Eleginops maclovinus (Patagonian blennie): 134872712
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Entry
134872712 CDS
T09869
Symbol
dscama
Name
(RefSeq) Down syndrome cell adhesion molecule a isoform X1
KO
K06767
Down syndrome cell adhesion molecule
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
emac04515
]
134872712 (dscama)
Cell adhesion molecules [BR:
emac04515
]
Immunoglobulin superfamily
DSCAM family
134872712 (dscama)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
I-set
Ig_3
Ig_2
fn3
ig
Ig_DSCAM-DSCAML_C
V-set
C2-set_2
Pur_ac_phosph_N
V-set_CD47
C1-set
fn3_2
Interfer-bind
C2-set_3
Psg1
DUF3188
Motif
Other DBs
NCBI-GeneID:
134872712
NCBI-ProteinID:
XP_063752192
LinkDB
All DBs
Position
11:complement(15633577..15717291)
Genome browser
AA seq
2028 aa
AA seq
DB search
MWILALIFSQCILNVFCEDLRSSLYFVNASVQEVVFASTTGTSVPCPATGVPPVSLRWYL
ATSEEIYDVPGIRHVHPNGTLQIFHIPPSSFSKLIHDTTYYCTAENPSGRIRSQDVHIKA
VLREPYTVRVEDQKAMRGNVAVFKCIIPASVEAYITVMSWEKDTMSINAEMSRFLITSTG
ALYILDVQMEDGLYNYRCMTRHRYTGETRQSNSARLIVSDPTNSAPHILDSFELREVMAS
HRVELPCKASGHPVPKYRWLKDNRPLEPDPRFRQSVTGLLIERSQPGDTGTYVCEVWNGY
GNAEVAGRLLVKEQLKVVVSPRKVKGSVGSQVSLSCSVTGSEEYQLSWYRNGELIYPSNS
VRMTGQNRENLVMAGMAKSDGGAYQCFARHGKMSAQDFVQVILEDGTPKILASFSEKVYN
INEFVSLSCTVKGTPEPRVTWTLDDEPVIRDSRHRISHYTNTEGHVVSHLNISQTQVPDG
GVYRCICNNSAGTVSYQARINVRGPASIRPMKNLTAIAGRDMYIHCRVIGYPYYSIKWYK
DSNLLPYNHRQRAFENNGTLKLFDVQKDVDEGEYTCNVLVQPQLSTHQSVYVTVKVPPTI
HPFEFPRFSIGQRVFIPCVVMSGDQPVFITWQKDGRPIPASLGVTIDNIDFTSSLRVSNL
TLMHNGNYTCIARNQAAAVEHQSQLIVRVPPKFVVQPKDQDGIYGKAVILNCSAEGYPVP
TIQWEYSKGAGVPQFKSIALNSGFRIEVLVNGSLFIKHVLEEDSGFYLCRVSNDVGADVS
KSMYLNVKIPAMITSYPNTTLATQGEEKKMSCTAHGEKPIMVRWEKEERIINPETSRYVV
SVKEVGDEVISTLQIMPTVREDSGFFSCHAINSFGEDRGIIQLTVQEPPDPPEVEIREVK
DRTIALRWTMGFDGNSPITGFDIESKNKSAPWDTAQKTKDVSPQLNQATIIDLHPSSTYN
IRMFAKNLIGKSEASNELTITTDEAAPDGPPQDVQLEAFSSQSIRVAWRAPKKHLQNGAI
KGYQVGYREYSSGGNYQFSVISVETTGDNAESLVLDNLKKFTQYGVVVQASNSAGTGPSS
TEVAATTLEDVPSRPPENVQAIATSPEVISLSWLTPPKDALNGNLLGFRVIYWANLPDGE
LGEIRNVTTSKPSLELDGLEKYTNYSIQVLTFTRAGDGVRSEQIYTRTKEDVPGPPAGVK
AAAASNSVVFVSWLPPLKVNGIIRKYTVFCSNPHPTVSSEFEAAPDVFFYRIPNLSRNRQ
YSIWVVAVTAAGRGNASEIITVKPMAEAPARILTFNRTVTTPWMRDIVLPCKAVGDPSPT
IKWLKEINGTPAPVVIDSRRSVHGNGSLVIRTVKAEDSGNYTCVASNSFGSDKIVLNLQV
QVPPDQPRLTVTKTTTTSITLSWIPGDNGGSSIRGYILQYSEDNSEQWGNFPISPSERSY
