| New model in OGS2.0 | DPOGS207947 |
|---|---|
| Genomic Position | scaffold340:- 169232-188223 |
| See gene structure | |
| CDS Length | 5673 |
| Paired RNAseq reads | 887 |
| Single RNAseq reads | 2264 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000387 (0.0) |
| Best Drosophila hit | ND |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein AaeL_AAEL010014 [Aedes aegypti] (1e-45) |
| Best NR hit (blastx) | hypothetical protein AaeL_AAEL010014 [Aedes aegypti] (3e-58) |
| GeneOntology terms | ND |
| InterPro families | IPR015919 Cadherin-like IPR020894 Cadherin conserved site IPR002126 Cadherin |
| Orthology group | MCL23978 |
Nucleotide sequence:
ATGTGGAAACAAGCTTATACAGTTGTAGTGATACTTGTAGCATCTGGATTTTTTCACTAC
AGTCATGCTTGCACAGTAGAAGACGTAGACCAGAGCGTTCCTGTTACAAGAGAAATAAAA
GACACATTTAGAGGCATCTTTTTTTCAAGTAATACTCAAAATATTCAAGAACCCGTTTCT
TTAATACAAAACGAAGGTCTAAAGGAAGGACCGTATCTTGATATTTTCCTAAATAACTCA
CTACTTACCATCGGTACCAACGACAACTTTGCCAATTATGAAGAAGTTGAAACCGAAACG
ACTATGAGATACACAGTAAATTTAGGATGTACAAGTGGTTCGCGACTGAGTTTTGTTTTG
ATTATAAACATAAGAGACACAAACAACAATAACCCTATATTTCTGCAACCGGAATACGAG
TTTAACATCGTCCTACCAGTTCCGCCTGGATTCATGGTCACCAATTGTGAAAATGACATT
GTTGTCAGAGATATAGATCTCACCACTCGAAGGATTGATTATAAACTGAATGGAAGCGAT
CTGTTTGAAATATCGTACGACCCATCTTCTAAAGTTCCAAAAGAATTTAAATCGATACTC
AGAACGACTACTTTGATAAGATATATACCCGAGCAAATAACACTGACGTTGACTGCCACG
GATGTCGACGAAACTAGCGATCCGGCAAGATCAAACACTACGACGGTTATCATCAAAGCA
GACAATCAATTTCAATTTCCTGATGAGCCAATATTTTCACAACCTTTTTATTTGGCATCA
TATGAAAGGGAAAGCGATTTTGTATTACAAGATACCATTTATTTGGAACAGGGATATGAC
GATCAAGTAAAATTCAGTTTTGAAAGCGATTATTCTGAATACTTTAATATGGTCGTAGAC
GGTAACAAAGTTCAGTTTAATATGAATAAATCGATACCAGTCCAATTGTATGAAAAAAAA
CAGATATATTTAGTTGTAAAAGCAGAAAGAGAGTATACTAGTGGTGCCACTGCTGCGGTT
ATTTTGAAATTACCAATAGATACTAAGTTAGAATTTGAGAGAGCTATTTACAAAGGAAAA
ATAACTGATAACGTTTTAAATCTAACAGATTTAATATTAAAACAAGGCTATGAACATTCC
AATATAACAGTAGAAATAAGCAGTGAATACTCTTTCAAAGCGACTGTTCTATCAAATATC
ATAAAATTATCAATGGATCCTTTGACGGAGGATGTTATTAGAAATAATAATTTTATTGGT
TTGGAAGTACTAGCCTCAAATAACCGAACTACGGCAATAACTGCTGTAGTATTAGAAATC
ATCAAAGAAGATACCATAACTCCAGTATTTGAAAAATATATATATAATGGTAATTATAGC
