Enhydra lutris kenyoni (northern sea otter): 111152087
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Entry
111152087 CDS
T05871
Name
(RefSeq) interphotoreceptor matrix proteoglycan 2
KO
K19017
interphotoreceptor matrix proteoglycan 2
Organism
elk
Enhydra lutris kenyoni (northern sea otter)
Brite
KEGG Orthology (KO) [BR:
elk00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
elk00536
]
111152087
Glycosaminoglycan binding proteins [BR:
elk00536
]
Hyaluronan
Extracellular matrix or blood plasma proteins
111152087
BRITE hierarchy
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Ortholog
Paralog
GFIT
Motif
Pfam:
SEA
EGF
Motif
Other DBs
NCBI-GeneID:
111152087
NCBI-ProteinID:
XP_022366105
UniProt:
A0A2Y9K9E2
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Position
Unknown
AA seq
1251 aa
AA seq
DB search
MIMFPHLGKISLGILIFVVIEGNLTSLTAQTYMSLEDIQEPKSAVSFFLTDSESTDTSST
ERKLPLDHRETEKQWLLRRRRSILFPNDVKTCLGESVTEAVANHVKYFKVRVCQEAVWEA
FRTFWDRLPGREEYHYWMNLCEDGITTIFDMGTNFSQSVEHRSLIMKKLTYTKETVSSPE
LSSPFPVGDTSTSGGAVLSAPYPEVTTSEGTSESSKERPEVSISNEIENVIEESTKPATE
QIAEFSIHLLGEQYREELQDPSNFHHQQLAEEFISEVENAFTGLPGYKDIRVLDFRSPKE
NGSGIDVHYAVTFNGEAISNTTWDLISLHSNKVENHGLVELDDKPTAVYAISNFRDYIAE
TLHQNFLLGNSSLNPDPDSLQLINVRGVLLPETEDLVWNTQSSSLPSTPPSILDNTLQAE
WPSADESTTSSISPLDFSSGPPSTTGRELWSESPLGDLVSTPKLAFPSKVGLSSSPEVLD
ISSLTLHSVTPAVFQTGLPVVSNERTSGSHLLEDGLIKVEGSEDFLSVQPLPSSPFTQPV
PKETIPSVEDSGVSLTSSPYLTSSVTLDLLAKEVTISSGLDSLASKVKGQLEVSTLMPDT
SIEKGFIFESGLGSGSGQKVDQITWPWNETSLEKSYEPLSKSWLEDQESLLPTEVIDEKL
VLDDKIDSTGQSIDYLKYGHFDKSTKFAEEELIGGPTVPISAETTTQSASLVLSKQLSEV
PDIDYYPVTKAPLLLTSIATSASTDKPDLLFLKEDVEQTTESSNHEWFDNEISVMKPDMQ
QLGTILPESDVVRARTSSLGKLFRDMLASTPQTTDKLWLKSSITQSTKLSPTTSSILLED
EVIMGVQDISLELDRIGTDYYQPELIPEENGKVGSYVEMSTNVHSTERAIVVQPTEGGDL
THTQTAGALLVFFSLRVTNMMFSEDLFNKNSLEYKALEQRFLELLVPYLQSNLTGFQNLE
ILNFRNGSIVVNSRMKFMKSVPLNVNNAVYMILEDFCTTAYETMNLAIDKFSLDVESGDQ
ANLCKFQACNEFSECVVNPWSGEAECRCFPGYLSVEELPCQSLCDLQPDFCLNDGKCDIM
PGHGAICRCRVGENWWYRGEHCEEFVSEPLVIGITIASVVGLVLVSSAFVFFFVRTLQVH
YDRRETESPFCGSSRQPDSLSSIENAVKYNPVYESHVAGPEQYEGPYPQHPFSSFASGEM
IGGLSREEIQQMYETSGLSSEEIQERMRILELYASDPEFVAFVREHQMEEL
NT seq
3756 nt
NT seq
+upstream
nt +downstream
nt
atgattatgtttcctcatttggggaagatttctctgggtattttgatatttgtcgtgata
gaaggaaaccttacatcattaacagcacaaacctacatgtctttagaagatatccaagaa
cccaagagtgcggtttcttttttcctgactgactcagaatccacagacacttcttctact
gaaaggaaactacctctggaccacagagaaactgagaaacagtggttgctgagaagaagg
cgatctattctgtttcctaatgatgtgaaaacctgtctgggtgaaagtgtgacagaggct
gtggcaaaccatgtgaaatattttaaagtacgagtgtgtcaggaagctgtttgggaagcc
tttaggacattttgggatcgactgcctgggcgtgaggaatatcattactggatgaatttg
tgtgaggatggaatcacaactatatttgacatgggcacaaattttagtcagtctgtggaa
catagaagtttaattatgaagaaactgacatataccaaggaaactgtaagcagccctgaa
ttatcatctccgtttcctgttggtgatacctcaacatcgggaggtgctgttctcagtgct
ccatatccagaggtgactacctctgaaggtacctcagagagcagcaaggagaggcctgag
gtgagtattagcaatgaaattgagaatgtgatagaagaatccacaaaaccagcaactgag
cagattgcagaattcagtatacaccttttgggagagcaatacagggaagaactacaggat
ccttccaacttccaccaccagcaacttgcggaagagtttatttcagaggttgaaaatgca
