| New model in OGS2.0 | DPOGS213273 |
|---|---|
| Genomic Position | scaffold1029:+ 4373-11652 |
| See gene structure | |
| CDS Length | 5757 |
| Paired RNAseq reads | 1641 |
| Single RNAseq reads | 4131 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000964 (0.0) |
| Best Drosophila hit | tenascin accessory, isoform E (0.0) |
| Best Human hit | teneurin-3 (0.0) |
| Best NR hit (blastp) | PREDICTED: similar to type II transmembrane protein, partial [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC007844 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0005578 proteinaceous extracellular matrix GO:0007155 cell adhesion GO:0005576 extracellular region GO:0007160 cell-matrix adhesion GO:0005886 plasma membrane GO:0007366 periodic partitioning by pair rule gene |
| InterPro families | IPR011042 Six-bladed beta-propeller, TolB-like IPR006530 YD repeat |
| Orthology group | MCL10165 |
Nucleotide sequence:
TTCGACGTTTTGGTGAACGGTGGTGGGGCAGTTACTCTCCAGTTCCAGCGATCCCCATTC
AAGCCTCTTAGGAAAACCGTCTTCGTGCCATGGAACCAGATAGTTGTACTCCCGCCCGTC
CAAATGGAACTCAGTGATGATAACATTAAAGTACCCACACCTAGAGCCCCAGTCGGTCTA
GACTGGTCTCCAATGCCACAATGGTGGGAGGCAGATATGCCCCCATGCACTGCTCATGAT
CACGAACGTCTAAGACCTGAGGTTGTGGCTATGCCAGCTCTGGCAGCACCAGCTGCTTCT
TCGCCAACAACCTCTACTGTCATATATCCTGAAGCTCAAATCGTTAGCGAGTCAATCGGA
ATACCAGGGTCATCAGTCAAACTCACCTATCGCTCGTCACAAGCGGCTGGCTACTTGTCT
TGCGTACATATTCAACTGACGAGACGAGAGGTGCCCGCGTTCCTCATTCGAGTACACGTT
CGAGTGGACATCGAGGGTTCTTTACACACTCACACCTATGAAGCGGACCCCGATCTCACT
CACGTGTTTGCGTGGAACAAGCGCAATGTATATAAACAGAAAGTTTACGGCCAAGCTCAA
GCAAAAATTTCAATTGGCTATGAATACACAACATGTTTGTCAATTGTTTGGGAAACGCAA
ACTGCAACTCTATCCGGCTTCGATGTGGATATTTCTGATATTGGAGGATGGGGCTTGGAC
ATTCATCATCATTACAACTTCCATGAAGGCATTCTACAAAAGGGAGATGGAGCTCTATTA
CATTTAAAGCAATACCCAAGAACAGTTCAGGTGGTAATGGGAACTGGTTTGCAAAGGCCC
CTTAACTGCCCTGATCATTGCAATGGTAAAGCTGCAGATTCCCGACTTCTTACACCAACA
GCTCTTACTTCTGGACCCGATGGATCACTATATGTTGGAGATTTTAATCTTGTTCGTCGT
