Ostrea edulis (European flat oyster): 125669176
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Entry
125669176 CDS
T09123
Name
(RefSeq) cell migration-inducing and hyaluronan-binding protein-like
KO
K22144
cell surface hyaluronidase [EC:
3.2.1.35
]
Organism
oed
Ostrea edulis (European flat oyster)
Brite
KEGG Orthology (KO) [BR:
oed00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
oed00536
]
125669176
Enzymes [BR:
oed01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
125669176
Glycosaminoglycan binding proteins [BR:
oed00536
]
Hyaluronan
Cell surface receptors
125669176
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
G8
ILEI
Beta_helix
NosD
DUF6208
Motif
Other DBs
NCBI-GeneID:
125669176
NCBI-ProteinID:
XP_048759579
LinkDB
All DBs
Position
4:complement(80615146..80636518)
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AA seq
1074 aa
AA seq
DB search
MTMTWPPFLSISLYISVVLSACPDEDGTLKPWSKAASWPSGKVPQENEEIFLNFSVLLDT
IPPELFAIEIQDGGRLVWSSNGDYSLRLRHILIKSGGEMHIGSEECQFERKAKITLLGEP
DERDIPKLGEKFIGVLAGGTLELHGKDKRSWTKLTKTAPKYNSTHGEIYKHKDNSPIKMR
GVYLYHFNTSVPENYDVINDKAVFVKGKIHRKIRYPSQDDVDAAVNELITFIDGIPTGDI
FAIATLKNFRGSKNVSALYNALDDLGATTFRSATNNDAYVAIGIKGNKSSVLERLGGDSS
GGVDYNEASITYAIPDIEREIVVISYNHHVKEYQSHTEFNIINTYLTRPVISVFDDVMND
WSVGDKIFITSTDYKWDQVEDFTIIDCPTCPPKSIRLDHHLRFSHYGEIFKRVDMRAEVG
LKTRYIHITSEVSEGKSNGGHVKFLKGFKRVAVEGTELTNLGDPLKLGRYPLHYHMCFDL
ANRTLYPTPSYIRRNSIHHTQFRCITIHGTQSAVIADNVCYDCVGHGFFVEDGGERNLTF
YRNLGLGQRHFEGAPIIGVTGAIPSDKDKGPATYWITNPLTTMVNNVAAGGQGIGFWYVY
PVAPVGPSADKNFMQPGEARNTKITMFLNNSCHSYETCFFIDNEMDENFTVGGYNRYHPR
MNPLDPTSPRVPAVFEGLTASKCTRQNLWIRSSPVIVKRASLSDSPFGAFLLREVAVWQI
FEDSVIIGLSDNVGENLIFRNKDTIGFRFSKGPIVLKNTWFGSFESSSERISTAIGNQQC
MNHNDPRNSLDNVMFDFDDGPGKRFMFQNCTSRSPDMDSIFALRDNKKAMTDDDVTIVTN
KPFLLTGKCKIRSGWNAAYCPHVYGKIFVSYEDRFNIDMNVYRTDGVYPNLPSVHMDEEK
QFLPILGGSHNYLVKIHGAVPSVVTFDAETITKSKYALIALCVPREADIEFEYRMKDQIK
RKVRAVNSRQEVVDDYTVGTYYYDKVTGVIFFKMIHELEYETDEISPCPSNICPRGRVRV
KSGNLTDSDCVSRFATVQEYMQVSTGTAVHDTSTLRATSADPPETIGHGATYPF
NT seq
3225 nt
NT seq
+upstream
nt +downstream
nt
atgacaatgacctggcctcctttcctgtccatttcattgtacatttctgtggttctgtcg
gcgtgtcctgatgaggatgggacattaaagccgtggtcaaaagcagcctcctggcctagc
ggaaaggtgccccaggagaatgaggaaatatttcttaatttctccgtcctgttagacacg
attcctcccgagttgtttgctattgagatacaagacggtggccgcctcgtgtggagcagt
aacggtgactacagtttgagattacgtcatattctgatcaagagtgggggagaaatgcac
ataggaagtgaggaatgtcagttcgaaagaaaggcaaagatcacgttattaggtgaacca
gatgagagggatattcccaaactgggtgagaagtttataggggtactggcaggtggaaca
ctagaacttcacggcaaggacaagaggtcatggaccaaactgactaagacagcacccaaa
tataactccacccatggagaaatctacaagcacaaagataactctccgataaagatgaga
ggggtctacttgtaccattttaatacttctgtaccagagaattatgacgtgataaacgac
aaagcggtgtttgtgaaaggaaagattcataggaaaatcaggtatccctctcaggatgat
