Odocoileus virginianus (white-tailed deer): 110152718
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Entry
110152718 CDS
T10722
Symbol
IMPG2
Name
(RefSeq) interphotoreceptor matrix proteoglycan 2
KO
K19017
interphotoreceptor matrix proteoglycan 2
Organism
ovr Odocoileus virginianus (white-tailed deer)
Brite
KEGG Orthology (KO) [BR:
ovr00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
ovr00536
]
110152718 (IMPG2)
Glycosaminoglycan binding proteins [BR:
ovr00536
]
Hyaluronan
Extracellular matrix or blood plasma proteins
110152718 (IMPG2)
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Gene cluster
GFIT
Motif
Pfam:
SEA
EGF
Motif
Other DBs
NCBI-GeneID:
110152718
NCBI-ProteinID:
XP_070311061
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Position
25:10288066..10364343
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AA seq
1252 aa
AA seq
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MIMFPHFGKISLCILIFVLIEGSHPSLTAQTSLSLEEIQEPKSTVSFLQTDSESTDSSLS
AKKKQPLDNRETERHWLLRRKRSTLFPNGVKTCPDESVTEAVANHVKYFKVRVCQEAVWE
AFRTFWDRLPGREEYHYWMNLCEDGITTIFEMGTHFSQSVEHRSLIMQKLTYAKETVSGS
ELSSPAPVGDMSTLGDAGLNAPYPGVTSYEGISESSLERPEDSISNEIETVMEESTKPAT
EQIAEFSIHLLGEQYNEELQDSSSFHHQRLVEDFISEVENAFTGLPGYKDIRVLDFRSPK
ENGSGIDVHYAVTFNGEAISNTTWDLISLHSNKVENHGLVELDDKPTAVYTISNFRDYIA
ETLHQNFLLGSSSLNPDPDSLQLIKVRGVLLPQSEDRVWNTQSSSLQQALPSILDNTPQA
EWPSADESTMSSISPLGFSSGLPSATGRELWSESPSGDLVSTPKLAFPSKVSLSPSPEVL
DVSGLILHSVTPAVLHTDLPVASEERTSGSHALEDGLTKVEGSEDFLSVNPLPSSPFTYP
VPKETPRSMEDSGVSLPSSPYPVSSVTFDPLAKEVTAPFGMDSLASKVKDQLEVSTWMPD
TTMEKEFMFESGLGSGSGQKVDLTTWPWSETSFEKGTEPLSRSWLEAEDSLLLTEGIDVK
LVTDAKIDSADQPTEHAEYGPFDGSTNFAEDEPLGGPAVSLFAETTTQSASPILPRHTSE
IPDIDYYSVTKPPSLLTFVAVSASTDKADQVEPFLKEDMEQTTESFNREWIDSRISVVKS
DTQPLRTTVPESDVIWARTSPLGKLSRDTLARTPQSTDKLWLKASMTPSTKLSPTIRSTL
LEDEVIMGVQDISLELDQIGTDYYQPEPIPEESGVVGSYVEMSTNIHSTEMAVVAQPTRS
DDLSHTQAVGAVVVFFSLRVTNMMFSEDLFNKNSLEYKALEQRFLELLVPYLQSNLTGFQ
NLEILNFRNGSIVVNSRMKFTRSVLPNVTNAVYVILEDFCTTAYQTMNLAIDKYSLDVES
GDQANPCKFQACNEFSECLVNPWSGEAECRCYPGYLSVEERPCQSLCDLQPDFCLNDGKC
DIMPGHGAICRCRVGENWWYRGEHCEEFVSEPLVIGVTIASMVGLVLVSSAVVFFIIKAL
QTQYVRRERERPSSRQSDGLSSVESAVKHNPVFESYEADLERYEGPYPPRPFYSSADREV
IAGLSREEIRQMYESSDLSREEIQERMRILELYARDPEFAAFVREHQIREEL
NT seq
3759 nt
NT seq
+upstream
nt +downstream
nt
atgattatgtttcctcattttgggaagatttctctgtgtattttgatatttgtcctgata
gaaggaagccatccatcattaacagcacaaacctccttatctttagaagagatccaagaa
cccaagagtacagtttcttttctccagactgactcagaatccacagattcttctctatct
gctaaaaagaaacagcctctggacaacagagaaactgagagacattggttgctcagaaga
aagcgatcgactttatttcctaatggtgtgaaaacttgcccagatgaaagtgttacagag
gctgtggcaaaccatgtgaaatattttaaagtccgagtatgccaggaagctgtctgggaa
gccttcaggactttttgggatcgacttcctgggcgtgaggaatatcattattggatgaat
ttgtgtgaggatggaatcacgaccatatttgaaatgggcacacattttagtcagtctgtg
gaacacagaagcttaattatgcagaaactgacatatgcaaaggagaccgtaagtggctct
gaattgtcatctccagctcctgttggtgacatgtcaacgctgggagatgctggtctcaac
gctccgtatccaggggtgacctcctatgaagggatctcagagagcagcttggagaggcca
gaagacagtattagcaatgaaattgagactgtgatggaagaatccacaaaaccagccact
gagcagattgcagaattcagtatccaccttttgggggaacagtacaatgaagaactacag