ATTACTCCAGAAGGAATGGTTACAACTGTTTTACAATTAGAAACGACACAAGTTGCATAT
CAATATTACATCTGCATATCTCCAGCGGATGGGTATCTTTACATATCAGATTCAGAAAGA
CATCAAGTTAGAAGAGTACTGGTATTAGATAAAGTACGTGATCCAGCAGCAAATTCAGAA
GCTGTTGTTGGCAATGGGGACCGTTGTGTACCTGGTGATGACTCTAATTGTGGTGACGAA
GGACCTGCTATAAAAGCAAAGTTGGCCCACCCTAAAGGTCTTGCTATAGCAGCAGATAGA
ACTATGTACATCGCAGATGGAACCAATATTCGTGCCGTTGATCCAAATGGTATAATTCAT
ACACTTGTTGGTCATCACGGACATCACAATCACTGGTCACCTGTTCCTTGCCGAGGAGCA
ATTCAACCCTACGAAGCCCAACTACAGTGGCCTACTGGTGTAGCTTTATCGCCACTAGAT
GGTTCACTGTATTTCATAGATGACAGAATTATATTAAAATTAACAGTTGATATGAAAATT
AAAGTAGTTGCTGGACAACCATCACATTGTCGTCTTGGAAGCGATGGCAAACCGATTGCT
AAACCTACTAATAGAACTAATGGAGATATTAGGGAAGATTCTACACTTGGGACTATTCAG
GCCATCGCTTTCGCTCCTAGCGGTATACTTTATATTGCAGAGTCAGATTCTAAAAAGACC
AACACCATAAAAACGATCGATCCCTCTGGGAAAATTTTACATTTTGCCGGAAAATTACAA
GAAAATATGAAAGAACTTAGCTGTGAATGTAATACATCGAATTCAGCAACTATTATACCT
ACAAACAATCGTGAGGACGTCGGAGGATGTCCTTGTAGATTAAGTGTTGCAGCTGGAGAT
GAACCACCAACCAATACTGAAACATTGTTGTCCTCGAACGCAAAATTCCAAACAATATCT
GCCCTAGCTGTAACCCCGGACGGTGTTCTTAATGTCGTTGATCAAGGTTCTTTGCATATT
TTGGCACTAAAACATTATTTACCAACACATGATGAAAATGGTGAATTCAGAATACCGTAT
CCACCAACTTCAGAAGTTTATGTATTCAATCGTTACGGTCAACATATAACTACGAAAGAT
TTAACATCTGGTAAAACCAGATATTCATTCCTGTACTCTAAAAACACAAGTTTCGGTAAA
TTATCTACGGTGACGGATGCATCTGGAAACAAAATACAATTGCTAAGAGATTACAGTAAT
ATTGTGAGCTCGATCGAAAACACGCAAGATCATAAGCTTGAATTGAAAATATCAGGAATT
GGCTACTTGACAAAGATAACTGAGAAAGGTACTTCAGAAATAGAAATGGATTACGACGCA
AATACAGGACTACTTAATAGTCGATCAGGAGCAAGTGATACAGTTATTTATAATTATGAT
GAATTAGGACGAGTAATAAGGATCATTATGCCGTCTGGAGAGCAAGTGCATATAACTTCA
GGTCTCGCAAAGAATTACGGACTGGCCGTCACAGTAGCCAATCCAACTAGTACCATTCCA
GTTGGTGTAGCGAAAAAATGTGAATATGTATTACACGGACAATCCTTCAAACAAATCACT
ATCAATAACGGAAAACAAATTACAGAAGGTCGCATTTTTACTAATAACTCCTTGATCATT
GATACACCATGGTCAGGGAAATTTGAAAGCATAGCGGCTTCAAAACATCCCCTTCTCGAG
GCAGCTTTGCCAATTGAAGCTGAAATGTTACACATGTGGTCGCACCAAACAACGACTTTT
GGAGACAATTTAATAAACAATATGTACTCATTATATACTCTTGTAGGAGATGTAAGGAAC