gtagatgcggctgtgaatgaactcatcacatttatagatgggatacccactggagatata
tttgccattgctacactaaaaaactttcgaggatctaagaatgtgagcgcgctgtataat
gctctggacgatttgggcgccaccacctttagatcggcaacaaataatgacgcatacgta
gccatcggcattaaaggcaacaaatcgtccgttctggaaagattggggggagattcttct
ggaggcgtagattataacgaagcttccattacatatgctataccggatattgaacgagaa
atagtcgtgatatcttacaaccaccacgtgaaagagtaccaaagtcacacagaattcaac
atcattaacacatatctcacacgaccagtgatatcggtattcgatgacgtcatgaatgac
tggagtgtgggcgataaaatattcattacatccactgattacaaatgggaccaagtggaa
gatttcaccattatagattgtccaacatgtccccctaagtccatcaggcttgatcaccat
ctgagattttctcattacggggaaatctttaaaagagtggatatgcgagcagaagtagga
ttaaagactcggtacattcatataacttctgaggtttccgaaggaaaaagcaatggggga
catgtgaagtttttaaagggatttaagcgcgtagctgtggaggggacagagttaactaac
ctgggggacccactgaagttaggtcgatatcctctccattaccatatgtgttttgaccta
gccaatcgcaccttgtacccgactccatcttatataaggcgaaactctatacatcatact
cagtttcgctgtataaccatccatggaacacaatcggcagttatcgcagacaacgtttgt
tatgattgtgtcggacatgggttctttgtggaggatggaggggagagaaatcttacattt
tacagaaatcttggtttgggacagagacattttgagggagcccctattataggggttact
ggtgccatcccatcagacaaagataaaggccctgctacttactggatcaccaacccattg
acaaccatggtaaacaacgtagctgccggcggtcagggcatagggttttggtacgtgtac
cctgttgcaccagttggaccctctgcagataaaaacttcatgcaaccaggagaggcgagg
aacaccaagataaccatgttcctgaacaattcctgtcattcttatgagacgtgtttcttt
attgataatgaaatggacgaaaactttactgttggagggtacaaccgctaccacccaaga
atgaatcctttggatcctacatcaccacgtgtccctgcggtatttgagggtctcacagcc
agtaaatgtactcgacagaacctgtggatccggtcgtcacccgttatcgttaaaagagca
tctctttcagacagtccattcggggcattcttactgagagaagttgcagtatggcaaatc
tttgaagacagtgttataatcggactttcggataacgttggtgaaaatctcattttcagg
aataaggataccattgggttccgtttctctaaaggacctatagtgcttaagaacacgtgg
tttggtagttttgaatcatcatcagaacgaataagtacagccattggcaatcagcaatgt
atgaatcataacgacccaagaaactccttggataatgtcatgttcgactttgatgatgga
ccaggcaaacgatttatgtttcaaaactgtacctcaagatctccggatatggattccata
ttcgccttacgagacaacaaaaaagccatgacggatgatgacgtcacaattgttaccaat
aaacctttcctgcttacaggaaagtgcaaaatcaggtctggttggaatgcagcatattgt
ccacatgtgtatggaaagatcttcgtatcgtacgaagaccgctttaacatagatatgaat
gtgtaccgaacggacggggtgtatcctaacctaccgtctgtacacatggacgaagagaaa
cagtttctcccgatactgggcggatcccataattacctcgttaaaatccatggtgctgta
ccctctgtggttacatttgacgctgaaacaattaccaagagtaagtacgctcttattgca
ctttgcgttccgagagaggctgatattgaattcgagtatcgaatgaaggatcagatcaaa
cgtaaagtgcgtgcggtaaactcccgacaggaagtggtggacgattacacagttggtacc
tattattatgacaaagtgactggagttatcttttttaaaatgattcacgagttggaatac
gaaactgatgaaatatctccatgtcccagcaatatatgtcctcgtggtagagtcagagtg
aagtccgggaatttaacagattctgattgtgtcagccgatttgccaccgtgcaagagtac
atgcaagtatccacgggcaccgccgttcatgatacgtctactttacgggcaacatctgct
gatccaccagagacgatcggtcatggagcgacgtatcccttctaa
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