Pseudoprevotella muciniphila: C7Y71_001750
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Entry
C7Y71_001750 CDS
T06230
Name
(GenBank) hypothetical protein
KO
K01197
hyaluronoglucosaminidase [EC:
3.2.1.35
]
Organism
alq
Pseudoprevotella muciniphila
Pathway
alq01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
alq00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
alq02042
]
C7Y71_001750
00536 Glycosaminoglycan binding proteins [BR:
alq00536
]
C7Y71_001750
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
alq00537
]
C7Y71_001750
Enzymes [BR:
alq01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
C7Y71_001750
Bacterial toxins [BR:
alq02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
C7Y71_001750
Glycosaminoglycan binding proteins [BR:
alq00536
]
Heparan sulfate / Heparin
Enzymes
C7Y71_001750
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
alq00537
]
Enzymes
C7Y71_001750
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
NAGidase
Glyco_hydro_20b
F5_F8_type_C
Por_Secre_tail
Motif
Other DBs
NCBI-ProteinID:
QFQ11845
UniProt:
A0A5P8E4A5
LinkDB
All DBs
Position
complement(407926..411336)
Genome browser
AA seq
1136 aa
AA seq
DB search
MKMKRLFLAAMTCVISLFAFGQSYSIYPIPQTQNLQDGTVSLSSTVNIVCESGIDNYTKD
RIKSILSEAGVSAEISSSAVSGMTNIYLGVNGSNEVADNLVSTRGLNRTVFGKTDKYDKH
LLSLRNQDGQAELIVLGENTDATFMGLATFEQMLDNGTENLRCVNIYDYADQQSRGLVEG
YYGYPYSVSVKKDIFKFMMRYKMNTYLYGAKSDPYHSNNWKDAYPVSITEQQEKNGWLSQ
NMVKELTEEAHKTKVNFIWAIHPGNNFLNSSTVVNDIMAKFDLMYKLGVRQFAIFVDDVG
IPNSESGYALNAERLNAVQQAIEQKYNKSTAAPADTVKPLHFVPQIYCTTFSSSEEQRQG
FFTALANTPQHITIYTTGWGVWSIPNSSDLNQVKKYLGRNVGWWWNYPCNDNADGQIYTK
DMYSNFYDMPSVSNNGSLPATLENGIGIVSNPMQEGELSKIALFSVADYAWNTAKFVNST
SYKAAVKAVVGKENAEDFEFLADYLRYNDPSDFSTMMNSSKSAIQKGISNTYLVNLKQRL
ERINTACDKFIAFETSEKESDRLFYQDIAPWLQKLKTMTSNSLKLIEVSQTTGDRETRWN
EFIAANKELEAIYTDTKYIAYALEGMGSGISVSQRVSQPSELYFKKFVAWLQEYCMDNYF
ENGLPTGRQAVTNLTGIEAKAVRAMYATTTNSYYLNITSTVVLNKGNYIGIKLPDATKIS
SYILNDTLLANYTVKVSENFKTWRTITSAEELKEGFIKYIIFENDGETPKTMKMSARTFS
VTPSSTAKISQVEVPSGGNASGTSLSSLTDGDYTSWWSLNRNQATGDAYVLTLEDTTRLS
DVRVCFGTVNNDYPYGAKVQFSTNKTDWKDLKIKGTNTTTFTISNANAVKFNDEMTYCDF
DGEDQAALYVRLYVSSANTSKWLRLFEIEVNKHSLVLPVAEDANGNGLFNLYDSKASTKE
GYGGSPITYHFMQDYKVAGVCIYQDASVGSNASASVTTDGSSWTRLGKCATANIQIIDLT
GYNDASDIKIAWTGTAPSIYEIEEYKDTSEVTTIKTFAINSDAPSWKNGESFISVSGNSK
LKNVELYAPNGQLIRKTKLNGAREYEIAKSDLSGGVVIVKLTREDGSVFTRKFIVR
NT seq
3411 nt
NT seq
+upstream
nt +downstream
nt
atgaaaatgaaaagattattcttagctgcaatgacatgcgtcatcagcctctttgcattc
ggacaaagctattcgatttatccgataccgcaaacacaaaacttgcaggatgggacggtt
tcgctctcttcgacagtgaacatcgtgtgcgagtcgggaatagacaattatacaaaagac
cgaataaaaagcattttgtcagaagcaggtgtgtctgctgaaatcagcagttcagcagtc
tctggcatgactaatatctatctcggtgtcaatggctcaaatgaagtagccgataatctt
gtctctacccgtggattgaacagaacggtcttcggtaaaacagataagtatgacaaacat
ttattgtcgctaagaaatcaagacggacaggctgaactcatagtgctcggcgaaaatact
gatgccacattcatggggctcgccacctttgaacaaatgcttgacaacggaaccgaaaac
ttgcggtgtgtgaatatttatgactacgcagaccagcagagtagggggcttgttgaaggt