gattcctccagctttcaccaccagcgccttgtagaagactttatttcagaggtggaaaat
gcatttactgggttaccaggctacaaggacattcgtgtacttgactttaggtcccctaag
gaaaacggcagtggcatagatgttcactatgcggttaccttcaatggggaggctatcagc
aataccacctgggacctaattagcctacattccaacaaggtggaaaaccatggtcttgta
gaattggatgataagcccaccgctgtttatacaattagtaacttcagagattatattgct
gagacactgcaccagaattttttgctggggagctcttctttgaatccagatcctgactcc
cttcagcttatcaaagtgagaggggttttacttccccaaagtgaagaccgagtttggaac
actcaaagttcaagtcttcagcaagccctgccgtctattctggataatacccctcaagct
gaatggccctcagcagatgaatccaccatgagcagcatttcaccacttggtttcagctcc
ggccttccttcagccactggcagggagctctggtcagaaagcccttcgggtgatttagtg
tctacacccaagttagcctttccctcgaaggtgagcctcagtccttccccagaggtttta
gacgttagcggcttgattcttcattctgtcaccccagcagtgcttcacactgacctgcct
gtggcttctgaagaaaggacttctgggtctcacgcattagaagatggattaacgaaagtt
gaagggtcagaagattttctttctgttaatccattgccttcaagtccatttacttatcct
gtgccaaaagaaacaccacgatccatggaagactctggggtatctttgccatcctcacca
tatccagtctcctctgtcacatttgatcctcttgctaaagaagtaactgcaccgtttggc
atggactctttggcctccaaagtcaaagaccaattggaagtgagcacttggatgccggac
acaactatggaaaaagagttcatgtttgaaagtggtttgggttcagggtctgggcaaaag
gtagacctgactacttggccgtggagtgagacttcattcgagaagggcactgaaccgttg
tccaggtcgtggcttgaagctgaggactcacttttgctaactgaggggatagatgtgaaa
ctagttacagatgccaaaatagattctgcagatcaacccactgagcatgcagaatatggg
ccttttgatgggtccacaaactttgcagaagatgagccccttggtggacctgctgtgtcc
ctctttgcagagaccacaactcaatctgcatctccaattctacccaggcacacatcagaa
atacccgacattgattattactcagttaccaaaccaccttctctgctgacatttgtggca
gtctctgcttctactgataaagcagatcaagtggaaccctttctaaaggaggatatggag
cagactacagagtcatttaaccgtgaatggattgacagcaggatttcagtagtgaagtca
gatacgcagcctttgaggaccaccgtgccagagtcagatgtcatttgggcaagaacttct
cccttagggaaactgtccagagacacattggcacgcacaccacagagtactgacaagctc
tggctgaaagcttccatgacaccgtctaccaaattgtctccaaccataagatccaccctg
ctggaagatgaagtcattatgggtgtacaggatatttcattagagttggaccagataggc
acagattactatcagcctgagccaatccctgaggaaagtggcgtggttggcagttatgtg
gaaatgtctacaaatattcactccacagagatggctgttgtggctcaacccacaagaagt
gatgacttgagtcatacccaagccgtaggagctgtggtggttttcttcagcctcagagtg
actaacatgatgttttcagaagatctgtttaataaaaactctttggagtataaagccctg
gagcaaagattcttagaactgttggttccctatctccaatcaaatctcactggattccag
aatttagaaatcctgaacttcagaaatggcagtattgtggtgaacagccgaatgaagttc
accaggtctgtccttcctaacgtcaccaatgctgtctacgtgattctggaagacttttgc
actactgcctaccaaaccatgaacttggctattgacaaatactcccttgatgtggaatca
ggtgatcaagctaacccttgcaagtttcaagcatgcaatgaattttctgagtgtttggtc
aatccctggagtggagaggcggagtgcagatgctaccccgggtacctgagtgtggaagag
cggccctgccagagcctctgtgacctgcagcccgacttctgcttgaatgacgggaagtgc
gacatcatgcctggacatggggccatttgtaggtgccgggtgggtgagaactggtggtat
cgtggcgagcactgtgaagagtttgtgtctgagcccttggtaatcggcgtcaccatcgcc
tccatggttggacttgtcctcgtgtcttctgctgtggtcttcttcatcatcaaggctctt
cagactcagtatgttaggagggaaagagagagaccctccagcaggcagtctgatggcctc
tcgtccgtagaaagtgccgtgaagcacaaccccgtgtttgaaagttacgaggccgacctc
gagcggtatgagggcccctaccctccgcggcccttctacagctccgcagacagggaggtg
atcgctggtctgagcagggaagagatcagacagatgtacgagagcagtgacctttccaga
gaggaaattcaagaaagaatgagaattttggaactgtatgccagggatcctgagtttgca
gcttttgtcagagaacaccaaatcagggaagagctttaa
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