CCACAGCAAACACTAAATCGTGAAATTTGGGTAAACGACTCTAGAGTTCTGATTATAGAA
TTTGATCAATTCAAGAGTAGAGAGACGTTTTTCAATGCAGATCGGATTCCATTATTTACC
ATTGCTTACGATGTTGCTGGTTTGCCATTATCATTCACACCTCACGGTGCCGGCGTACCC
CTCAATATCTCCTATGACAGATTCTACAGAATAAATGGTTGGAAATGGGGTGTAACTGAG
GAAACTTATAGCTATGATCCTCATGGAATGCTCTCAGAGATTACAAGTCCTCAGGATGGC
ACCAAATTCATTTATTACAACGAAGGTAATTTAGTTTCTAAGATTACATTAGCAAGTCAA
AGGAGTTTTAAATACAAATATGACAGCGATGGCGGTTTTACTCATGTCATATTACCGTCC
GGTACAAATCATTCGTTTAGTGTCCAACCATCCATTGGATTTTTGCGAGTAACGTATACA
CCTCCTGGCTCCCCAAGGAAATACTTGCAACATTACTCACATACTGGAGAACTCCTACAA
ACTGTATTCCCAGGGGATGGTGCAAGAATTATATACAGATACTTTACAACCAATAAAATA
TCTGAAGTAGTTCATGGTGACGGACAAACTCAAATTCACTATTCAGAGAACAGTGGGCTA
CCTTCAGAAATCCTCCATGTGGATCGTGATGTTGATTATCGTTGGGAGTCAACATATATA
GGTGGTTTGCTTGTAGAAGAGCGTATTGACTATGGTGCAAAAACTGGACTGAGTAACGCA
AAAATACTATACGAGTATGATAATAACTACAGAACCATAGCAGTTCAAGGTCGCATCGGT
GGTCAAACACTTATTCCTCATCACATCATTTATAACAGCAAGACAGGCGCTCCAGATGTT
CTAGGTCAATTTACTGTTTCTAAACAAAAATGGAATGAAGCCTCAGTGTATGATGGTATC
GCTATGTTTTCTCGTATATTGAATGAACAGTTTCTCGAAAGGGAGATAACAGTAAATATT
CATAGAATGGAAGTGTTCAGAATGGAATTTGCATATGACAGACATGGTCGCATATCTCAA
ACAAGAACACATACTAGAAATGTAGGTGTTAATACATACACCAATGTCAAGAATTACACT
TGGGATTGTGACGGACAACTGACTGGGGTAGAAGCCCAAGAGCCGTGGGGATTCAGATAT
GATGATAATGGAAATATGCTTTCCTTGACTTACAGAGGAAATACTATTCCGATGGAATAT
AATGATATGGATCGCATTATTAAATTTGGAGAGGGTCAATATCGTTATGATAGCAGAGGA
CTAGTTTCACAAAATGCTAGAGAAGAGCGCTTCCAATACAATGCGAAGGGATTACTTATA
AGAGCAACTAAACGTGGAAGATTTGATGTAAAATACTACTACGATCATTTGGACAGGTTA
TCTACAAGGAAAGACAATTTCGGAAACGTAACTCAATTTTTCTATACAAATAAGGAAAAA
CCTCACGAAGTCAGTCATATATATTCACCTCGAGAAAATAGATTCATGACACTTGTTTAT
GATGATAGAGGCCACCTTATTTATACCCAGGTTGCCCGTCACAAATATTATATAGCAACT
GACCAATGTGGAACTCCAGTAATGGTTTTCAATCAATACGGAGAAGGAATTCGGGAACTC
ATGAGATCACCTTACGGACATATCGTATACGATTCTAACCCGTACCTTTATTTACCTGTA
GATTACTGTGGTGGATTATTAGACAAAGTAACGTCGTTAGTACATATGGCAAATGGTAAA
GTTTATGACCCTCTTATTGGACAATGGATGTCTCCACTTTGGGAAAATCTTGTTGAAAGA
ATACATAACCCAACACAGTTACATTTATATAGATTTAATGGCAATGATCCAATAAATGTG
