Eleginops maclovinus (Patagonian blennie): 134860186
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Entry
134860186 CDS
T09869
Symbol
pcdh12
Name
(RefSeq) LOW QUALITY PROTEIN: protocadherin-12
KO
K16499
protocadherin delta 2
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
]
134860186 (pcdh12)
Cell adhesion molecules [BR:
emac04515
]
Cadherins
Protocadherins
134860186 (pcdh12)
BRITE hierarchy
Motif
Pfam:
Cadherin
Cadherin_2
Cadherin_3
TMEM154
Motif
Other DBs
NCBI-GeneID:
134860186
NCBI-ProteinID:
XP_063733120
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All DBs
Position
23:1954601..1973950
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AA seq
1170 aa
AA seq
DB search
MLLALLLLLSLCSDARSSEPSSITIQYRVWEEQPTGTRVGRLVDDLRQRDEGGPLEDFQV
VEHGLGLPFSVSTQDGVVTTQGRLDREELCSGSDLCELAFSVLYRKGGAVNCLRVRVEVM
DLNDHSPTFPSALQEVEISETAGLRMRIPLDRAVDPDAGPNSLQSYLLSVNQHFTLDVTA
APGGTKQAELVVIKELDREVQATFDLTLVAWDKGNPPRSGSTLVRVNIQDSNDNSPVFED
STPTVELSEDTARGTTIINVKATDPDQGANGEVEYSISKHSRPLVKKLFFVDPQTGAVTI
IAPLDYEVETSHEVIIQARDRGPNAIPTHCKLHVKLRDVNDNAPRIHMNWAPPNSPVATV
LEGAKEDTFIALVMVSDADSGENGKVRAHIKQGSGPFRLKRNQRDSYIIVTNGTLDREKE
THYNITVIAQDHGDPPLSCVKHLIVHVLDENDNAPVFSNSVYNASFEENNVAGYRALKVE
AHDVDLEFSGRVSYSIRNINEVEMNPIPFSIHQTSGVISVQKPLDFEESNSYTLMVEAVD
QGYPPLTSTASVQIVIQDVNDNYPVIKEPKPRNGVAFLSVPVNTEKGEIVTELRNDTEDG
STPLPINRSVAEGFVGFLASTIKAKDPDSGLNGQLSYLITDENPNKLFLLDKATGQLFVN
TTNATELIGKTFKVNIAVSDMGTPSLTTKATLEVTFINLKDHLKNSSPGNRGQLSFTMMM
AICFGATCLLLLLAFALVTTFCRPEKRDSRAYNCRQAESTYTRHPRRPQKNIRKSDIQLI
PVIRGRTDDSPEDDSESQPLAPPPLTSDEDQTERQYTLTPSVMNTSFHSQGYPEGDSSHH
GKTLRKPANIELDGTLPLTPASSYRTLRKSRNASSSSSSVSHSSTLKRPTHSKEEEAQQS
SSTQATLRRPRTSEGRGGPEAEHRQMLRNLVRLSMAAFGESIELSSASPEVQQISQLLSL
LRQGQLQPRTNFRGNKYSHRNGRYGGQDCSDWQSTKDSGHGESEAGDVDWEPGRDSPIDP
QLEEGLHNLLNSADDVFSEVSDPAWMARLSLPISTDYHDNVFVPTGPPSPESELPPRDAL
DSSSFSTFGKTPEKDGPLGGALLSEVSTLFEMLMTQKADSHPWPTPDVLYRLSAAYRRSL
GLDATAANTPRNSGNSEKRPGPAAPPGLYQ
NT seq
3513 nt
NT seq
+upstream
nt +downstream
nt
atgctgctggctctgcttctgcttctgagtctttgctctgacgctcgctcctccgagccg
tcgtccataaccatccagtaccgtgtttgggaggagcagccgacaggaacccgggtcggc
cgtctggtggatgacctccgtcagagggacgaaggcggccctcttgaggatttccaggtg
gtggagcacggattaggccttcccttctccgtcagcactcaagacggggtcgtcaccacc
cagggccggctggacagggaggagctgtgcagcggatcggacctgtgcgagctggcgttc
agcgtcctctacaggaagggcggtgctgtcaactgcctgcgggttcgcgtggaggtgatg
gacctgaatgaccacagtcccaccttccccagcgctctgcaggaagtggagatctcagag
acggctggcctcaggatgcgcatccctctggaccgggccgtggatcctgatgccgggcct
aatagcctgcaaagctacttgctgtccgtcaaccaacacttcactctggatgtaacggct
gcgccaggcgggaccaaacaggctgagctggtggtgattaaagaactggacagggaggtt
caggccacatttgacctgaccctggtggcttgggataaagggaacccccccaggtccggg
agcaccttagtccgtgttaatattcaggattcaaatgataacagccccgtgtttgaggac
agcacccctactgtggagctgtctgaggatacagcccgtgggacaaccatcatcaacgtc
aaggccacggacccggaccagggggccaacggggaagtggagtattcgataagcaaacac
