Faecalibacillus intestinalis: Fi14EGH31_20890
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Entry
Fi14EGH31_20890 CDS
T06868
Name
(GenBank) beta-N-acetylglucosaminidase
KO
K01197
hyaluronoglucosaminidase [EC:
3.2.1.35
]
Organism
fit
Faecalibacillus intestinalis
Pathway
fit01100
Metabolic pathways
fit04142
Lysosome
Brite
KEGG Orthology (KO) [BR:
fit00001
]
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
Fi14EGH31_20890
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
fit02042
]
Fi14EGH31_20890
00536 Glycosaminoglycan binding proteins [BR:
fit00536
]
Fi14EGH31_20890
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
fit00537
]
Fi14EGH31_20890
Enzymes [BR:
fit01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
Fi14EGH31_20890
Bacterial toxins [BR:
fit02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
Fi14EGH31_20890
Glycosaminoglycan binding proteins [BR:
fit00536
]
Heparan sulfate / Heparin
Enzymes
Fi14EGH31_20890
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
fit00537
]
Enzymes
Fi14EGH31_20890
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
NAGidase
F5_F8_type_C
F5_F8_type_C_2
Glyco_hydro_20b
FIVAR
Glyco_hydro_84_hel
Interferon
YgxA-like_sub_bind
Motif
Other DBs
NCBI-ProteinID:
BCL58377
UniProt:
A0A7I8E0F9
LinkDB
All DBs
Position
complement(2010988..2016615)
Genome browser
AA seq
1875 aa
AA seq
DB search
MKEKVKRIVSLALAFLMSIGCIHSYPIVSALENDYEVYPNPHMMDYQDGSFDMTSTVNVV
YEDGIDEYTKDRMNEVLAIKNIKASTSEEVKEGQTNILVGIKDSNQYVDQYVGEHYSVKT
TQLFDQLDSYLLKVDNGTITVLGKDTDAAFYGLTSLYHIFKQLDGTNIRNFTIEDYANVA
SRGFIEGYYGNPWSTEDRKKLMEWGGYYKLNSYFYAPKDDPKHNSKWRELYTDEEIETKI
KPLAEAGNKSKCRFVFALHPYMYNAIRYNSEENYQADLKVLQAKFEQVIKAGVRQIAILA
DDAGNVGGANYTKTLTDMTAWLKEMQKTYPDLKLTLPFCTQEYMYNGESYYQNFPANIQI
VMTGGRVWGEVTDNFTTTFTNKVGRGPYMWINWPCTDNSKKHLIMGGYTTFLHPGVDPNK
IQGIVLNPMQQSEPSKVAIFGNACYSWNIWQSEEEAQKCWNASFKYVDHNSAIETQASTA
LRELSKHMINQNMDGRVTALQESVDLKDRLTSFKEALTNGTTISDEQFEDLINEFTILKN
ASATYRAQAGDTRIKDQIVYWLNCWDDTADAAINYLKAVKAVQDEEANDKIWDLYTTGQA
AFEKSKTYGFNYVDHLEYAEVGVQHIVPFIKAMDSYLGDIASTIVNPNKQVTKFITNRND
SPTGNIDNVFDNKANTEIVYKTPNTISKGTYVGVSYSKAIDIDRVTFRLGTNSNSKDTFS
KAKVQYTTDGKKWIDLDNQEYTLPNDVALTDLNLKGVKGIRMVATEDKANTWLGIRDIAV
NADETVTEEDPGTLSVDKLTLKGGSLNNLLDDSNATYAHFAESPYKGGEIKDYLPVDASI
TLTFKKAKTLGTIYFGQDAGTDKSTKYAIEYTTDGQTWKVLKEYNGDASVELDVSSQNIK
AKAVRIRNLKLNLKSNTAGYWWKVNTFKMADPGQINATFMYTDTWGIYRGTVANLTDGDS
STALDFSTSGDRTRKGDYIGWDLGKETAIGKIHAVIGGDRSAGDKWEKYSLQYSNDNQDW
TTYKTYQGLASGKDTIDENFYGLKARYVRLVNEEERAVWVIFSEFTVNAYNPDEDFNNAN
VYTNTDYRLASQSEEALTELIYNQEITLEKGQYVGVDLSRIKDLSTFNIDYENGQGTTLQ
VSKNGVEWTTVTGQEKELPDGRYVRLINKTDKAIKLTINHFEVHSNEITAPYLYKATMNI
NPSWGVGEDTRNNGAAFDGNIDSTTEFGDFPQKGQYIIYDLGQERTISKIQMYCQDSAVN
YIRDADILVSDDLENWTKVVTIGDGNENTNDAGVKCIDSDAGYKASSTYPNKVYVEGTAN
NIKARYLKILMTATNNNRAVVFNEIVINDGEYVPVSNDPTYTSSTVEANGFIPQYMFDGD
LSTAYRPGSKEAGSITYTLSSDLDVKKMHIIQKGEISNARVSVLVDGENGKKWVQVGTLK
KSLNEFYMPEGNVYELKIEWDENKIPTISEVIMLNDDEYASTAANDLQSYIDSLDVKENK
YTADSYKEFEKALKQAQKVLDKQAGELDAITNAKAELEDAYANLVKRGDIQSVKDELDTI
NKLKEKDYTSETWAILQAQVKLAQEFIKKDEATITEKEVINMVDALQKAKAQLVTKVSVS
