Ostrea edulis (European flat oyster): 125648265
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Entry
125648265 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
]
125648265
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
125648265
Glycosaminoglycan binding proteins [BR:
oed00536
]
Hyaluronan
Cell surface receptors
125648265
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
G8
Beta_helix
ILEI
Motif
Other DBs
NCBI-GeneID:
125648265
NCBI-ProteinID:
XP_048731200
LinkDB
All DBs
Position
6:81167984..81212114
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AA seq
1084 aa
AA seq
DB search
MDRRLGTVLNVLIFCSATLAVCPDDATDLVSWKSTIGTTPNSNITLTQPILLDTSVELFG
LTIASGGRLVWSRNGNYGMRAHYIRIQNGGELHIGSLTCKFNKKARITLLGEPEEKLNIP
GFGEKFLGVEAGGVLNLYGEYKLSWTKLTQHALKFDKSVAEIYNHRETADIIKSHGIYIY
HFKENFPADFDIKRDPGIVQVNSIYRRIAYNSQAKIDTAITDLTNFLNGIPVGDIYAIAT
QKDFKREDRDYSALYDAFDVLAPSNSFRTATRDDAYVAIGYKGDQSSFEEDLDSTVGTSD
STEAIVVYNIENRERELIVTSENRFNSNFGIIQFLVVNTLYTRPIISVVDNAGSWKAGDR
IFITSTDYDWKQVEDFTVVPCDSSLCSATTVRLDHPLEFDHYGEIYKRVDMRAEVGLMTR
HIVIDAEVSEGNSNGGHVKFLYGFKDVQVEGTELTNLGQPLILGRYPLHYHMCDDLANRT
VYTKQSFFRGNSIHHTQFRCMTIHGTHNAKIIDCVCYDCVGHGFFLEDGGEKNTYMRGNL
GLGQRKFVGTTILDVTGAIPTDQTKGPVTFWITNPKTTVLNNVAAGGDGIGMWFVYPDLP
TGPSRTKNFMQLKEARNTKITLYKNNVHHSYGSAGLFVDNIEADDLTVSGYNKYNPKEDP
LDTDSASVAAVFEGITAYKNKVQNAWIRGTPIIVKESSFADSRFGATMIKERNIWVEFVN
NVVVGYSDNLGKPNNGFTRSFPTNPPPNAVGYRFNKGPVYVRNTWFHGFTSTSLYNASAL
SNKNCFTHMNPQNQVENLLFSFDDGPGNRFLFQKCNDLRNDEDGVFTLKDIGNGLTGSTE
SEDVTLVYNHPFHVTDQCKHRNGWNVAFCPYNYGEMVVSYPTDEELSIYRTDGNHPKRSI
LNKAFIAILGESNRNENNFQYLMAFEDGMPASVSILGESVTKSDTALLAYCVPRDAVLKF
TYRINNVKQSTQSVSSLTDVQGDNIGGNYYFDSNVGVVFFKMVNNVEYEEGEMAQCPSNR
CVKVTINVETGTLSDSDCYNRFIQESSYLQAGEGNPAADNGILQATSADPPENWGAGSTY
PPPA
NT seq
3255 nt
NT seq
+upstream
nt +downstream
nt
atggataggagattgggtaccgtgttgaatgttttgatcttctgcagcgccaccctggca
gtctgtcctgacgatgccacagatttggtgtcctggaaatctacaattggaacgactcca
aactccaacataactctaacacaaccaatacttctggatacctctgttgaactcttcgga
cttaccattgcgtctggtggtcgtctggtatggagcagaaatgggaattacggaatgcga
gcgcattacatcagaattcaaaatggcggcgaacttcacattggaagtctgacgtgtaaa
ttcaacaaaaaagcacgcatcacccttttaggtgaaccggaagaaaaactaaatattcct
ggctttggtgaaaagtttctgggcgtagaggccggtggcgttttgaatctttatggagaa
tataaattgtcctggaccaagctgacccagcatgccctgaaattcgataaatcagtagca
gagatttataaccacagggagacggctgatatcatcaaatcccacggtatctacatctat
cactttaaagagaactttccggctgattttgacattaaaagagaccctggaattgtgcag
gtgaacagcatttaccgcagaattgcttacaatagccaagccaagattgacacagccata
acagaccttacaaactttcttaacggcattcccgtcggcgatatctatgccatagcaaca
cagaaggatttcaagcgcgaagacagagactacagcgccctctatgacgcatttgacgtc
