Heterocephalus glaber (naked mole-rat): 101707642
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Entry
101707642 CDS
T02812
Symbol
Impg2
Name
(RefSeq) interphotoreceptor matrix proteoglycan 2
KO
K19017
interphotoreceptor matrix proteoglycan 2
Organism
hgl
Heterocephalus glaber (naked mole-rat)
Brite
KEGG Orthology (KO) [BR:
hgl00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
hgl00536
]
101707642 (Impg2)
Glycosaminoglycan binding proteins [BR:
hgl00536
]
Hyaluronan
Extracellular matrix or blood plasma proteins
101707642 (Impg2)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SEA
EGF
Motif
Other DBs
NCBI-GeneID:
101707642
NCBI-ProteinID:
XP_004858066
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All DBs
Position
Un
AA seq
1240 aa
AA seq
DB search
MFPFWGKISLGILIFVLIEGNLPSLTGEIQEPKRAVSFLLPKEPTDFSLPAEKKQLLDHR
EAEKRWLLRRRRALLFPNGVKICPNETVTEAVANHVKYFKLRVCQEALWEAFKTFWDRLP
GREEYRYWMNLCEDGITSIFEMGTIFSQSVEHRSLIMKKLIDTKEMVGRRELSSPVPIGD
TSTLGGAILSAPYPEVSSYEGASESSLQPPEESISNEIVNVIEEPAKPAAEQIAEFSIHL
LGKEYREELQDPASSHHKHLVEEFISEVEKAFTGLPGYKDIHILEFRSPKEDGSGIDVHY
EVTLNGEAVSNTTWDLISLHSNKVENHGLVELDDRPTAVYTIGNFRDYIAETLHQNFLVG
NSSLNPDPDSLQLITVRGVLLPQSEDLVWNTQSSNLQATPQSILDNTLQAEWPSADEPTT
SNISPLDFSSDPPSTTGRELWSESPLGDLVSTPKLASPFKVVLGSSPKVLEVSGLTLHSV
TPAVLQNVLPVASEERTSGFHLLENGLANVEKSEDFLSVDPLPSGSLIQRVPKQTIPPLE
DSGVSLTSSPDLISSVTLDLLAKEVTVPFGFDPLASEVKDQLEASHLFPDMSMEKQFIFE
SGLGSGSGQKVDLISWTWSETSLEKSTEPLSKSWLEDENSLLPPEGINEKLVIDNTMDYT
DQIIEHSKYKHDEKSTKFAEEEPLVEPTVSILAVSVIHSTSPTFSKHTSEIPDVDYHTVT
KAPFLLTATSSDKTNQVNTFLIKDREQTTESSSHEWFDSKTSMVKPDLQPVWTIFPESDI
ASASTSSLGKLHRDSLASTPQSTDGLWLKTSMTQSTRLPPTTSSTLLEDEVIKGVQDISL
ELDRVGTDYNQPELTREQNGKVGSYVEMFTNFHSTEMATVAQPTRGGDLSHAQTAGALVV
FFSLRVTNMLFSEDLFNKNSLEYKALEQRFLELLVPYLQSNLSGFQNLEILNFRNGSIVV
NSRMKFTKSIPPNVNNAVYMILEDFCTTAYQTLNLAIDKYSLDVESGDEANPCKFQACNE
FSECLVNPWSGEAKCRCYPGYLSVDELPCQSLCDLQPDFCLNNGKCDIMPGHGAICRCRV
GENWWYRGEHCEEFVSEPLVIGITVASVVGLLLICSVVIFFLVKTLQAQHVRRERGRPFS
GFSRQPDSLSSMENAVKCNPVFDSHLAGYEQYEQPYPQHPFYGSACEEVIGGLSREEIRQ
MYESSGLSKEEIQERMRILELYVNDPEFAAFVREHQMEEL
NT seq
3723 nt
NT seq
+upstream
nt +downstream
nt
atgtttcctttttgggggaagatttctctgggtattttgatatttgtcttgatagaagga
aaccttccatcattaacaggagagatccaagaaccaaagcgggcagtttcttttttactg
cccaaagaacctacagacttttctctacctgctgaaaagaaacagcttctggaccacaga
gaagctgagaaacggtggttacttagaagaaggcgagctctattgtttcctaatggagta
aaaatctgcccaaatgaaactgttacagaggctgtggcaaaccatgtgaaatattttaaa
cttcgagtgtgccaggaagctctctgggaagctttcaagactttttgggatcgactacct
gggagagaggaatatcgttactggatgaatttgtgtgaggatggaatcacaagtatattt
gaaatgggcacaatttttagccagtctgtggaacacagaagcttaatcatgaagaaactg
attgacacaaaggaaatggtaggcagacgtgaattgtcatctccagttcctattggtgac
acctcaacattgggaggtgctattctcagtgctccatatccagaagtgtcttcctatgaa
ggtgcttcagagagtagcttgcaaccaccagaggaaagtattagcaatgaaattgtgaat
gttatagaagagcccgcaaaaccagcagctgaacagattgcagaattcagtatccacctt
ttggggaaggaatatagggaagagctacaggatcctgccagctcccaccacaagcatctt
gtagaagagtttatttcagaggttgaaaaggcatttactgggttaccaggctacaaggat