KKELKDYITSNELDKLDTNKYLTSTADSFKEALKNAQTLIEKEDATKEQLDEALKQLQDA
RTQLVLKATDDEVNALKALMDQYQEKDYTASSWKKFEKVYNDVKAALENENTSDDVQALT
NTLKEAAQKLVKRGNLDGIHGLLDQIKQLDSKKYTEASYSKLIDVVTEISKKLENSSEMT
QEEVDALVSELQNAINALEKAPTVTTDTNEPAHKPQVVTNNKVKTGDSTSVWTFATFALM
AAIVYVSLRKRTKED
NT seq
5628 nt
NT seq
+upstream
nt +downstream
nt
atgaaagaaaaggtaaagagaattgtttctctagcacttgcatttttaatgtcaattgga
tgtattcactcttatccaatcgtcagtgctttggaaaatgattatgaagtctatccaaat
cctcatatgatggattatcaagatggttcatttgatatgacatctactgtcaatgttgtc
tatgaagatggtattgatgaatatacaaaggatagaatgaatgaagtattagctattaaa
aatataaaagcaagtacttctgaagaagtaaaagaaggccaaacaaacattttagtaggt
attaaagattcaaatcaatatgttgatcaatatgttggtgaacattattcagtaaaaaca
acccaattatttgatcaattagattcatacttattaaaagttgataatggaacaattaca
gtattaggtaaagatacagatgcggctttttatggtcttacaagtttgtatcatatcttt
aaacaattagacggaacaaatatccgtaattttacaatagaagattatgctaatgttgct
agtcgtggatttattgaaggttattatggaaatccatggtcaactgaggatcgtaagaaa
ttaatggaatggggaggatactacaagttgaattcttatttctatgctcctaaagatgat
cctaaacataactctaaatggcgtgaactttatacagatgaagaaattgaaacaaaaatc
aaacctcttgctgaagcaggaaataaatcaaaatgtcgttttgtatttgcattacatcca
tatatgtataatgccatcaggtataatagtgaagaaaactatcaagcagacttaaaagta
ttacaagctaaatttgaacaagttattaaagcaggtgttcgtcaaattgctattttagca
gatgatgctggaaatgttggtggtgctaactatacaaaaacattaactgatatgacagca
tggttaaaagaaatgcaaaaaacatatcctgatttaaaattaacattaccattctgtaca
caagaatatatgtataatggtgaaagttattatcaaaatttcccagcaaatattcaaatc
gttatgactggtggtagagtatggggagaagtaactgataactttaccacaacttttaca
aataaagttggacgtggaccatatatgtggattaactggccttgtacagataactctaaa
aaacacttaattatgggtggctatacaacatttttacaccctggtgtagatccaaataag
attcaaggaatcgttttaaatccaatgcaacaatctgagccaagtaaagttgcaattttt
gggaatgcatgttactcatggaatatttggcaaagtgaagaagaagctcaaaaatgctgg
aatgcttcatttaaatatgtcgatcataatagcgctattgaaacgcaagcatctactgct
ttaagagaactttcaaaacatatgatcaatcaaaatatggatggtcgtgtaacagcatta
caagaatcagtagatttaaaagatcgtttaacaagcttcaaagaagctcttacaaatgga
acaacaatcagtgatgaacaatttgaagatttgatcaatgaatttacaatcttaaaaaat
gctagtgctacatatagagcacaagcaggtgatacaagaataaaagatcaaattgtatat
tggttaaactgttgggatgatacagcagatgcagcaataaattatcttaaagctgttaaa
gctgtacaagatgaagaagctaatgataagatttgggatctatatactactggacaggct
gcttttgaaaaatcaaaaacatatggattcaattatgttgatcatttagaatatgcagaa
gtaggagtacaacatatcgtaccatttattaaagcaatggattcttatttaggagatatt
gcttctacaattgtaaatccaaataaacaagttactaaatttattacaaatcgtaatgat
agtccaacaggtaatattgataatgtattcgataataaagccaatactgaaattgtttat
aaaacaccaaatacaattagtaaaggaacttatgtaggcgttagttattcaaaagcaatt
gatattgatagagtgacttttagattaggaacaaattcaaattcaaaagatactttttct
aaagctaaagtgcaatatacaacagatggtaaaaaatggattgatttagataatcaagaa
tatactttaccaaatgatgtagctttaactgacttaaatttaaaaggggttaaaggtatt
cgcatggttgctactgaagataaagcgaatacttggttaggtattagagatattgctgtt
aatgcagatgaaacagtaactgaagaagatccaggtacattatctgttgataaattgaca
cttaaaggtggttctttaaataatttattagatgacagtaatgctacttatgctcatttt
gctgaaagtccttataaaggtggagaaattaaagattatttaccagttgatgcaagtatt
acattaactttcaaaaaagcaaaaacattaggtacaatttattttggacaagatgcagga
acagataaatcaacaaaatatgccattgaatatacgacggatggtcaaacatggaaagta
ttaaaagaatataatggtgatgcttctgttgaattagatgtatcaagtcaaaatattaaa
