Mustela nigripes (black-footed ferret): 132010580
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Entry
132010580 CDS
T09425
Symbol
IMPG2
Name
(RefSeq) interphotoreceptor matrix proteoglycan 2
KO
K19017
interphotoreceptor matrix proteoglycan 2
Organism
mnp
Mustela nigripes (black-footed ferret)
Brite
KEGG Orthology (KO) [BR:
mnp00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
mnp00536
]
132010580 (IMPG2)
Glycosaminoglycan binding proteins [BR:
mnp00536
]
Hyaluronan
Extracellular matrix or blood plasma proteins
132010580 (IMPG2)
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SEA
EGF
DUF4214
Motif
Other DBs
NCBI-GeneID:
132010580
NCBI-ProteinID:
XP_059244349
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Position
2:170345711..170425199
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AA seq
1249 aa
AA seq
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MIMFPHLGKISLGILIFVVIEGNLTSLTAQTYMSLEDIQEPKSTVSFFLTDSESTDTSPS
TERKLPLDHRETEKQWLLRRRRSILFPHGVKTCLGESVTEVVANHVKYFKVRVCQEAVWE
AFRTFWDRLPGREEYHYWMNLCEDGTTTIFDMGTNFSQSMEHRSLIMKKLTYTKETVSSP
ELSSPFPVGDTSTSGGAVLSAPYPEVTTSEGTSESSKERPEESISNEIENVIEESTKPAT
EQIAEFSIHLLGEQYREELQDPSNFHHQHLVEEFISEVENAFTGLPGYKDIRVLDFRSPK
ENGSGIDVHYAVTFNGEAISNTTWDLISLHSNKVENHGLVELDDKPTAVYAISNFRDYIA
ETLHQNFLMGNSSLNPDPDSLQLINVRGVLLPETEDLVWNTQSSSLPSTPPSILDNTLQA
EWPSADETTTSSISPLDFSSGPPSTTDRELWSESPLGDLVSTPKLAFPSKVGLSSSPEVL
DVSSLTLHSVTPAVFQTGLPVVSNERTSGSHLLEDGLIKVEGSEDFLSVQPLPSSPFTQP
VPKETIPSVEDSGVSLTSSPYLTSSVTLDLLAKEVTISSGLDSLASKDKGQLEVSTLMPD
TSIEKEFIFESGLGSGSGQMVDQITWPWNETSLEKSSEPPSKSWLEDQESLLPTEVIDEK
LVLDDKIDSTGQSIDYLKYGHFDKSTKFAEEELIGGPTVPISAETTTQSASLVLSKQISE
VPDIDYYPVTKAPLLLTSIAISASTDKPDLPFLKEDVEQTTESSNHEWFDNEISVMKPDM
QQLGTVLPESDVVWARTSSLGKLFRDTLASTPQTTDKLWLKSSITQSTKLSPTTSSTLLE
DEVIMGVQDISLELDRIGTDYYQSELIPEENGKVGSYVEMSTNVHSTERAIVAQPTEGGD
LSHTQTAGALLVFFSLRVTNMMFSEDLFNKNSLEYKALEQRFLELLVPYLQSNLTGFQNL
EILNFRNGSIVVNSRMKFMKSVPLNVNNAVYMILEDFCTTAYQTMNLAIDKFSLDVESGD
QANLCKFQACNEFSECVVNPWSGEAECRCFPGYLSVEELPCQSLCDLQPDFCLNDGKCDI
MPGHGAICRCRVGENWWYRGEHCEEFVSEPLVIGVTIASVVGLVLVSSAFVFFFVRTLQA
HYDRRETESPFCGSSRQPDSLSSIENAVKYNPVYESHVAGPEQYEGPYPQHPFSSFAGGE
MIGGLSREEIQQMYETSGLSSEEIQERMRILELYASDPEFVAFVREHQM
NT seq
3750 nt
NT seq
+upstream
nt +downstream
nt
atgattatgtttcctcatttggggaagatttctctgggtattttgatatttgtcgtgata
gaaggaaaccttacatcattaacagcacaaacctacatgtctttagaagatatccaagaa
cccaagagtacagtttcttttttcctgactgactcagaatccacagacacttctccttct
actgaaaggaaactacctctggaccacagagaaactgagaaacagtggttgctgagaaga
aggcgatctattctgtttcctcatggtgtgaaaacctgtctgggtgaaagtgtgaccgag
gttgtggcaaaccatgtgaaatattttaaagtacgagtatgtcaggaagctgtttgggaa
gccttcaggacattttgggatcgactgcctgggcgtgaggaatatcattactggatgaat
ttgtgtgaggatggaaccacaactatatttgacatgggcacaaattttagtcagtccatg
gaacatagaagtttaattatgaagaaactgacatataccaaggaaactgtaagcagccct
gaattatcatctccgtttcctgttggtgatacctcaacatcgggaggtgctgttctcagt
gctccatatccagaggtgactacctctgaaggtacctcagagagcagcaaggagaggcct
gaggagagtattagcaatgaaattgagaatgtgatagaagaatccacaaaaccagcaact
gagcagattgcagaattcagtatacaccttctgggagagcaatacagggaagaactacag
gatccttccaacttccaccaccagcaccttgtggaagagtttatttcagaggttgaaaat