AACGAAACGGGATTTGTCATGGATGATATCATATTAATTCAAGGCTTTGATGAAACAGTC
AACCTAACTCTAGAAGGAGAATACATCACATTCTTCGAAATATCGCAGGATGGAGCAAGA
ATAAGACTTAAACCTTTGGCTACACCTGAAGAATTGCTGAAAACAAATATCATTTTAAGC
ATACTTGCTGATAAACCAAGAACAGTCGGAGCACATGCTACAATCAATATAGCGGTGCCA
TCAGCTAGATCTTTGGTTTTTGATAAGGATTTGTATATTGGAACAATAGAAAAGAATAAT
TTAACACTCAACAACATTGTTCTAACCGAAGGATATGCCTCAGACATTAATTTCACCTTA
ACTGGCGATCTTTCAAATCACTTTTCCGTAAGCAACAATCAAAACATCCTAACTGTCTCC
GTAACAACGGAATTGCCGGAGACAGTTGTATTGGAGAACGACTTTATTGTATTGACTCTC
GTTGCATTTGGAATGAAAGCTATTACAACTTCAACAAATATCGTCATTCGAATAATAAAA
GAGGACTATCTAACTCCCATTTTTAACGAGCGGATCTATTCTGTAAAGTACGAGAATGAT
CAACTAAATGCCGTCAATATGACATTGATCCAAGGTTTTGACGAAACTGTCACATTTGAA
TTGATTGGCGTCCACAGAGAATTCTTTAGTTTAGAAACTAGTCTCAACACAATAAAACTA
GTTGTGAACTCCACTATACCAGAAGATATTATATTTAATGAAAAGGTTATCATATTAAAT
GTTGTGGCTCGAAAGCCCCTAACAGTTGGAGCAAATGCAGCAGTGTATATTACATTTCCA
CCAGAGATGACAGAGCTAGGCGTATTGAATTTCACCCAAAATGCCTATAGTGGTTCTTTA
AAAGAGGGTGTCCTTATAGTAGAAGATATAATACTTGAATATGGTTACACGCCACAAACT
ACATTTATTCTAAGCGGAGACTATTCAGATAAATTTTCCTTAAATTATTCAAGCAATGTT
ATCACAGTGATACTAAAAAGTAATGTATCGTTGGAGGAAATCGAAAGACAGAATTTTATT
ACTTTAGAAGTTAAAGCAACAAGAAGAAGGACTATTCCAGCAACAACTGTAGTAGTGGTG
TATATCAATAGAACTAGCATAGTTAGTCCCATATTTGAACAAGCATTTTATAACGGCAGT
TACACTAACGATGGTGGATTAGTATTTGAGCAAGTAATATCATTACAGGAAGGTTTTGAT
AGTACTGTAGAATTTAGTTTAGAAAAAGAATATTCACAGTGGTTTGTGTTGGAACAAAAT
GGCAATTCTGTAATATTAAAATTAAATACTTCAAATCCTATACCAGAGGCCATCACAGAA
AAAAACAAGCAATTTTTAATCACAATTTTTGCCAGGAAACCAGAAACGGTTGATGGAAGA
GCAGTCATATATATAGATCTACCGAAAGAAAATAGCAATGTCAGAATTCTTCAATTTGAA
CATGTCAGCTATTTGGGAAGTATAGAAAGCGGAGTAATACAACTAGAAGAGATTCGTCTC
AGGACCGAAATTACGTCAGCGATGGATTTCAATATAACCGGAGAATACGCATCGTATTTT
ACGATCTCTAAACAGACTGAATCTATACAGATTGACATCATGGACGCGCCGCCAGAAGTA
TTTGAAAACAATGACTTTTTAGTTCTCAATATAAATGTGTTTGAAGTCGGATCTGTAAGT
GGACATACCACTGCCGTATTGAATATAATAAAAGATAGACAGTATAAAAATATTACCCCC
GTATTTAGCGAAGCCTATTACACTGGACAGTATTCTAAAGATACTGGCCTTTTATTCTCA
TCTATAATAACCCTCATCCAAGGTTATGATGAAACTGTGACATTTTTACTTGACAGCGAA
GACTCGAAAGGTTTTGAATTAGTAGAGACAGACGTAAATAATTTTACACTGACATTCAAT
GGAAGTTCAAGTGAAGGACATAAGAAGAATTACTTATTGTTCCCCGTTATAGCACTTAAA
CCAAACTCCAGACAAGGAAGCGCTGCAATATTTATTTCTATGACAGGATCTCCGGAGACG
