Haliaeetus albicilla (white-tailed eagle): 104318157
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Entry
104318157 CDS
T08398
Name
(RefSeq) transmembrane protein 2-like
KO
K22144
cell surface hyaluronidase [EC:
3.2.1.35
]
Organism
hald
Haliaeetus albicilla (white-tailed eagle)
Brite
KEGG Orthology (KO) [BR:
hald00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
hald00536
]
104318157
Enzymes [BR:
hald01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
104318157
Glycosaminoglycan binding proteins [BR:
hald00536
]
Hyaluronan
Cell surface receptors
104318157
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
ILEI
PADR1_Zn_ribbon
Motif
Other DBs
NCBI-GeneID:
104318157
NCBI-ProteinID:
XP_009917604
LinkDB
All DBs
Position
Unknown
AA seq
1034 aa
AA seq
DB search
STAEDKREYHGNGTTGLAVAQRDFLTYDGTRFTVTAFSGWIKGVPHNGFKVEVSKGIILH
LVDEVTSWLPGDRIVVASTDYSMHQAEEFNLLPCPECKSNQVKIDGSPLYLHIGEVIDGI
DMRAEVGLLTRNILIQGEMEDSCYGQNQCQFFSFDTFGGHIKILRNFSSVHMSGVELKNM
GQQILGSYPVHFHLAEDVDERGGYERPTYLDNLAIHHCFSRCVAIHGTHGLLVKDTIGYD
TLGHCFFLEDGTEQRNTFYHNLGLLTRSGTILPSDRNEAMCLAIRSHVYGNYVPVPSTDC
MAVSTFWIANPNNNLIENAAAGAQDVGIWYLFHRVPTGQSEGQYPEGQAEHTPLGVFYNN
RVHSNFKAGLFIGKGVKTTRASAEDPREYLTVDNARFRPHQDADPEKPRVPAVIDGLIAF
KNNDHGAWARGGDIIFRNSGFSDNGIGLTLASDGTFPTDEGSSLEVTCSIFVGESSNFGS
QGGQNSYWGKGANGEYRTLPRNKTFPIRGFQIYDGPVRMAKCTFKKFTPTVDRYSSAIGF
FMKNSWQISPQNNVSQILMEKSVGLKVFFGRSGQWFGNNDNDGDKMSVFHDLDGSVTGYP
DTFIGRADNYLLRHPGCLTVPRWNGVMCTGKFAQLYIQARRPENLTLSIARATYHSHPLR
LQGVNRGAPYQQYQPVVMLEQAYIIQWDGRAPEDIILYPINFNRGDWLHVALCYPRAAVF
QVMADIYQRRTGTVHSVKHYLAAPSRASALNGTGERLFYFDRASGYLFVHLQAHEARKGH
SYCSQQGCERVKIMAHMYPGDTWSCDPNPFPERPAAAQRPMSQHPAAPCRACGAPQLAIT
STPSVKYIRIQIQSLSRADIQNRLTSAFIKINDTVFLFNSRGIFFVVLDACSGAVVSRRH
FDTVTGENAASAITDYVQTFIKERSLVLVCSRDIAEVVGSSEMPVFTRLGSAKPIVFHKE
GSFAMLGYKGQAKPSWIKVLNHAGYQKAASLQHYVPLKLKEYQCPANANVSLKFSFSQNH
SSEHISAEAAAPQD
NT seq
3105 nt
NT seq
+upstream
nt +downstream
nt
tccaccgcggaggataagcgggagtaccacgggaatggaacgacggggttagccgtagcc
cagagagacttcctcacctacgatggcacccgttttactgttactgctttcagcgggtgg
ataaaaggggtgcctcataatggatttaaagtggaagtgtccaaaggaataattcttcac
ttggtggatgaggttacaagctggttacctggcgaccggatcgtcgttgccagtacagat
tattctatgcatcaggctgaagagtttaatctccttccttgccctgaatgtaaaagtaat
caagtgaaaattgacggcagcccactgtatcttcacattggagaagtcatagatggcatt
gatatgagggcagaggttggtcttctgactagaaatatacttattcaaggagaaatggaa
gactcctgttatggacaaaatcagtgccagtttttctcctttgatacattcggaggacat
attaaaatcctaagaaattttagctctgttcacatgtcaggagtggaattaaaaaacatg
gggcagcaaatcctgggcagttatcctgtgcattttcacttggctgaggatgtggatgag
agaggaggatacgaacgcccaacgtacctcgataacctggctatccaccactgcttctct