attcatattcttgaatttaggtcccctaaagaagatggcagtggaatagatgttcattat
gaagttaccttgaatggagaggcagtcagtaataccacatgggacctaattagccttcat
tccaacaaagtagaaaaccatggccttgtggaattggatgataggcccactgctgtttat
acaattggtaacttcagagattatattgctgagacactgcaccagaattttttggtaggg
aattcctccttgaatccagatcctgattctcttcagcttatcactgtgagaggcgttttg
cttccccaaagtgaagacctagtttggaatacccaaagttcaaatcttcaggcaacacca
caatctattctggataatacccttcaagctgaatggccctcagcagatgaacccaccacc
agcaatatttcaccacttgatttcagctctgatcctccctcaaccaccggcagggaactc
tggtcagaaagtcctttgggggatttagtgtctacacctaaattagcctctcccttcaag
gtggtcctcggttcttccccaaaggttttagaggttagcggcttgactcttcattctgtc
actccagcagtgcttcagaatgtcttgcctgtggcttctgaggagaggacatctggattt
cacttattagaaaatggattagccaatgttgaaaagtcagaagattttctttctgttgac
ccattgccttcaggttcactcattcaacgtgtgccaaaacaaacaataccacccttggaa
gactctggtgtgtccctgacatcttcaccagatctgatctcttctgttaccttagatctt
cttgctaaagaagtaactgtaccttttggctttgaccccttggcctctgaagtcaaagac
caattggaagcaagccatttgtttccagacatgtctatggaaaaacaattcatatttgag
agtggtttaggttctgggtctggacaaaaggtggatctgatttcttggacatggagtgag
acttcattagagaagagcactgaaccactgtctaagtcatggcttgaagatgagaattca
cttttgccacctgaaggtataaatgagaagcttgttatagataacacaatggattacaca
gaccaaattattgagcattcaaagtataagcatgatgagaaatccacaaaatttgcagag
gaagagccccttgttgaacctactgtgtccatcttggcagtgtctgtaattcattctact
tctccaactttttctaagcacacttcagagattcctgatgttgattaccacacagttacc
aaagcaccttttctactgacagctacttcttctgataaaacaaatcaagtgaataccttc
ctgatcaaggatagagaacaaactacagagtcatctagccacgaatggtttgacagcaag
acttcaatggtgaagccagatctgcagcccgtgtggaccatattcccagaatcagatata
gcttcagcaagcacttcttccctagggaaattacacagagactccttggcaagtacacca
cagagtactgatggactctggttgaaaacttccatgacacagtccaccagattacctcca
accacaagctccaccctgctggaggatgaagtaattaagggcgtacaggatatttcatta
gaactggaccgggtaggcacagattacaatcagcctgagctaacccgagagcaaaatggc
aaagttggtagttatgtggaaatgtttacaaattttcactccacggagatggctactgtg
gctcagcccacaagaggaggtgacttgagtcatgcccagactgcaggagctttggtagtt
ttcttcagcctccgagtcactaacatgcttttttcagaagatctatttaataaaaactct
ttggaatataaagccctggagcaaagattcttagaattgttggttccctatcttcagtca
aatctctcagggttccagaacttggaaattctgaacttcagaaatggtagtattgtggtg
aacagtcgaatgaagtttaccaagtctatccctcctaatgtcaacaatgctgtatacatg
attttagaagacttttgtaccactgcctaccagaccctgaacttggctattgataaatac
tcccttgatgtagaatcaggtgatgaagccaacccttgcaagttccaggcctgcaatgaa
ttttctgaatgtctggtcaacccctggagtggagaggcaaagtgcagatgctaccctggg
tacctgagtgtggatgaattaccttgtcagagtctctgtgacctgcagcctgacttctgc
ttgaacaatggaaaatgtgatattatgcctgggcatggggccatttgtagatgccgtgta
ggtgaaaactggtggtaccgaggtgagcactgtgaggaatttgtgtctgagcctttggtc
atcggcatcaccgtagcctctgtggttggacttctcctcatctgttctgtcgtcatcttc
ttccttgtcaagactcttcaagctcagcatgtcaggagagaaagagggaggcccttcagt
ggcttcagcaggcagcctgacagcctttcatccatggagaatgctgtaaaatgcaaccct
gtatttgacagccacttggctggatatgagcaatatgagcaaccctatcctcagcatccc
ttctatggctcagcttgtgaggaagtgattggtggcctgagcagagaagaaatcagacag
atgtatgagagtagtggcctttccaaagaggaaattcaagagagaatgagaattttggaa
ctctatgtcaatgatcctgagtttgcagcttttgtgagagagcatcaaatggaagaactt
taa
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