AATGTATTCTTTGATAAAATTCTTTACAATGGGAAACTAGAGGATGACATTCTCTCACAC
GATACCATAACATTGACAGGTTTTAATGGAACAAATATTTTAATAACGGGTGAAAACTCG
AGACTTTTTGAAGCGGAATTCATTAACGGCTTTGTAAAAGTCACAACAACGTCTTCTTCA
GAATTTCCGAGAGAGCTTACCCACATAGCACTTGAATTACAAGCAGGGAGTGCAAAGTCA
GTACTTTTAATAGATGTCAGTTTTTCAGATAATCCGGATCTGCCAAAGATATCATTTAAA
TCAGAATCTTACTTCTTTTGGGCCGATGTCAAACAGACGGGAGAAATTGGAAAAGTTGAA
GCAACGGTTGATAATGATGAAGCTGTCACGTACTCCCTGCGTGTCACTAATGATCACATA
GCATCTCGGCTTAACATAGATGAAAGTAATGGAGTATTACAGTTAACAAACGTCGCCGAG
AAGGGAATATATAATTTCAATGTTAAAGCGACTTCAGTTCAAAGCAAAGTTGAAGCTACG
GCATCAGTGCTATTGCGTGTTGACGCTCTGCCGGATTGCGGCGGCGAGGTTGGCTTATCA
CCTTTGATAGTTATTGAAAGAGTTGAAGAAGAAGCTCATTATAATTTGGTTGTCTTAAAT
GAGACTGAACATGAAGGTTGCAAGTATACATTAACAAACGTCTTCCCCGAAGATCAATCC
TGGCTATACGTCGAAAATAACGGATTGCATACAAAGCCTATTGACCGAGAGGACAAATCA
ATTGCTTTCATGACTCTGTCTCAGATTCAAGTGGAATTAACACTTAAGTGCGACAGTGAT
GGAGTACCGGCCTTCGCTAAGCGTTCATTAGACGCAGACGATAGCTCGTACCTCTATTCT
TACGACTACGGTCCTAATAAATGGGTCCTGACTGACACCATTTTATATAATGCCAGACGA
AGCTTCGTGAACCTTATCGTCAAAGATATTAATGATAATTCACCAAAATTCAACGGAAAG
GAAAATGATACAATTTACGTCGGATATCCGATGTCCGAAATAGAGGGGCTCGTTCTTCCA
CGTGCTCTTGCTGAATTGAAGGCGACAGATGAGGATATAGGAGAAAATGCAGCTATAATG
TATTGGAGCAGGGAAGACAATCTGGCCGTTTCACCAAATACCGGTTTAGTTCACGTTCGC
AATAACGCAAAATTGGAAAACAATTCCCGTTTAACAGTATATGCTATCGACCAAAACGGA
CAAGGGAACAACGGCTCTATAGTTATTGTGGTTAAATTATTAAATAAAAACCAAATTGCC
GTCCTGACTATAAGAAACGCATTCTTGGAGGATGAATCTAACGTTTTAAATGACTTGAGT
AATTCGGTGGGATACGACATTAAGGTTTTAAGGTCTATTGTGATTTCTGATAGCTATGAA
GAATCCAATAGAACGAAACGAGACATAAATAGCAATAGTGGATCGTCTCTGCAACTATAT
GTTTATGGTTTAAAGGAAAGTGAACCAGTCGACATCAATCAATTGACCGGTGATATTAAC
AATAATAACGTAGCTACAATCACCATAGCCAGGATTCTATCTTTAGAAGATCATCTTGAC
AGTCTAGCGATATGTCCCGGACTGGAACGTGATATAGGCCTCCTAGCTACGACCATCGCA
TTATCTATCCTGATATTAATTTTAATTATTGCGATATCTGTCTTGTTCTTCCTTAAATGG
AGAATAACAAGAAACTACGAGAGATTCAGTGATAGCAACAGTACTACTTCCCAGCTAGCA
TCACCCAAGCTTCCTGTTATTGAAGTTCCTCAGAAAACACGTCTCAATATGGAGGAAATA
AAAAGGAGTGAGAAGAGACTACAAGAAATGTTAGAAGAACCGGTCGAAAGTCAACTCGAT
TCCGAAACAGACGATATTAAAGATGTAAATGAGACTCTTGATGAGGCCATTGTTAACATA
TCAAGTGATGTTCAATTACCTATTATAATACAATCAATAGATAAGCTGAAAGATGGTAAT