gcaaaagcagttcgtattagaaacttaaaattaaatttaaaaagtaatacagcaggatat
tggtggaaagtcaatacatttaaaatggctgatccaggacaaatcaatgcaacatttatg
tatacagatacatggggaatttatcgaggaacagtagctaatttaacagatggtgatagt
tcaacagcattagattttagtacctcaggtgatagaacaagaaaaggtgattatattggt
tgggatttaggtaaagaaacagctattggtaaaattcatgcagttatcggtggagaccgc
agtgcaggagataaatgggaaaaatatagtttacaatactctaatgacaaccaagactgg
actacttataaaacatatcaaggtttagctagtggaaaagatacaattgatgaaaatttc
tatggtttaaaagcacgttatgttcgtttagtgaatgaagaagaaagagctgtatgggtt
attttctctgaatttacagtaaatgcatataatccagatgaggatttcaataatgctaat
gtttatacaaatacagattatagattagcttcacaaagtgaagaagcacttacagaattg
atctataatcaagaaattactttagaaaaaggtcaatacgttggtgttgatttatcaaga
atcaaagatttaagtacattcaatattgattatgaaaatggtcaaggaacaactttacaa
gtttcaaaaaatggtgttgaatggacaactgtaacaggtcaagaaaaagaacttccagat
ggaagatatgtaagattaattaataaaacagacaaagctattaaattgacaattaatcat
tttgaagtacattcaaatgaaattacagcaccatatttatataaggcaactatgaatatt
aatccttcatggggtgttggtgaagatactagaaataatggtgctgcttttgatggtaat
atcgattcaacaacagaatttggtgattttccacaaaaaggacaatatattatttatgat
ttaggacaagaaagaacaatttctaaaattcaaatgtattgccaagatagtgcagttaac
tatattagagatgctgatattttagtatcagatgatttagaaaactggacaaaagttgta
actattggagatggtaatgaaaatacaaatgatgctggggttaaatgtattgattcagat
gcgggttataaagcatcaagcacatatccaaataaagtctatgtagaaggaactgctaat
aatattaaagcacgttacttaaagatcttaatgacagcaacaaataataatagagctgtt
gttttcaatgaaattgttatcaatgatggagaatatgtaccagtttcaaatgatccaaca
tatacttcttcaactgtagaagcaaatggatttattcctcaatatatgtttgatggagat
ttatctacagcttatagaccaggttctaaagaagctggaagcattacttatacattatca
agtgatttagatgttaagaaaatgcatattattcaaaaaggtgaaatttcaaatgcaaga
gtatctgttcttgtagatggtgaaaatggaaagaaatgggttcaagttggaactcttaaa
aaatcattaaatgaattctatatgcctgaaggaaacgtttatgaattaaagattgaatgg
gatgaaaataaaattccaacaatttcagaagttattatgttaaatgatgatgaatatgct
tcaacagcagctaatgatttacaaagttatattgattctttagatgttaaagaaaataaa
tatacagcagattcttataaagaatttgaaaaggcattaaaacaagctcaaaaagtttta
gataaacaagctggtgaattagatgctattacaaatgcaaaagctgaattagaagatgct
tatgcaaatcttgttaaacgtggagatattcaaagtgttaaagatgaacttgatacaatt
aacaagttaaaagaaaaagattatacaagtgaaacatgggctattttacaagctcaagtg
aaacttgctcaagaattcattaaaaaggatgaagcaacaattactgaaaaagaagttatt
aatatggtagatgctttacaaaaagcaaaagctcaattagtaacaaaagtatcagtaagt
aaaaaagagttaaaagattatattacatcaaatgaattagataagttagatacaaataaa
tatttaacatctactgctgattcatttaaagaagcattaaagaatgcacaaacattaatc
gaaaaagaagatgcaacaaaagaacaattagatgaagctttaaaacaattacaagatgca
agaacacaattagttttaaaagcaacagatgatgaagtaaatgcattaaaagcattaatg
gatcaatatcaagaaaaagattatacagcatcatcatggaagaaatttgaaaaagtttac
aatgatgttaaagctgctttagaaaatgaaaacacaagtgatgatgttcaagcattaact
aatactttaaaagaagctgctcaaaaacttgttaaacgtggtaatttagatggtatccat
ggtttattagatcaaattaaacaattagatagtaaaaaatatacagaagcatcttattct
aaactaatagatgttgttactgaaatttctaagaagttagaaaattcatcagaaatgaca
caagaagaagtcgatgcccttgtaagtgaattacaaaacgctattaatgcattagaaaaa
gcaccaacagtcactacagatacaaatgaacctgctcataaacctcaagttgtaacaaat
aacaaagtgaaaacaggtgattcaacatctgtatggacatttgcaacatttgcattaatg
gcagcaatcgtttatgtatctttaagaaaaagaacaaaagaagactaa
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