tcacgtccgttggttaagaagctcttctttgttgacccacagactggagctgtgactatc
attgcacctttggactacgaggtcgagacctctcatgaagtcatcattcaggcccgtgat
cgcgggcccaatgccatccccacacactgcaaactgcacgtcaagctgagagatgtgaac
gacaacgcaccgaggatacacatgaactgggctccacccaactcacctgtggcgactgtg
ctggaaggagccaaagaggacaccttcatcgccctggtgatggtttctgatgctgattca
ggagaaaatggcaaagtgagagcacacatcaagcaaggatcagggccttttcgccttaaa
cgcaaccaacgtgatagttacatcatcgttaccaacggcaccctggaccgggaaaaggaa
acgcattacaacatcacggtcatcgcccaggatcatggggatcccccgctgtcgtgcgtc
aaacatctgatcgttcatgttctggacgagaacgacaacgccccggtgttctccaactcc
gtctataatgcctcctttgaggaaaacaatgtggcaggctaccgcgctctcaaagtggaa
gcccacgatgtggacttagagttcagtggaagagtgtcttactccatacgcaacatcaat
gaagtagaaatgaacccaatacccttctccatccaccagaccagcggtgtcatcagcgtc
cagaagcctctagactttgaggagtccaacagttatacgttaatggtggaggccgtggac
cagggttatccacctctcaccagcacggcctcggttcaaatcgtcatccaggatgtgaac
gacaactacccagtcatcaaggagccaaaacccagaaacggtgtggcttttctaagtgta
ccagtcaatacggagaagggggagattgtgacggagctacggaatgacacagaagatgga
tccacacctttgccgatcaatcgctcggttgcagaggggtttgttggattccttgcgtcc
accataaaggccaaagacccggactcggggctgaacggacaactcagctacctcatcact
gatgaaaaccccaataaactgttcttattagacaaggctacaggtcagctgtttgttaac
accaccaatgccactgagctaattgggaaaacatttaaagtgaacattgctgtttctgac
atggggacgcccagcctgaccaccaaggcaactctagaggtgactttcatcaatctcaaa
gaccacctgaagaactcctcacccggtaacagaggtcagctcagcttcaccatgatgatg
gcgatctgtttcggtgccacctgcctgctgctgctgttggccttcgctttggtgacgacg
ttctgccgcccggaaaaacgtgacagccgggcgtacaactgcagacaggccgagtccacc
tacacccgccaccctcgacgcccgcagaagaacatcaggaagtcggacattcagctcatc
cccgtcatcagaggccgaacagacgactctcctgaggatgatagtgagtcccagccactg
gccccgcctccattgacgtcagacgaggatcaaactgagaggcagtatacattaacgccg
tccgtcatgaacaccagcttccactcccaaggctacccagaaggggattcctcccaccac
ggcaaaacgctccggaaacccgcaaacatcgaactcgatggaactctgccgctgacaccc
gcctcgtcatacaggactcttcggaaatccaggaacgcttcttcatcatcttcttcagtc
tctcattcgagcaccttgaagcggccgactcactctaaggaagaagaggcacagcagagt
tcctccacccaggcgactctccggaggccgaggacctcggaggggcgaggggggcccgaa
gcagaacaccggcagatgcttagaaacctggttcgtctgtccatggccgccttcggagag
tccatcgagctttcctcagcttccccagaagtgcagcagatctcccagctcctctctctc
ctccggcagggtcagctgcagccccggacaaacttcagaggaaacaaatactctcaccgc
aacggcagatatggaggtcaggactgttctgattggcagagcactaaggacagcggacac
ggcgagagcgaggccggagacgtggactgggaaccgggaagagactcccccatagacccc
cagctggaggagggcctccacaacctgctcaacagcgcagatgacgtcttctcagaggtc
agcgacccggcctggatggcccgcctctctctcccgatcagcactgattaccacgacaac
gtttttgtccctaccgggcccccgtcccctgagagtgagctccccccccgggacgccctg
gactcctcgtccttctccacatttggtaagactccagagaaggacggtcccctggggggg
gcgctgctctccgaggtcagcaccctgtttgagatgctgatgacgcagaaggctgactcc
cacccctggcccacgcccgacgtactgtaccgcctctccgctgcgtaccggcgttcgctg
ggcctcgacgccaccgccgccaacaccccaaggaactctgggaactctgagaagaggccc
ggcccggctgccccccccggactgtaccaatag
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