GACGAGTCTGATGATAATGACGAATATGGTGAAATGAAACAACCGCGGAAATCTGTTGTG
ACGTTCAATGAAAACGTTGAGAAAATCATTCATATAGAAGACGTTAATGAAGATGAAAGC
TCAGAGCAGAGTTTTGAAGTTTATAAATTTTAA
Protein sequence:
MWKQAYTVVVILVASGFFHYSHACTVEDVDQSVPVTREIKDTFRGIFFSSNTQNIQEPVS
LIQNEGLKEGPYLDIFLNNSLLTIGTNDNFANYEEVETETTMRYTVNLGCTSGSRLSFVL
IINIRDTNNNNPIFLQPEYEFNIVLPVPPGFMVTNCENDIVVRDIDLTTRRIDYKLNGSD
LFEISYDPSSKVPKEFKSILRTTTLIRYIPEQITLTLTATDVDETSDPARSNTTTVIIKA
DNQFQFPDEPIFSQPFYLASYERESDFVLQDTIYLEQGYDDQVKFSFESDYSEYFNMVVD
GNKVQFNMNKSIPVQLYEKKQIYLVVKAEREYTSGATAAVILKLPIDTKLEFERAIYKGK
ITDNVLNLTDLILKQGYEHSNITVEISSEYSFKATVLSNIIKLSMDPLTEDVIRNNNFIG
LEVLASNNRTTAITAVVLEIIKEDTITPVFEKYIYNGNYSNETGFVMDDIILIQGFDETV
NLTLEGEYITFFEISQDGARIRLKPLATPEELLKTNIILSILADKPRTVGAHATINIAVP
SARSLVFDKDLYIGTIEKNNLTLNNIVLTEGYASDINFTLTGDLSNHFSVSNNQNILTVS
VTTELPETVVLENDFIVLTLVAFGMKAITTSTNIVIRIIKEDYLTPIFNERIYSVKYEND
QLNAVNMTLIQGFDETVTFELIGVHREFFSLETSLNTIKLVVNSTIPEDIIFNEKVIILN
VVARKPLTVGANAAVYITFPPEMTELGVLNFTQNAYSGSLKEGVLIVEDIILEYGYTPQT
TFILSGDYSDKFSLNYSSNVITVILKSNVSLEEIERQNFITLEVKATRRRTIPATTVVVV
YINRTSIVSPIFEQAFYNGSYTNDGGLVFEQVISLQEGFDSTVEFSLEKEYSQWFVLEQN
GNSVILKLNTSNPIPEAITEKNKQFLITIFARKPETVDGRAVIYIDLPKENSNVRILQFE
HVSYLGSIESGVIQLEEIRLRTEITSAMDFNITGEYASYFTISKQTESIQIDIMDAPPEV
FENNDFLVLNINVFEVGSVSGHTTAVLNIIKDRQYKNITPVFSEAYYTGQYSKDTGLLFS
SIITLIQGYDETVTFLLDSEDSKGFELVETDVNNFTLTFNGSSSEGHKKNYLLFPVIALK
PNSRQGSAAIFISMTGSPETNVFFDKILYNGKLEDDILSHDTITLTGFNGTNILITGENS
RLFEAEFINGFVKVTTTSSSEFPRELTHIALELQAGSAKSVLLIDVSFSDNPDLPKISFK
SESYFFWADVKQTGEIGKVEATVDNDEAVTYSLRVTNDHIASRLNIDESNGVLQLTNVAE
KGIYNFNVKATSVQSKVEATASVLLRVDALPDCGGEVGLSPLIVIERVEEEAHYNLVVLN
ETEHEGCKYTLTNVFPEDQSWLYVENNGLHTKPIDREDKSIAFMTLSQIQVELTLKCDSD
GVPAFAKRSLDADDSSYLYSYDYGPNKWVLTDTILYNARRSFVNLIVKDINDNSPKFNGK
ENDTIYVGYPMSEIEGLVLPRALAELKATDEDIGENAAIMYWSREDNLAVSPNTGLVHVR
NNAKLENNSRLTVYAIDQNGQGNNGSIVIVVKLLNKNQIAVLTIRNAFLEDESNVLNDLS
NSVGYDIKVLRSIVISDSYEESNRTKRDINSNSGSSLQLYVYGLKESEPVDINQLTGDIN
NNNVATITIARILSLEDHLDSLAICPGLERDIGLLATTIALSILILILIIAISVLFFLKW
RITRNYERFSDSNSTTSQLASPKLPVIEVPQKTRLNMEEIKRSEKRLQEMLEEPVESQLD
SETDDIKDVNETLDEAIVNISSDVQLPIIIQSIDKLKDGNDESDDNDEYGEMKQPRKSVV
TFNENVEKIIHIEDVNEDESSEQSFEVYKF