tttactgggttaccaggctataaggacattcgtgtacttgactttaggtcccccaaggaa
aatggcagtggcatagatgttcattatgcagttaccttcaatggtgaggccatcagcaat
accacctgggacctgattagccttcattccaataaggtggaaaaccatggtcttgtggaa
ctggatgataaacccactgctgtttatgcaattagtaacttcagagattatattgctgag
accctgcatcagaattttttgttggggaactcctctttgaatccagatcctgactccctt
cagcttatcaatgtgagaggagttttacttcctgaaactgaagacctagtttggaacacc
caaagctcaagtcttccgtcaaccccaccatccattctggataatacccttcaagctgaa
tggccctcagcagatgaatctaccaccagcagtatttcaccacttgatttcagctctggt
cctccctcaaccacgggcagggaactctggtcagagagccctttgggtgatttagtgtct
acacccaaattagcctttccctcgaaggtgggcctcagttcttccccagaggttttagac
attagcagcttgactcttcattctgtcaccccagcagtgtttcagactggcttgcctgtg
gtttctaacgaaaggacttctggatctcacctattagaagatggattaatcaaagttgaa
gggtcagaagattttctttctgttcagccattgccttcaagtccattcactcagccggtg
ccaaaggaaacgataccatctgtggaagattctggagtgtctttgacatcctcaccatat
ctgacttcctctgttactttagatcttcttgctaaagaagtaactatatcttctggcttg
gactctttggcctccaaagtcaaaggccaattagaagtgagcactttgatgccagacaca
tccatagaaaaagggtttatatttgaaagtggtttaggctcagggtctgggcaaaaggta
gatcagattacttggccatggaatgagacttcattagagaagagttatgaaccactatct
aagtcatggcttgaagatcaggagtcacttttgccaactgaggttatagatgagaaatta
gttctagatgacaaaatagattctacaggacaaagtattgactatttaaaatatgggcat
tttgataaatccacaaaatttgcagaggaagagctcattggtggacctactgtgcccatc
tctgcagagaccacaactcaatctgcatctctagttctctccaaacaattatcagaggta
cctgacattgattattacccggttaccaaagcacctctcctactgacatctatagcaacc
tctgcttctactgataaaccagatctactgtttctaaaggaggatgtggaacaaactaca
gagtcatccaaccatgaatggtttgataacgagatttcagtaatgaagccggacatgcaa
cagttggggaccatattgccagaatcagatgtagttcgggcaagaacttcttccctaggg
aaattgttcagagacatgttggcaagtacaccacagactactgacaagctctggttaaaa
tcttccataacacagtctaccaaattgtctccaaccaccagctccatcctgctagaggat
gaagtaattatgggtgttcaggatatttcattagaactggaccggataggcacagattac
tatcagcctgagctaatcccagaggaaaatggcaaggttggtagttatgtggaaatgtct
acaaatgtccactccacagagagggctattgtggtacagcccacggaaggaggtgacttg
actcatacccagactgcaggagctttgttggttttctttagcctccgagtgacaaacatg
atgttttcggaagatctgtttaataaaaactctttggagtataaagcactggaacaaaga
tttttggaactgctggttccctatctccagtcaaatctcacaggattccagaatttagaa
atcctgaactttagaaatggcagtattgttgtaaacagccgaatgaagttcatgaagtct
gtccctcttaatgtcaacaatgctgtatacatgatcctggaagacttttgcaccactgcc
tacgagaccatgaacttggctattgataaattctcccttgatgtagaatcaggtgatcaa
gccaacctttgcaagtttcaggcatgcaatgaattttctgagtgtgtagtcaacccctgg
agtggagaagcagagtgtagatgcttccctgggtacctgagtgtggaagaactaccttgt
cagagtctctgtgatctacagcctgacttctgcttgaatgatggaaaatgtgacattatg
cctggacatggggccatttgtcgatgccgggtgggtgagaattggtggtaccgaggtgag
cactgtgaggagtttgtgtctgagcccttggtcataggcatcaccattgcctcggtggtt
gggcttgtcctcgtctcttctgcttttgtcttcttctttgtcaggactcttcaggttcat
tatgataggagagaaacagagagtcctttttgtggttccagcaggcagcccgacagtctc
tcatccattgaaaatgctgtgaagtacaatcctgtgtatgaaagccatgtggctggacct
gagcagtatgagggaccctatcctcagcaccccttctctagttttgcaagtggagagatg
attggtggtctaagcagggaagaaatccagcaaatgtatgagaccagtgggctttccagt
gaggaaattcaagaaaggatgagaattttggaactgtatgccagtgatcctgagtttgta
gcttttgtgagagaacatcaaatggaagagctttaa
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