RLENLKCGTWYKFTLTAQNAVGPGRISEIIEAKTHGKEPQYSKEQELFTSINATRVKLNL
NGWNNGGCPITSFTLEYRPMDSPSWTTAQRTSLTKSYILYDLQEASWYELQMKVYNSAGY
AEKRVKFSTLSYDGSTIAPLVKAPNVSEDHSGGGEGLKMMVTISCVLVGIVVIFIGLLVL
RRRRREQRLKRLRDAKSLAEMLMSKNTRPAEPVNKQQQTLRMHIDIPRAKLLIEERDTME
TVDDRSTVLLTDNDFGETQKQKSSTVTHTVHYQSLSQATGPLVDVSDARPGTSKSNPTAR
RTAKAGPAARNRYASQWTLNRPHPPVSSHTLSTDWRLPTPRVAGSVDKESDSYSVSPSQD
TDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQMTAGTND
YTDSLTSSTPSESGICRFTASPPKPQDVSRVMNMAVPKAHRPGGELVHLPPYLRMDFLLN
RGMSCSGSSRGTASGERAAMGQACLEPQKSRSLKRPSRMAPPTPTEAPQASREPVAQWQP
GSAATLPHREGSELAQAAKLSTSQESLLDSRGHLKQSNNPYAKSYTLV
NT seq
6087 nt
NT seq
+upstream
nt +downstream
nt
atgtggatattggctcttatcttttcccagtgcatcttgaatgttttctgtgaagatcta
cgttccagcttatattttgtcaatgcatctgtgcaagaggtagtgtttgccagcaccaca
gggacgtcggtgccctgtcccgccacaggcgtgccccctgtctcgctgcgctggtacctg
gccaccagcgaggagatctatgatgtgccagggatccgccatgtgcaccccaatggcacc
cttcagatcttccacatccccccttccagcttcagcaaactcatccacgacaccacctac
tattgcacagcagagaacccctcagggagaatcaggagccaagatgtacacattaaggct
gtcctacgagagccctacactgtccgggtggaggaccagaaagccatgagaggcaatgtg
gcggtcttcaagtgcattatccctgcctcagtggaggcctacatcactgttatgtcctgg
gagaaagacacaatgtcaatcaacgcggaaatgtcacggtttctcatcacatccacggga
gccctgtatatcctggatgtgcaaatggaagacgggctgtacaactacaggtgtatgaca
cgccatcggtacacaggagagactcgacaaagcaatagtgcccgcctcattgtctcagac
ccgaccaactcagcgccccacatccttgacagcttcgagcttcgtgaggtcatggcctct
catcgagtggagttgccctgcaaggcctctggtcaccctgtacccaaataccgctggcta
aaggacaaccggccgctggagcccgaccctcgcttcagacagagtgtgacaggcctgctg
atagagagatcccagcccggcgacacagggacgtatgtgtgtgaggtgtggaatggatat
ggaaacgctgaggtggctggcaggctgctggtgaaagaacagctgaaggttgtggtaagc
ccgcgaaaggtgaagggcagcgttggaagccaggtttcactgtcctgcagcgtaactggc
tcagaggagtaccagttgtcctggtaccgcaacggagagctcatctaccccagcaacagc
gttcgcatgacaggccaaaacagggagaatctggtcatggctggtatggccaagagcgat
ggaggagcctatcagtgttttgccagacatggcaaaatgtccgcccaggactttgttcaa
gtcatcctggaagatggtaccccaaagatcctggcttcattcagcgagaaggtctacaac
atcaatgagtttgtgtcgctgtcgtgcacggtgaagggaacgccagagccccgggtaact
tggactctggatgacgaacctgtgatacgggacagccgccaccgcatctcccactacacc
aacactgaaggccacgtggtcagccacctgaacatcagccagacccaggtgccggatgga
ggggtttatcgatgcatctgcaacaactcggccgggaccgtttcctaccaggcgcgaata
aacgtaagagggcctgccagcatcagaccaatgaaaaacctcactgccatcgctgggcgg
gacatgtacatccactgccgtgtcattggctacccgtactactccatcaagtggtacaag
