Ficedula albicollis (collared flycatcher): 101810515
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Entry
101810515 CDS
T02815
Symbol
TMEM2
Name
(RefSeq) transmembrane protein 2
KO
K22144
cell surface hyaluronidase [EC:
3.2.1.35
]
Organism
fab
Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
fab00536
]
101810515 (TMEM2)
Enzymes [BR:
fab01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
101810515 (TMEM2)
Glycosaminoglycan binding proteins [BR:
fab00536
]
Hyaluronan
Cell surface receptors
101810515 (TMEM2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ILEI
G8
Motif
Other DBs
NCBI-GeneID:
101810515
NCBI-ProteinID:
XP_005061239
UniProt:
U3K865
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All DBs
Position
Z:complement(51344079..51395406)
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AA seq
1382 aa
AA seq
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MQGADTRGSSPAFLRPQNGSSHRSSGYVPGRIAPLRPPPPSQSHAAAEFTSARQEAQTRL
PSLPVEQHRRQAEASRHKNTLICSAISSLSLFVALGIFLGIASKYAPDENCPDQNPRLKN
WSPGKDPEKRVIIKKGDLFRLNSDATVHSIVIQDGGLLVFGDDNEGSKNITLRTRFILIK
DGGMLHVGAEKCRYKSKATIILYGKSNEGADVPEFGKKFIGVGPEGVLELHGRQKVSWTL
LSKTIYFSGLAYGHYTFKKNFYRGLNVRVIDQDTAEVLEVLKFDTHEFAEESIKLQNLLK
NGHPGRIIAIAVGDSAAKNLLEETRVTIQNLLGSKFVRGLSYRQAWALVGVIGGGNSSCN
ESVRNYENHSTGGKALAQKEFFTVDGQKFVVRAYSEWNDGVPISGFQVEAVGGVILNLLD
DVSSWEPGDRIVVASTDYSMYQTEEFTLLPCPECTKHQVKVKENPQFPHVGEVIDGVDMR
AEVGVLTRNILIRGETENTCYLEKDCQFFNFDTFGGHIKILKNFTSVHLSYVELKQMGQQ
QIGSYPVHFHLCGDVDEKGGYTFKTYLEGLSIHHCFSRCVTVHATNGLLIKDTIGYDTLG
HCFFIEDGIEQRNTLFHNLGLVTKPGTLLPTDRNSSMCTGIRDKVYGSYVPVPATDCMAV
STFWISHPNNHLINNAAAGSQDAGIWYLFHRVATGDSHSLAIETKSELTPLGIFYNNRVH
SNFKAGLFIDKGVKTTNASADDPREYLCLDNNARFRPHQDADPEKPRVAALIDRLISFKN
NDHGAWVRGGDILIQNSGFADNGIGLTFASDGSFPNDEGASQEVSESLFIGESKNFGFQG
GQNKYVGTGGIDNKTRTLPRNRTFPIRGFQIYDGPIHLTKCTFKNFVPTPDRFTSAVGFL
LKNPWQMTPKNNISLVKFGPNVSLKAFFGKPGPWFEEGDLDGDKNSIFHDLDGSVTDYRD
TYVGRMDNYLIQHPKCINITEWSGVVCSGSYAQVYVQTWNGQNLSMTIVRDEYPAYPMVL
RGINQRAAAFQQYQPVVMLQKGYTIHWNGKAPNVTYLYLINFNKNDWIRVGLCYQPRTDF
LIVLETFQRRSSALSSKVERYLPVSSMMELEKNRSDKRFYFDNSTGLLFLFLQAKYNRDG
HSYCSSQGCERIKIVTKDSSKGISNCMAKAYPKYYQVPTVIKQMPGKTTVPCTKCGTTQM
VFTSDPHKNYLLVQINSSDERESSRSQQAFIYVNGTMFSFKNNGILIVVLDACTGTVLGN
KLFSGVDIRHIDGYLKSEIPQRSIILLSTRGDVAIPNNLAEAFMSLGTAKPPYLQSNGSL
AFLGFRGNIKPSWIKLSTSPAGHGLVQIEKYIPLQLEEYGCARAIKTRRKDLELLKKAAR
SH
NT seq
4149 nt
NT seq
+upstream
nt +downstream
nt
atgcaaggcgctgataccagggggagctcccctgcattcctccgtcctcagaacgggagc
agtcacaggtcttcggggtacgtcccggggagaattgcccctctccgtcccccgccgcct
tcgcagagccatgctgcagcagaatttacctcggcgagacaggaagcccagacaagactc
ccgtccttgccagtggagcagcaccgccggcaggcagaagctagcaggcataaaaatact
cttatttgctctgccatttctagcctttcactttttgttgcactgggaatttttttggga
atagcttcaaaatatgctccagatgagaattgtcctgatcagaaccctcgccttaaaaac
tggagccctggaaaagatcctgaaaaacgagttattatcaaaaaaggggatttgtttcgt
ctgaactcagacgctacagtacactctatagttatacaggatggaggtttacttgttttt
ggtgatgataacgaaggttctaaaaatattaccttgagaactcgatttatcctgataaag
gatggtggaatgcttcatgttggagcagagaaatgccgctataaatccaaagcaactatt
attttgtatgggaagtcaaatgaaggtgctgatgtgccagaatttggcaaaaaatttatt
ggtgtgggccctgaaggagtgctggagttgcacgggcgccagaaggtatcatggactctt
ctgtcaaagactatatatttctcagggctagcctatggtcattatacatttaaaaagaat
ttttaccgaggactaaatgttagagtgattgatcaggatacagcagaggttttggaagtg
ctgaagtttgatactcatgaatttgcagaggaaagcataaagctccagaacttactgaaa
aatgggcatcctggtcgcattattgctattgctgtcggagattcagctgctaaaaatctt
