Alexandromys fortis (reed vole): 126488697
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Entry
126488697 CDS
T08493
Name
(RefSeq) interphotoreceptor matrix proteoglycan 2
KO
K19017
interphotoreceptor matrix proteoglycan 2
Organism
mfot
Alexandromys fortis (reed vole)
Brite
KEGG Orthology (KO) [BR:
mfot00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
mfot00536
]
126488697
Glycosaminoglycan binding proteins [BR:
mfot00536
]
Hyaluronan
Extracellular matrix or blood plasma proteins
126488697
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SEA
EGF
DUF4214
Motif
Other DBs
NCBI-GeneID:
126488697
NCBI-ProteinID:
XP_049978304
LinkDB
All DBs
Position
Unknown
AA seq
1241 aa
AA seq
DB search
MIMFLLLGKISLGILLFFLAGGNLVSFSEVIQEPTRAVSLLLPEKSIGPSLPPRNRLLLE
PAEAESRWLLRRRRSILFPNGVKVCPNESAAEAVANHVKYFKARVCQEAIWEAFRTFWDR
LPGREEYRYWMDLCEAGTTSVFEMGTQFSQSMEHRSLITKKLAYTKEAASSSCKHQACGP
ELSSPVPAGDTSTFTGTVPGASYPGVASESSVVSPEESISNEIEEVTEGPTQPAVEQIAE
FSIHLLGEQYSEELRDPASALYQLLVEEFISEVGNAFTGLPGYKDMRVLEFRSPQENGSG
IDVLYAATFNGEAISNTTWDLISLHSNKVENHGLVELDDKPTAVYTISNFREHIAETLHQ
NFLMGNSSLNPDPKSLQLVNVRGVLLPQTEDLAPWNTESSSLQVTAPSALDNTLQAEWPS
ADESTTTSISAPGFSSGPPPATGRELQETSALGDSGSPLKLASPSKVVLSSSPEVLEGSR
LTLHSVTPAVLEMGLPVASEGRTSGASILEDGLANIEEPEDASMDVVPSSSLVKPVPKET
VPPMEDSGMTPLTPSPHLTSSVIEDLVKGTTAPSGLDSLTSKVADRLDMSPWFPDTSKEN
EFIFESGFGSGSGKNVDLIIWPQSETSPEKTTETLSRLWPEDEYVLLPTEGLEKLHIDGR
VDSTEQTAEPSEHRDSDRATSFAEEEPVGGFTLPILVESATQATSLSFPKHTSDAPDTDS
YSVTKASSLLAALTTSASTEQTEGVNTLPKEDMVQAEPSSHEGLRGEILVEKPDMQPMWT
ILPESDIVWTRTSSSGKLSRDTLASTRASTDRLWLKGSMTQSTELPPTASSTQLEDEVIM
GVQDISLELDRVGTDYYQPELTPEQNGKVGSYVEMSTNVRYTEMPIVAHPTKGRDLSHTQ
TAGTLVVFFSLRVTNMMFSEDLFNKNSLEYKALEQRFLELLVPYLQSNLSGFRNLEILNF
RNGSIVVNSRVKFTESVPPDVNNAMYMILEEFCTTAYQTMNLDIDKYSLDVESGDDANPC
KFQACNEFSECLVNPWSGEAKCKCYPGYLSVDELPCQSLCDLQPDFCLNDGKCDIMPGHG
AICRCRVGSNWWYRGQHCEEFVSEPFVIGITIASVVSLLLVVSAVVFFTVKTLQAHNIRR
ERQRPTSSQPDSLSSVENAMKYNPAYESHLAGCEQYERPCSHRPFYSSASEEVLGGLSRE
EIRQMYESSDLSKEEIQERMRILELYANDPEFAAFVREHQM
NT seq
3726 nt
NT seq
+upstream
nt +downstream
nt
atgattatgtttcttcttttagggaagatttctctgggtattttgctattttttctggca
ggaggaaatcttgtatcattctcagaagtgatacaagagcccacgcgtgcggtctccctg
ctcttgcctgagaagtccattggcccttccctgcctcccagaaacaggctgcttttggag
cctgcagaggcagagagcaggtggctgcttagaaggcggagatcgattctgttcccaaat
ggggtcaaagtttgccccaatgaaagcgctgcggaggcggtggccaaccacgtgaagtat
tttaaagcccgagtgtgccaggaagccatctgggaagccttcaggacgttttgggatcgt
cttcctgggcgtgaggaatatcgttactggatggacttgtgtgaggctggaaccacaagt
gtatttgaaatgggcacacagtttagccagtctatggaacatagaagcttaatcacgaag
aagctggcttacacgaaggaagctgcaagcagctcctgcaagcaccaggcctgtgggcct
gagttgtcatccccagttcctgctggtgatacctcaacatttacaggtactgttcccggt
gcttcgtatccaggggtggcctcagagagcagtgtggtgtcgccagaggagagcatcagc
aatgaaattgaggaggtgacagaggggcccacacagcctgctgtggaacagatagctgaa
ttcagcatccaccttctgggggagcaatacagcgaagagctgcgggaccccgccagtgcc
ctctaccagctccttgttgaagagtttatttcagaggttggaaatgcattcacagggttg
ccaggatacaaggacatgcgtgttcttgaattcaggtctcctcaggaaaatggcagtggg