aggtgtgttgccatacatggaactcatggccttctggtaaaagacaccattggctatgac
actctggggcactgtttcttccttgaagatgggacggagcaacgcaatactttttatcac
aacttgggcctcctcacaaggtcggggacgatcttgccttcggatcgcaacgaggctatg
tgccttgctatccgcagccatgtctatgggaattatgttcctgtgccgagcaccgactgt
atggctgtcagcacattctggattgcaaatccaaacaacaacttaatagagaatgcagca
gctggtgctcaggatgttgggatatggtacctcttccaccgggttcccactggacagtcc
gaggggcaatatccagagggacaggctgaacatacccccttgggagtattttacaacaac
agagtccactccaatttcaaggctggtttgtttattggaaaaggagtaaagacaacgaga
gccagcgctgaagatcccagagagtatctcactgtcgataatgccaggtttcgcccacat
caagatgctgatcctgaaaagccacgagttcctgctgtgattgatggtcttattgctttt
aaaaataatgaccatggggcctgggccaggggtggcgacattattttccgcaactcaggg
ttttcagacaatggaattggactcactctggcaagtgatgggactttcccgacagatgaa
ggctccagcctggaggttacatgctccatttttgttggagaaagcagcaactttggctcc
cagggaggccaaaacagctactggggaaaaggggcaaatggagaatacagaacgctgccc
agaaacaagacgttccctattcgtggatttcagatttatgatgggcctgtcaggatggca
aaatgcactttcaagaagttcaccccaactgttgacagatactcaagtgccatcgggttc
ttcatgaaaaactcatggcagataagcccccagaataatgtgtcacagatcctgatggag
aaaagtgttggactgaaagtgttttttggcagatcgggccagtggtttggaaacaatgat
aatgacggtgacaaaatgtctgtcttccatgatctggacggctcggtgacagggtatccg
gacactttcataggcagagcggacaactacttgctgcgtcaccccgggtgcctcactgtc
ccacgctggaacggggtgatgtgtaccgggaaatttgcacagctttatattcaggccaga
cgccccgagaatctgaccttatccattgccagagcaacataccattcccatcccttgcgg
ttgcaaggcgtgaacagaggagcaccataccagcagtaccagcctgtcgtcatgctcgag
caagcttatatcatccagtgggatggcagagcacctgaggatattatcctgtacccgatc
aacttcaacagaggagactggctgcatgttgccctctgctaccccagggcagccgttttc
caggtgatggcggatatctaccagcgacggacagggacggtgcacagtgtaaagcactac
ctcgccgctccttcccgggccagcgctctcaacgggaccggcgagcggctcttctacttc
gacagagcatcggggtacctctttgttcacctgcaagcccacgaagctcgtaaagggcac
agttactgctctcagcaaggctgtgaacgtgttaaaatcatggcgcatatgtatccaggg
gacacctggagctgtgacccaaaccccttcccggagaggccagcagctgcccagcgcccc
atgtcccagcacccggctgcgccgtgcagggcgtgtggggccccacagcttgctatcact
agcacaccatcagtcaagtatataaggatccagatccagtctctcagcagggcggacata
caaaaccgcttgacatcagcattcattaagataaatgacacagttttcctattcaatagc
cgtgggatattctttgtggtgctagatgcatgttcaggagcagtcgtgagtaggcggcac
tttgacacagttactggtgaaaatgccgccagtgcaataactgattatgttcaaacattt
ataaaagagagatcacttgttctcgtgtgctctagagatattgcagaggtggtggggagc
tctgaaatgcctgttttcaccaggttaggttcagcaaagcctattgtcttccacaaggaa
gggagttttgccatgcttggctataaaggacaagccaaaccctcctggattaaagtcctt
aatcatgctggttatcagaaagctgcttctctacagcattatgttcccttgaagctgaag
gaatatcaatgtccagctaatgccaacgtgtcgctaaaattctctttttctcagaaccac
tcttctgagcatatctctgcagaggctgcggctccccaggattag
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