacagaagatgaactagtgaaaattagc
aaacttgctgaagcgggcaatgccagtaaaactagatttgtttatacactgcatactttt
atgaataatccaatccgcttcaatacagaggaaaattatcaagcagacttaaatattatt
aaatcgaaatttacgcaattgatggacgcgggtgttcgaaagtttggtattttggcggat
gacgctggagtacctgcacaagggcccaaaacatatgtgaaactgatgacagatttgact
aattggttaattgagcaacaggcaaattatgaaggtttagtgattgacatgatcttcgtt
ccaaatgattatatgggatggggaacgagtgcacaaatccagacattaagagatttgcca
aagtctgttagtaatgtccaaaccggtggcaaggtatggggagaggtttcaaataacttc
actcaaacatttacaaacaacgccgggagagccccatacttatggattaactggccttgc
accgataattcgaagcagcacctcatcatgggcggaaatgaaacattcctgcagcctggt
gtgaaccctgccaatatcgaggggattgtgctaaatccaatgcagcaatcagaagctagt
aaatcagccatttttgccaatgccgattatgcatggaatatttgggataatgtcgatcag
gccaagaaaaactggaatgattcatttgcttacatggaccatctcaatattaatgaaact
cctgcttccattgcactcagagaactgtccaagcatatgatcaatcaaaatatggactct
cgagtttccaaattggaagaatcagttgaattagctcctaagttaaatgagtttaaagct
gccctaggaaaagaaaacattacaaataaagcccaagcgttaatcaaagaattcgaagtg
attcgggatgccgcccaaacctataaagccaaccctggtaattcaagaacaagagaccag
attgtttattggttagatagtgcgattgatacggccaatgccgctatttccttactacag
gcagagattgcccatgaacaaggcgataaggctgctgtatgggaaaactacagtcaaggt
caagcttcctatgatgcctcaaagaatcatccgttccgctacattgatcattatgagtat
gccgaagtaggcgtacagcacatcgtgccatttatcaaaactctattaaatgatatatcc
attaaagtccaatcgattgtaaatcctgatagtaacacagctagagttattacaaatcgg
acagattctcctactggcagcctggaaaatctgttggataacaatttgggtactgaagtg
gtgtttaaaaatcctaactccatctctaccggcacatatattggagttctatatgaaaaa
gcactcactattcatacagcaaggtttgaattaggtgcaattgcaaatagtaatgatact
tttactgccagtaaggcacaatataccgttgacggagaaaattggattgatatcgaaggg
gctcaatatggccatgtcagtaaagtagtgctagagaatttaaatcttaaagctagaggg
atccgattaattgcaacgacagatcgtcctaatacatggttaggtattaaggatatcgtt
atcaacgagaccttagcaggagacgaaacaccacaataccaactcatggttccttcccac
tttaaagtctatcaaggaagcgcagctaatttatttgatggcaatgacgtgactcatatc
tggtacgacccttcaggtacgattaaggatacctcagttgctggtgattatattggtgtt
gatttacaaaaggtctatgatttaggcaaagtttactttgctgttggccgggataatggt
gataagtggacagagtaccagttggaatactccactgataatgtgaattataccttatac
aaaaaatatacaggcaagccctcagggatggataaggtagaggaagacttaaccggcatt
aaagcaagatacgtccgcctgaaaaacctaaaaaatgtccctgtttggatcaagtttagc
gaaattcgggtcaatgtagcaaagtcgtcttctgaatatacgtatacgaataacactgat
tataaaaagattatttccccgcatacactagaaaaaacaagtttagcagcgacaacaaat
atcacactgaaaccaaacgagtatgtaggtgtgaaattggaacgtattaaagaattagat
agcgtgacggtacaggcaacgagtgagaaattaaccttacaggcctctatgaatgaggta
gaatggaccagtccagttgaaggaacgattgcccgttatgtacgattactcaacaacacc
aatgaagagattactttcgacctgaatgaatttagcgtttcatccaaggaaatctatgga
ccaagtttcgtcggaacggatatgggcatctcctctgcctatgcagctagtgattcaaga
aatgcgggcaccctgttagctcctttcgataataagtttggtacgaaagctatttttact
gattatcagataaaaggaaaagcgatcacttactccattggtgagcctagaattttcaac
agtttacgcgtttataacgaagaaaataatattaactatatccgcgacgccaaagtccag
ttatcgatggacaatgaaaattggacagatgtgattacgttaggtgatggtgtggataat
ctggcaggcggtaaggctgattacgccgacatgattgcagatggatacacccatgattct
gccaatccaggaaactattattatggtaatgaccatattggcgggattcaggccaaatat
attagaattctttttacagccaattatccatacagatttgcccatattaatgaattcgtc
attaacggcggcgaatacgttagaaccgaaaacaatccaacctttgtcgtagatccaatt
gaagaagatgggtttggtcctttgcgtctattggatggtcatttgacaacagcctttaag
ccaaatatgacgggtaaaagcaatggatcacttaactaccgtctctctgaaaaaacagat
gtatcaatcattaccattgttcaaggctcaaatgcaatttcaaacgcagtcgtaagtgcc
agggttggtaaggacgaatggattgaactgggtgtcctgaataaaagtttaaatacattc
tataatccactctatgatcgtatatttgaaatcaagttgacttggggaaatgttcaacca
gttatttatgagttgaatacgtctaccaataaagaattgttgccagaccgctccggttta
aaaggattattatccgaacaactggatgaatctctttttacagaagagtcttttagtatc
tataaaacagcctatgaaaaagcaaaagtagtgtacaacaacagccaagccactcaatct
gaaatagatgctgcaagcaaggatctcggtgcagccaaagcacaactaatcctttttgtt
gaccttggcaaagagcattctgcgaaagtgtcagtcacaaaagaacaagcccagctttcg
aaggatcttggaattcctctaaaggtaatgaatgatgaggttactctcttgatcccttcg
tctattatctctgagaaaagttttgagctgactttggaccgtttaagagatatcaacaaa
gcgaaaagccctgcctataactttacaatcctgattgatggtaaggaaattcgccaattt
gagaaaccaataacgttaacctttactcttgatggcaggaaagtgaaagagcctaataat
ttgaaagtattttatttcaatgagcaagcaaaacaatgggaactgataccaggagcagtt
aacaacgatggcaaagtctcagtggaaaccaaccactttagtacctttacagtcttagaa
accgacggggaacaagccgaaccaggcacacaagtacctaagatgaataaagagcaggag
taa
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integrated database retrieval system