gactccaatctgctgccctacaaccaccgccagcgggccttcgagaacaacggcaccctg
aagctgtttgatgtgcagaaggatgtggatgaaggagagtacacatgcaacgtgctggtg
cagcctcagctctccacacaccagagcgtctatgttactgtgaaagttccacctaccatc
cacccatttgagtttcctcggttttccatcggtcagcgagtcttcatcccttgtgtggtc
atgtccggcgaccaacccgtcttcatcacctggcagaaggacggtcggccaatcccagcc
agcctgggtgtcaccatagacaacatagacttcaccagctccctgcgagtctccaacctc
acactgatgcacaatgggaattacacctgcatcgcacgtaaccaggccgccgccgtagag
caccagagccagctcattgtccgagttcctcccaaatttgtggtgcaacctaaggaccag
gatggcatctatggaaaagcagtaatcctaaactgctctgctgaaggctatcctgttcct
accatccaatgggaatactcaaaaggcgccggggtccctcaattcaaatccattgccttg
aactcaggctttcggattgaagtgctggtcaacggctctctgttcatcaaacatgttctg
gaagaagacagcggcttctacctgtgtagagtcagcaacgacgttggagctgatgtcagc
aagtccatgtatctcaatgtcaaaatccctgccatgatcacatcctaccccaacaccacg
cttgcgactcaaggcgaagagaagaagatgagctgcactgcccacggcgagaaacccatc
atggtgcgctgggagaaggaggaacgcatcatcaaccccgagaccagccgctacgtggtt
tctgtcaaggaggtgggcgatgaagtcatctccaccctgcagatcatgcccacagtgagg
gaggactctggcttcttctcttgtcatgccatcaactcgtttggagaagacagaggaatc
attcagctcacagtgcaagagcccccggaccccccagaggtggagatcagagaagtgaag
gacaggaccattgcactgcgctggactatgggtttcgatggcaacagcccaatcacaggc
ttcgatattgagagcaagaacaaatcagccccctgggatactgctcagaagaccaaagat
gtctcacctcagctcaaccaggccaccatcatcgacctgcacccatcctccacctacaac
atccgcatgttcgccaagaacctgatcggcaagagcgaggccagcaacgagctaaccatc
accacggatgaagcggctcctgatggaccgcctcaggacgtgcagctggaagccttctcc
tctcagagcatccgagtcgcttggagggccccgaaaaagcacctgcagaacggggccatc
aaaggctaccaggtgggctacagggagtacagctctgggggaaactaccagttcagtgtg
atcagcgtggagaccacaggagacaacgcagagagcctggtgctggacaacctgaagaag
ttcacccagtatggggtggtggtgcaggccagcaatagcgcagggacggggccctcctcc
acagaggtggctgctaccacgctggaagatgtgcccagtcggcctccagagaacgtccag
gccatagccacgtctccggaggtcatctctctgtcctggctgaccccccccaaagatgct
ctgaacggaaacctgctgggcttcagggtcatctactgggccaaccttcctgatggagag
ctgggagagatcaggaacgtgaccacctctaagccctctctggagctggacggactggag
aagtacaccaactacagcatccaagtgctgactttcaccagagctggagacggagtccgc
agtgaacagatctacacccgcaccaaggaagatgttcccgggcctccggcaggggtgaag
gcagcagctgcttctaactcggtggtgtttgtgtcctggcttcctcctctcaaagtgaat
ggcatcatcaggaaatacacagtcttctgttccaacccacaccccacggtgagcagtgag
tttgaggcggctccagatgtgttcttctaccgcatccccaacctgagcaggaaccgccag
tacagcatctgggtggtggccgtcaccgccgccggccgaggaaatgccagtgaaatcatc
accgtcaaacccatggctgaggctccggctcggatcctgaccttcaacagaacagtaacc