ttggaggaaaccagagtgacaattcaaaatcttctgggaagtaagtttgtcagaggatta
agctacaggcaagcctgggctttagttggtgttataggtggtggaaattcttcctgtaat
gaatcagtgagaaactatgaaaaccacagcactggtgggaaagctcttgctcaaaaagag
tttttcacagtggatggtcagaagtttgttgtgagagcttacagcgaatggaatgatggt
gttccaatatcaggcttccaggtggaagcggtgggtggagtaatactgaatcttctggat
gatgttagtagttgggaaccaggagacaggattgtggttgcgagcacagactattccatg
tatcagacagaggaattcaccctccttccctgcccagagtgtaccaagcatcaggttaaa
gtcaaagaaaaccctcagtttcctcatgtaggagaagtaattgatggagtggacatgaga
gcagaagttggagttcttacaagaaacatcctaataaggggggagacagaaaatacctgc
tatcttgaaaaggactgtcagttcttcaatttcgatacatttggtggacatatcaagatt
ttgaagaattttacatccgttcacctttcctatgtggaactgaagcaaatgggccagcag
cagattggaagttaccctgttcactttcacctttgtggggatgtggatgaaaaaggagga
tatacttttaaaacctatctggaaggtctttctattcatcactgcttttccagatgtgtg
actgttcatgcaactaatggtttgctgataaaggacaccattggctacgacacactaggt
cactgtttcttcatagaagatggcattgagcagaggaatactttgttccacaaccttggg
ctagtcacaaaaccaggcactcttctacctacagacagaaacagcagcatgtgtactggg
attagggataaggtgtatggaagttatgtccccgtgccagccacggactgcatggccgtt
tcaacattctggatttctcatcccaataatcatcttataaataatgcagcagcaggctca
caggacgctggaatatggtatttgttccacagggttgctacaggagattctcatagttta
gccatcgaaaccaaatcagagcttacacccctaggaatcttctataacaaccgggttcat
tctaattttaaggctggtttgttcattgataagggtgttaaaacaactaatgctagtgct
gatgatcccagagaatatctttgtttggacaacaatgcaaggtttcgacctcatcaagat
gcagaccctgaaaagccccgagttgctgccctgattgacagattaatctctttcaaaaac
aatgatcatggagcctgggtcaggggaggggatatcctcattcagaactctgggtttgca
gacaatggaataggtttgacatttgctagtgatgggagcttcccaaatgatgaaggtgcc
agccaggaagtatcagagtccttgttcataggtgagagcaagaattttgggtttcaaggt
ggacaaaataagtatgtgggaactggaggaatagacaacaagacgcgcactctgcctaga
aatcggacatttccaatcagaggctttcagatttatgatggacctattcaccttaccaag
tgcacatttaaaaactttgtgccaactccagacagatttaccagtgcagttggatttttg
ttgaaaaatccatggcagatgactccaaaaaataacatttctcttgtgaagtttggtcca
aatgtttctttgaaagccttctttggaaagcctggtccctggtttgaagaaggagatctg
gatggtgacaagaactcaatatttcatgatctggatggttcagtgactgactacagggat
acctatgtgggccgaatggataattacttaattcagcaccccaaatgcattaacatcaca
gaatggagtggagtggtttgcagtgggagctatgcacaggtttatgtccaaacctggaat
ggacagaatctttccatgactattgtccgagatgagtatccagcctatcccatggttctt
cggggtattaatcagagagcagctgcctttcagcaataccagccagtggtgatgctccag
aagggctatacaatacattggaatggaaaagctccaaatgtcacctatctgtatctcatt
aacttcaacaagaatgactggattcgtgttggtctttgttaccagccaagaacagatttt
cttatagtactggaaacctttcaaaggcgatcatctgctctgtcaagcaaggtggagcgc
tacctgcccgtatcctcaatgatggagcttgaaaagaaccgatcagacaagaggttttac
tttgacaacagtactggattactgtttttatttcttcaagccaaatataatagggatggt
cacagttattgctcatctcagggatgtgaaaggatcaagattgtgaccaaagattcatca
aaagggataagtaattgcatggcaaaagcttacccaaagtactaccaagtaccaaccgtc
ataaagcagatgccaggaaaaactactgtaccatgtacaaaatgtggcacaactcagatg
gtattcaccagtgaccctcacaaaaactacctccttgtgcagattaattcatctgatgaa
agagagtcaagcagaagtcagcaagcatttatatatgtcaatggcaccatgttttccttc
aagaataatggaatacttattgttgtactagatgcctgtactggcacagtgttgggaaac
aaattattttctggggtagacattaggcatatagatggatatttaaaatctgaaattcca
caaaggtctatcattctgctgagcacaagaggtgatgtggcaattcctaataatttagct
gaggcctttatgtccctggggacagcgaaaccaccttatcttcagagcaatggaagcttg
gcctttctgggcttcagaggaaacattaagccatcctggattaagctctctaccagtcct
gctgggcatgggctcgttcagatagaaaagtatatccctctgcaactggaagagtatggc
tgtgccagagcgattaaaacccgtcggaaagacctcgagcttctaaagaaggctgcacga
tctcattaa
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