tactatggttatccttacagcgtctcagtcaagaaggatattttcaaatttatgatgcgc
tataagatgaatacgtatctttatggtgcgaagagtgatccatatcattccaataattgg
aaagatgcttatcctgtttctattacagaacagcaagaaaagaacggatggctttctcaa
aatatggtaaaagaactgacagaagaggcgcacaagaccaaagttaactttatatgggcg
attcatcccggaaacaatttcctcaacagctcaacagttgtcaatgacatcatggctaaa
tttgacttgatgtacaaactcggggtgcgacaatttgctatatttgtggatgatgttggc
atacctaactctgaatctggatatgcgctgaatgcagaaagactgaatgctgttcaacag
gcaatagaacaaaagtacaataaatccactgcggcaccggctgacactgttaagccactc
cattttgtgccacagatttactgtaccacattttccagttcagaagaacagagacaagga
ttttttactgctcttgcaaatactccacaacacataactatatatactaccggatgggga
gtgtggagtattccaaactcctctgacctcaatcaggtaaagaaatatcttgggaggaat
gtcggttggtggtggaattatccatgtaatgacaatgctgacggtcagatatatacaaag
gatatgtattcaaatttctatgacatgccgagtgtatcaaacaatggaagcctgcctgca
actcttgaaaatggtataggtattgtttccaatcctatgcaagagggcgaactttcaaaa
atagcacttttcagcgttgcagattatgcttggaatacagccaagtttgttaacagtaca
agttacaaggctgctgttaaggctgtggtaggtaaggaaaatgcagaagatttcgagttc
ttggctgactatctgcgttacaacgacccctctgatttttccactatgatgaacagttcc
aaatctgccattcagaaaggaatatctaatacatatcttgttaatctgaaacaaagactt
gaaagaataaataccgcctgtgacaaattcatagcatttgaaacatctgaaaaagagtct
gaccgacttttctatcaagacattgcaccatggctgcaaaagctgaaaacaatgacctct
aattcattgaagcttatagaagtttcgcaaacaacaggcgatagagaaacgaggtggaat
gaatttatagctgctaataaagagctcgaagcgatatataccgatacaaagtacatagcc
tatgctttagaaggaatgggtagcggcatatcggtgtcacaacgtgtttcccaaccgtca
gaactgtatttcaagaaatttgtggcctggttgcaggaatactgcatggacaattatttt
gagaatggcttaccaacagggcgacaggcagtaactaacctgacaggtatagaagcaaaa
gcagtacgcgcaatgtatgcaactacgacaaacagctattatctgaatatcacttcaacg
gttgttctgaacaaaggcaattatatcggaataaagttgcccgatgcaactaaaatatca
tcttacattctgaatgatacactgctcgcaaattatacagtaaaagtgtcagaaaacttc
aagacatggcgaaccatcacatctgccgaggaactcaaagaaggattcatcaagtatata
atcttcgagaatgatggagaaactcctaaaacgatgaagatgtctgcaaggactttctcc
gttactccatcttcaacagcaaagataagtcaggttgaagtcccgtctggtggtaatgcc
agcggaacttcattgagcagcttgaccgatggcgactatacctcatggtggtcattaaac
agaaatcaagcaactggcgatgcctacgtgttgacactcgaagacaccacccgtcttagc
gatgtgagagtatgtttcggaacagtcaacaacgactatccgtatggagcaaaagtccag
ttttccacaaataagacagattggaaagacttgaagataaaagggacaaatacaacgaca
tttacaatatctaatgctaatgctgtcaagttcaatgacgaaatgacgtattgcgatttt
gatggtgaggatcaggctgcgctttatgtacgtttgtatgtcagcagtgcaaatacatca
aaatggctaagactttttgaaattgaagtcaacaagcattcgcttgttttgcctgttgca
gaagatgcaaatggaaacggattgtttaacttgtatgacagcaaagcaagtacaaaggaa
ggctatggtggttcacccatcacttatcatttcatgcaagattataaggtcgcaggagtt
tgcatctatcaggatgcatcagtaggtagtaacgcaagtgccagtgtaacaaccgacggc
agcagttggacgcgtttaggaaaatgcgccactgcaaatattcagattatcgacctgacg
ggatacaatgacgcttcagacataaaaatagcatggaccggaacagcgccttcaatctat
gagatagaagaatataaggatacttctgaagttacaaccataaaaactttcgctattaac
tcagatgctccaagttggaaaaatggagaaagtttcatctctgtgtcaggtaactccaaa
ttaaaaaatgtggaattatatgcaccaaacggacaactgattcgcaaaacaaaactcaat
ggtgcaagagaatatgaaatagccaagtccgatcttagtggaggagttgttatcgtaaaa
ctcacacgagaagatggttctgtttttacaagaaaatttattgtaagatag
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