Anas platyrhynchos (mallard): 101802526
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Entry
101802526 CDS
T02816
Name
(RefSeq) LOW QUALITY PROTEIN: interphotoreceptor matrix proteoglycan 2
KO
K19017
interphotoreceptor matrix proteoglycan 2
Organism
apla
Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
apla00536
]
101802526
Glycosaminoglycan binding proteins [BR:
apla00536
]
Hyaluronan
Extracellular matrix or blood plasma proteins
101802526
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Gene cluster
GFIT
Motif
Pfam:
SEA
EGF
Dam
Motif
Other DBs
NCBI-GeneID:
101802526
NCBI-ProteinID:
XP_038031697
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Position
1:complement(89661711..89688581)
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AA seq
1300 aa
AA seq
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MAPPCCSDFSTDKMFWGAVRSGTPTPASDADVTTLRDAAANVPPPHEVSIESPAGGTIPE
TEDADTTINNEIKKEDENLMRPVTERMIEFSIVIVGEKYSEELSDPDTVKRQLLSEQFVS
QIQKVFEGLPGYKNIRVLEFSSPEEDSGVEVHYAVTFDGEAISNATWDLINLHSNKVEDN
SFMDIEDNPTVVYTISDFQDYIAEILQKNALLENTSLILDPNSLQLINVKEILHPTQADP
SWITEHPGVLERAEFDDNTFLAERPSADESTVSNTLPFDSTKPDSTSDSEESNDNEIHRR
PANQDSEASWTPDAPLSSEVDVTSSPDELNLEDGNQTPPLVTAPALERDSVDSLEWLSAP
DSSDGFEDTGLSEDFILPSSPPSHLVPEEPPSTDDYVVPLSPASTVASSSVTETDTKATA
SAEVEKVTQGSPADSNNADSVLHNSVEENPFPSELHPVEAETDIYLGDRITYEDGSGSAF
DGSGKETESSIWPWEEATLEPVFYPGPDSWLDDDNESLLIRTEDIPEGLILDYILNSQKK
LDDDPSKDENEGMADIEENFLDESEIFVFPETTTQHVSLLQTEEPLPVEPSTQTEASSTY
DSSFVKPVLILEPSEDYSFVDMPTGEAPVSTHNTDVSVEDDSLLTPAVPLSMDNSPTSTA
ALSTDSSLTSTVTLSVDNSLMPTVTLSTDNSLTSTVSLSVEQPEESSVGQEIVSEAVEHQ
HEGRPTSEELFTAGQSDLTESATIGYLDTSSSESILTADPFVVNTDTSTEEQQALDTSLA
GQNTGSAIKKPADVWPTDRVLENILDQTVKSATPTVVEAATTVPSVTEQATVLEGVAGQG
GTDHSTLVSTSISTVRNSYVTVSVTANIAELPSNLPPMGSTASPSVVTSAKVGDETARVL
DVSVGLDHVSVVSFSPEPSEEGRSLTDSHVELTTRAQSTEMASVAWATRENHNSTPIPSR
ALVVFFSLRVTNMMFSEDLFNKNSPEYKALEQRFLELLVPYLQSNLTGFQNLEILNFRNG
SIVVNSRMKFAKPVPRNVTNAVYMILEDFCNTAYHTMNLAIDKYSLDVESGEQADPCKFQ
ACNEFSECLVNRWSGEAECVCNPGYLSIDGLPCNSICDLQPNFCLNDGKCDISPGQGAIC
RCRVGENWWYRGEHCEEYVSEPLVVGIAIASVAGFLLVASAVIFFLARTLRDQYTKSDTE
DSQGQGDSLSSIENAVKYNPMYESDTTGYSHYYRRYPQLTSYSSTSADTSTDYSSEEIRH
IYENSELTKEEIQDRIRIIELYAKDRQFAEFVRQHQMKLL
NT seq
3903 nt
NT seq
+upstream
nt +downstream
nt
atggccccaccttgttgcagtgatttcagtacagataagatgttttggggtgctgtaagg
agtgggactccaactccagcttcggatgctgatgttaccacactgagagatgcagctgcc
aacgttcctccccctcatgaggtgtccattgagagtcctgcaggtggtaccatccctgaa
actgaagatgcagacacaactatcaataatgagataaagaaggaggatgagaatctcatg
aggcctgtaactgagcggatgattgagttcagcattgtgattgttggagaaaagtacagc
gaggagctgagtgacccagacaccgtgaagcgtcagctgctctctgaacaatttgtttct
cagatccaaaaggtatttgaaggactacctggatacaaaaacatccgtgtcctggaattc
agctctcctgaggaggacagtggggtggaagtgcactatgctgttacttttgatggagaa
gccatcagcaatgccacctgggacctgattaaccttcactccaacaaggtggaggacaac
tcctttatggacatagaggataatccaacagttgtttacaccatcagcgatttccaagat
tatattgctgaaattctccagaaaaatgccttgcttgaaaacacttccttgattttagac
ccaaactctctccaacttattaatgtgaaagaaatactacaccctacccaagcagatcca
tcctggattactgagcatccaggtgtgttggagcgtgcggagtttgatgataacaccttt
ttagctgaacggccttcagcagatgaatcaacggtcagcaataccttgccctttgattcc
accaaaccagattccacttcagatagtgaagagtccaatgacaatgaaatccaccgaaga