ctcgctccttccaattcttttagaacagccacgagagatgacgcgtatgttgccatcggc
tacaaaggtgaccagtcttctttcgaggaggatttggattcaaccgttggtacaagtgac
agtacagaagccatcgttgtttacaacattgagaaccgtgaacgggagctgattgtgacc
tcagagaatcgatttaattcaaatttcggcattatacagttccttgttgtcaacacctta
tacacccgtcccataatatcagtcgtagacaatgctggcagctggaaagcaggtgatcgc
atcttcatcacttccactgactatgactggaaacaggtggaggacttcaccgtggttccc
tgtgacagttccctgtgttccgccaccactgtcagactggaccatcctcttgaatttgac
cactatggagaaatttacaaacgagtggacatgagagcggaggtgggactgatgacacgg
cacattgtcattgacgctgaagtgtccgaaggaaacagcaacggaggtcatgtcaagttt
ttgtacggattcaaggatgttcaggtggagggaaccgaacttaccaatctgggacaacct
ctcatcttgggtagataccctctgcattatcacatgtgtgatgaccttgccaacaggact
gtgtacactaaacaatccttcttccgcgggaattcgatccatcacacgcaattccgctgt
atgacgatacacgggacacacaacgccaagattattgactgcgtttgctacgattgtgtg
ggccatggattcttcttagaggatggaggtgaaaagaacacgtacatgcgtggtaatttg
ggacttggacagcgtaaatttgtgggcacgactatactagacgtcactggggccattccc
actgatcagacaaaaggaccagtgacgttttggataaccaatccaaagacaactgtgtta
aacaatgtggctgcgggtggtgacggtatcggtatgtggtttgtgtacccggatctaccc
acaggaccgtccagaaccaagaatttcatgcagttaaaagaggcgagaaacacaaagatt
accctgtacaaaaacaatgtccatcactcctacggaagtgccgggctgttcgttgacaac
atcgaagcagacgacttgaccgtgagtgggtacaataagtacaaccctaaggaggacccg
ctagacacagattctgcctctgtggccgctgtgtttgaaggaataactgcctataaaaat
aaagtacagaacgcctggatccgtgggacaccgataattgtcaaggagtcctcgtttgca
gacagtcggtttggggcaactatgatcaaagaaagaaatatatgggtggagtttgttaac
aatgtcgtcgttggatattctgataacctaggaaagcctaataatggattcacacgatcg
ttcccaacaaatccccccccaaatgctgtagggtacagatttaataaaggaccagtttac
gtacgaaacacgtggttccatggatttacatctacctctctctacaacgcctcagctctt
tcaaacaaaaattgttttacgcacatgaacccacagaatcaggtggagaacctcttattc
agcttcgatgatggaccgggtaatcgctttctgttccaaaagtgcaacgatcttcggaat
gatgaagacggagtgtttaccttgaaagatattggtaatgggttgaccggaagtacagag
tctgaagacgtaacattggtatataaccatcctttccacgtcacggatcagtgtaaacat
agaaatggttggaacgtcgctttctgtccgtataattatggagagatggtagtgtcatat
cccactgatgaggagttgagcatttacagaaccgacggaaaccatccaaaacgaagcata
ctaaataaagcatttatcgccattcttggtgaatccaaccgaaatgagaacaattttcaa
tatttaatggcctttgaggatggcatgccagcaagtgtttccattttaggagagtcggtt
acgaagtcggataccgctctgttggcgtactgcgtgccacgggatgctgttttaaaattt
acctatagaatcaacaacgttaaacagtccactcaatctgtcagctctctgactgatgtt
cagggtgataatattggaggcaattactatttcgactcaaatgtgggcgttgtcttcttc
aaaatggttaacaacgtagaatatgaagaaggagagatggcacaatgtccttcaaaccgt
tgtgtcaaggtcacaatcaatgttgaaacagggacactctcggacagtgattgttacaac
agattcatacaagagtcatcttatcttcaagctggggagggtaacccagcagcagataac
ggtatcttgcaagcaacatctgccgatcccccagagaactggggtgctggatcaacttat
ccaccgccagcatga
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