accccctggatgagggatattgtgctgccgtgtaaagcagtgggagatccatctccaacc
atcaagtggctgaaggagatcaacggaaccccagcacctgttgtgattgacagccggcgt
agcgtccatggtaacggcagcctcgttattcgcacggtgaaagcagaggattctgggaac
tacacttgcgtggccagtaacagcttcggttcagacaagatcgtcctcaacctgcaggtc
caagttccaccggaccagcctcgcctcacagtaaccaagacaaccaccacgtcaataacc
ctctcctggatccctggagacaacggaggcagctccatcagaggctacatcctgcagtac
tcggaggataacagcgagcagtgggggaacttccccatcagtcccagtgagcgctcctac
agactggagaacctcaagtgtggaacctggtacaagttcacactcactgcgcagaatgca
gtggggccaggacgcataagtgagatcattgaagcgaagacccatgggaaagaacctcag
tactccaaagagcaggagctgttcaccagcattaacgccactcgggtcaagcttaacctg
aacggctggaataacggcggatgccccatcacctccttcaccctggagtaccggcctatg
gactcgccatcatggaccacggcacagcgcacctccctcaccaagagctacatcctgtac
gacctgcaggaggccagctggtacgagctgcagatgaaggtctacaacagcgccggctat
gctgagaagagagtcaagttttcaacactcagctacgatggcagtaccatcgcacctttg
gtgaaggcccccaacgtaagtgaagaccactctggaggcggcgagggcttaaagatgatg
gtgactatttcctgtgtgttggtgggcatcgtagtaatcttcattgggctgctggtgctg
aggaggaggaggagggagcagaggctgaagaggctcagagatgctaaaagtttggctgag
atgttaatgagtaaaaacacacgtccagcagagccagttaacaaacagcaacagacgctc
cgtatgcacatcgacatccccagagccaagctgctgatcgaggagagagacaccatggaa
actgttgacgacaggtccactgtgttactgactgataacgacttcggggagacccagaaa
cagaagtcctcaacagtcactcacacagtccactatcagtccctgtcacaggccaccggg
ccactggtggacgtgtctgacgccagaccaggaaccagtaagtccaaccctactgcccgc
cgcacagccaaagccggccctgcggcccgcaaccgatacgccagccagtggaccctgaac
cgcccccacccccctgtctcctcccacaccctcagcactgactggaggctgcccaccccc
agagtagcaggctctgtcgacaaggagagtgacagctacagcgtcagcccatctcaggac
acagaccgagcgcggagcagtatggtgtcaacagagagcgcgtcctccacctatgaggag
ctggccagagcctacgagcacgccaagatggaggagcagctgcgccacgccaagttcacc
atcaccgaatgcttcatctctgacacttcctcagagcagatgacggcaggcaccaacgac
tacaccgacagcctgacctccagcacaccgtcggaatcaggcatctgtcgcttcactgcc
tccccacccaagcctcaggatgtcagccgggtcatgaacatggctgtgcccaaggcccac
agaccggggggcgagctggttcaccttcctccgtacctgcgcatggacttcctgttaaac
cgaggcatgtcctgctcgggctcatccagggggactgcaagtggggagagagcggccatg
ggtcaggcctgtctggagccacaaaaaagtcgctctctgaagcggccctctcgcatggcg
cccccaacgccaacagaggcccctcaggccagcagggaacctgtggcacagtggcagcct
ggctccgctgccacgctcccccacagagagggctcagagctggcccaggccgccaagctc
agcacctcccaggagtccctgctggactcgcggggacatctcaaacagagcaacaacccc
tacgcaaagtcctacacgctggtataa
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