gcatttactgggttaccaggctataaggacattcgtgtacttgactttaggtcccccaag
gaaaatggcagtggcatagatgttcattatgcagttaccttcaatggtgaggctatcagc
aataccacctgggacctgattagccttcattccaacaaggtggaaaaccatggtcttgtg
gaactggatgataaacccactgctgtttatgcaattagtaacttcagagattatattgct
gagacactgcatcagaattttttgatggggaactcctctttgaatccagatcctgactcc
cttcagcttatcaacgtgagaggagttttacttcctgaaactgaagacctagtttggaac
acccaaagctcaagtcttccgtcaaccccaccatccattctggataatacccttcaagct
gaatggccctcagcagatgaaactaccaccagcagtatttcaccacttgatttcagctct
ggtcctccctcaaccactgacagggaactctggtcagagagccctttgggtgatttagtg
tctacacccaaattagcctttccctcgaaggtgggcctcagttcttccccagaggtttta
gacgttagcagcttgactcttcattctgtcaccccagcagtgtttcagactggcttgcct
gtggtttctaatgaaaggacttctggatctcacctactagaagatggattaatcaaagtt
gaagggtcagaagattttctttctgttcagccactgccttcaagtccattcactcagcca
gtgccaaaggaaacaataccatctgtggaagattctggagtgtctttgacatcctcacca
tatctgacttcctctgttactttagatcttcttgctaaagaagtaactatatcttctggt
ttggactctttggcctccaaagacaaaggccaattagaagtgagcactttgatgccagac
acatccatagaaaaagagtttatatttgaaagtggtttaggctcagggtctgggcaaatg
gtagatcagattacttggccatggaatgagacttcattagagaagagttctgaaccaccg
tctaagtcatggcttgaagatcaggagtcacttttgccaactgaggttatagatgagaaa
ttagttctagatgacaaaatagattctacaggacaaagtattgactatttaaaatatggg
cattttgataaatccacaaaatttgcagaggaagaactcattggtgggcctactgtgccc
atctctgcagaaactacaactcagtctgcatctctagttctctccaaacaaatatcagag
gtacctgacattgattattacccggttaccaaagcacctctcctactgacatctatagca
atctctgcttctactgataaaccagatctaccgtttctaaaggaggatgtggaacaaact
acagagtcatccaaccatgaatggtttgataatgagatttcagtaatgaagccagacatg
caacagttggggactgtattgccagaatcagatgtagtttgggcaagaacttcttcctta
gggaaattgttcagagacacgttggcaagtacaccacagactactgacaagctctggttg
aaatcttccataacacagtctaccaaattgtctccaaccaccagctccaccctgctagag
gatgaagtaattatgggtgttcaggatatttcattagaactggaccggataggcacagat
tactatcagtctgagctaatcccagaggaaaatggcaaggttggtagttatgtggaaatg
tctacaaatgtccactccacagagagggctattgtggcacagcccacggaaggaggtgac
ttgagtcatacccagactgcaggagctttgttggttttctttagcctccgagtgacaaac
atgatgttttcagaagatctgtttaataaaaactctttggagtataaagcactggaacaa
agatttttggaactgctggttccctatctccagtcaaatctcacaggattccagaattta
gaaatcctgaactttagaaatggcagtattgttgtaaacagccgaatgaagttcatgaag
tctgtccctcttaatgtcaacaatgctgtatacatgattctggaagacttttgcaccact
gcctaccagaccatgaacttggctattgataaattctcccttgatgtagaatcaggtgat
caagccaacctttgcaagtttcaggcatgcaatgaattttctgagtgtgtagtcaacccc
tggagtggagaagcagagtgtagatgcttccctgggtacctaagtgtggaagaactacct
tgtcagagtctctgtgatctacagcctgacttctgcttgaatgatggaaaatgtgacatt
atgcctggacatggggccatttgtcgatgccgggtgggtgagaattggtggtaccgaggt
gagcactgtgaggagtttgtgtctgagcccttggtcataggcgtcaccattgcctcggtg
gttgggcttgtcctcgtctcttctgcttttgtcttcttctttgtcaggactcttcaggct
cattatgataggagggaaacagagagtcctttttgtggttccagcaggcaacctgacagc
ctctcatccattgaaaatgctgtgaagtacaatcctgtgtatgaaagccatgtggctgga
cccgagcagtatgagggaccctatcctcagcaccccttctctagttttgcaggtggagaa
atgattggtggtctgagcagggaagaaatccagcaaatgtatgagaccagtgggctttcc
agcgaggaaattcaagaaagaatgagaattctagaactgtatgccagtgatcctgagttt
gtagctttcgtgagagaacatcaaatgtaa
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