ccagcaaatcaggactctgaggccagctggacacctgatgctccactttcctccgaagtt
gatgtcacctcttcgcctgatgagctgaatttagaagatgggaatcagactcctcctttg
gtcactgcaccagcattagagcgtgattctgtggactccctggaatggctgtcagcccct
gattcttcagatgggtttgaagatactgggctatcagaagactttattctgccttcgagt
cccccttctcacctcgtgcctgaagaacctccatctacagatgattacgtagttcccctg
tctcctgcatcaacagtggcctcctcgtcagtcacggagactgatactaaagcaacagcc
tctgctgaggtggaaaaagtaactcagggtagtcctgcagacagtaacaatgcagactct
gtgttgcataattctgtggaagaaaatccttttccctcagaactacaccctgtagaagct
gaaactgatatttatctcggagatagaattacatatgaagatgggtctggttcagctttt
gatggttcaggaaaagaaacggaatcaagtatttggccttgggaagaagcaacgctggaa
cctgttttctaccctggtcctgatagctggcttgatgatgataatgagtctttgttaatc
agaactgaggatattcctgaaggcctgatcttagattatattcttaactctcagaagaaa
ttagatgatgatccttccaaagatgaaaatgaaggtatggctgacatagaagaaaatttt
cttgatgaatctgaaatatttgtctttcctgagactacaactcagcacgtatctctgctt
cagacagaggagccactacctgtggagccatctacacagacagaagcatcgagcacatac
gattcttcttttgttaaaccagtcctcattctggagccatcagaggactattcctttgta
gacatgccaactggagaagcccctgtctcaacacacaacacagatgtgtctgttgaagat
gatagtctccttacacctgcagtacccctcagtatggacaatagtcctacatctactgca
gcactcagtacggacagtagtcttacatctacagtaaccctcagtgtggacaatagtctt
atgcctacagtaaccctcagtacagacaatagtctcacatctaccgtaagcctcagtgtg
gagcaacctgaagagtccagtgtaggtcaggagatcgtttctgaggcagttgaacaccag
catgaaggcaggccaacatcagaagaactgttcacagcagggcagtcagatctgactgaa
tctgctacgataggctacttggacacaagcagttcagaaagtattctgactgcagatcct
tttgtggtgaacactgatacttccacagaagagcagcaagccctggacacatctttggca
ggccaaaacactggctcggcaataaagaaaccagctgatgtttggcctactgacagagtg
ctagaaaatatattagatcagacagtaaaatcagcaacaccaactgtagttgaagctgca
actacggttccttctgtaacagagcaggccactgttctagagggtgttgctggacagggt
ggtacagaccacagcacgcttgtttccacgagcatcagcactgttaggaactcctacgta
actgtgagcgtcacagcaaacatcgccgagcttccatccaatctcccaccaatgggatcc
acagcgtcaccatcggtggttacctcagcaaaggtgggagatgaaacagccagggtcctg
gatgtgtcagtggggctggatcacgtcagcgttgtcagcttttctcctgagccgagtgag
gagggaaggagcctgactgacagtcacgtggagctgaccacccgtgcccaatccacagag
atggccagcgtggcgtgggccacgcgtgagaaccacaacagcactcctatcccatcacga
gctctggtcgtgtttttcagtcttcgggttaccaacatgatgttttcagaggacctgttc
aacaaaaattcccctgaatataaagcattggagcaacgattcttggaactgctggtgccg
taccttcagtcaaacctaacaggcttccagaatctggagatcctgaacttcagaaatggc
agcattgtggtgaacagtcgaatgaaattcgccaaacccgtgcctcggaatgtcaccaat
gctgtgtacatgatcctggaagacttctgcaacactgcgtatcacaccatgaacctggcc
atcgataaatattccctggatgtggaatcaggtgagcaagcagatccctgcaagttccag
gcctgcaatgagttctccgagtgcttggtgaatcgctggagtggggaggctgagtgtgtc
tgcaatcccggctacctgagcatcgatgggctgccgtgcaacagcatctgtgatctgcag
cccaacttctgcctgaacgatggcaagtgcgacatcagccccgggcaaggcgccatatgc
aggtgtcgtgtaggagagaactggtggtacagaggggagcactgtgaggaatacgtgtct
gagcccctggttgtgggtattgccattgcttctgtggcagggttccttcttgtggcatct
gctgtcatcttcttcttggccaggacccttcgagaccaatacacgaagagcgacactgag
gactctcaggggcagggtgacagcctctcgtccattgagaatgccgttaagtacaacccc
atgtacgaaagcgatacgactggctacagccactactaccgcaggtaccctcagctaaca
tcctacagttccaccagcgcagacacgtccaccgactacagcagtgaagagataaggcac
atttatgaaaacagtgagcttacaaaggaggaaattcaggacagaattcgaattatagag
ctctacgctaaagaccgtcagtttgcagagttcgttaggcagcatcaaatgaagctgctt
taa
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