atcgacgttctctatgcggctaccttcaatggggaggccatcagcaataccacctgggac
ctcataagccttcactccaacaaggtggaaaaccatggccttgtcgagctggatgataag
cccactgctgtttacacaattagcaacttcagagagcatattgctgagacactgcaccag
aactttctgatgggaaattcctctttgaatccagatcccaagtctctccagcttgtcaat
gtgagaggagttttgctcccccagacagaagacctagctccttggaacactgaaagttca
agtcttcaggtgacagcaccctctgctctggataacacccttcaagctgaatggccctca
gcagatgagtccaccaccaccagtatctcagcacctggtttcagctctggtcctccccca
gccactggcagggaactccaggaaacaagtgctttgggtgattcagggtcaccgcttaaa
ttagcctctccctcgaaggtggtcctcagttcttccccagaggttttagagggtagccgc
ttgactcttcattctgttaccccagcagtgcttgagatgggtttgcctgtggcttctgag
ggaaggacttctggagcctccatattagaagacggattagccaatattgaagaaccagaa
gatgcttctatggatgtagtgccttcaagctcattagttaaacccgtgccaaaagaaaca
gtaccacccatggaagactctggcatgactcccttgacaccttcaccacatctgacctct
tctgtcatagaagaccttgttaaaggcacaaccgcaccttccggcttggactccttgact
tccaaagtcgcagaccgactggacatgagcccatggtttccagacacctctaaagaaaac
gagttcatttttgaaagtggttttggctctgggtctgggaaaaatgtggatctgattatt
tggccacagagtgagacttcaccagagaagaccactgaaacactgtcacggttgtggcct
gaagatgagtatgtactcttgccaactgaaggtctagaaaaattacatatagatggtaga
gtagattccacagaacaaactgctgaaccttcagagcatagagatagtgatagagccacc
agttttgcggaggaagaacccgttggtggatttactctacctatcttggtagagtctgca
actcaggccacatctctgtcttttcctaagcacacatcagatgcaccagacactgattct
tactcagtgaccaaagcatcctctttgctggcagctctaaccacctcagcttccactgag
caaacagagggagtgaatacccttccaaaggaagatatggtgcaagcagagccatccagt
catgaagggcttcgcggtgaaattttggtggagaagccagatatgcaacctatgtggacc
atattgccagaatcagatatagtttggacacgaacttcatcctcagggaaattgtccaga
gacacattggcaagtacccgagcgagcactgacaggctctggttgaaaggttccatgaca
cagtctactgaattgcctccaacagccagctccacccagctagaagatgaagtaataatg
ggcgtacaggatatttcattagaactagatcgggtgggcacagattactatcagcccgag
ctaacaccagaacaaaatggcaaggttggtagctatgtggaaatgtctacaaatgttcgc
tacacagagatgcctattgtggctcaccccacaaaaggacgtgacttgagtcacacccag
accgcaggaacattggtggtgttctttagcctccgagtgacaaacatgatgttttcagaa
gacttgtttaataaaaactctttggaatataaagccctggagcaaaggttcttagaactg
ttagttccctatcttcagtcgaatctgtcagggttcaggaacttagaaatcctgaacttc
agaaatggcagcatcgtggtgaacagccgagtgaagttcactgagtctgtccctccagat
gtcaacaatgccatgtatatgattctggaagaattttgtactactgcctaccaaaccatg
aacttggatattgataagtactccctggatgtggaatcaggtgatgatgccaacccttgc
aagttccaagcctgtaatgaattttctgagtgtttggtaaatccatggagtggagaagca
aagtgcaaatgctaccctgggtacctgagtgtggatgaactgccctgtcaaagtctttgt
gatctacagcctgacttctgcttgaatgatggaaagtgtgacattatgcccgggcatggg
gccatttgtagatgccgggttggttcgaactggtggtatcgaggccaacactgtgaggag
tttgtgtctgagccctttgtcataggcatcaccatagcctctgtggttagccttctcctt
gtggtttctgctgtcgtcttcttcactgtgaagacacttcaggctcataatatcaggaga
gaaaggcagaggcccaccagcagccagcccgacagcctgtcgtctgtggagaatgctatg
aagtataaccctgcatatgaaagccacttggctggatgtgagcagtatgagagaccctgt
agccatcgaccgttctatagctcagctagtgaagaggtgcttggggggctgagcagagaa
gaaatcagacagatgtatgagagcagtgacctttccaaagaggaaattcaagagagaatg
aggattttggaactgtatgccaatgatcccgagtttgcggctttcgtgagagagcatcaa
atgtaa
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integrated database retrieval system