AGGCCCCAAAATAAAAAGCCAGCAGACCATTTATCCTGGCTTAAATTATTGGGATATGAT
ACAAGAAGTTTGGCACCTCAACTCTACCCAGATGAGCTACCAGGAGGCTCTATATTGCCC
AACATACCTCATGGCCGACCAGTTTGGGGAACAGCACCCGAGGAAGGAGGTCCTGGAATA
CCTTCTACAATGTCATTGCTACCGACTGTTACAATTGAATCTGGATTCTTATCCCATATG
TCGAACAAAAGGATAGCTGATTTCCGAAGTCTTTCTATTCCGGCAATGTCTGCTTTAAAA
TCTGACGCCCTACATCTTGCACCTAAACGTATCGGCTCCGATTCAGAACCTCCTTTTGGA
CGTGGTATACTTATATCTCGTAATTCTAGAGGACGAGCTGTGGTTAACACAGTACCCTCA
GCGAACGCTATATATCGAGATGTATACACGTCCGTGTTTAACAGATCTCACTTACTGCCA
TTTTCTTTTGTGGTTCATGGTGATCAGCAAGACGTATTCTATTTTGTCAAAGAAGATACG
TGGCGTGCAGCAGATGATAAACAGCAACTGAAACGGATGCAAGGAAAGCTTAATGTCACA
TTCCATGAAGTCGCCGAAGGAGGTCATTCTTACGCCGATGTTAAGATTCATGGTCAAACT
AGTATTGTTAATTTACGTTACGGTACAACCGCGGAGAGAGAACGGCAACGTCTTCTGCAC
CACGCTCGCTCGTCAGCAATACGCAAGGCTTGGCATCGGGAACGCGAGGCACTACGCGCT
GGTTTAGGCGGATCGCAGGACTGGTCGGCAGCAGAGTTGGAAGAGATACAGAAGGCGGGA
TCGGCGACTGCCTATGAAGGCGAATATGTCCACGACGTGGCCCGTTATCCAGAGCTCGCT
GAGGATCCGTATAACGTACGCTTCGTGAAGAAGCGGACCGACCGCGCTGAACGCAGACGA
CGAAAGCGTGAGGACTGCCGCGCTCCCTGGTGGCTCGCCTGGGATGACCTCTGCTAG
Protein sequence:
FDVLVNGGGAVTLQFQRSPFKPLRKTVFVPWNQIVVLPPVQMELSDDNIKVPTPRAPVGL
DWSPMPQWWEADMPPCTAHDHERLRPEVVAMPALAAPAASSPTTSTVIYPEAQIVSESIG
IPGSSVKLTYRSSQAAGYLSCVHIQLTRREVPAFLIRVHVRVDIEGSLHTHTYEADPDLT
HVFAWNKRNVYKQKVYGQAQAKISIGYEYTTCLSIVWETQTATLSGFDVDISDIGGWGLD
IHHHYNFHEGILQKGDGALLHLKQYPRTVQVVMGTGLQRPLNCPDHCNGKAADSRLLTPT
ALTSGPDGSLYVGDFNLVRRITPEGMVTTVLQLETTQVAYQYYICISPADGYLYISDSER
HQVRRVLVLDKVRDPAANSEAVVGNGDRCVPGDDSNCGDEGPAIKAKLAHPKGLAIAADR
TMYIADGTNIRAVDPNGIIHTLVGHHGHHNHWSPVPCRGAIQPYEAQLQWPTGVALSPLD
GSLYFIDDRIILKLTVDMKIKVVAGQPSHCRLGSDGKPIAKPTNRTNGDIREDSTLGTIQ
AIAFAPSGILYIAESDSKKTNTIKTIDPSGKILHFAGKLQENMKELSCECNTSNSATIIP
TNNREDVGGCPCRLSVAAGDEPPTNTETLLSSNAKFQTISALAVTPDGVLNVVDQGSLHI
LALKHYLPTHDENGEFRIPYPPTSEVYVFNRYGQHITTKDLTSGKTRYSFLYSKNTSFGK
LSTVTDASGNKIQLLRDYSNIVSSIENTQDHKLELKISGIGYLTKITEKGTSEIEMDYDA
NTGLLNSRSGASDTVIYNYDELGRVIRIIMPSGEQVHITSGLAKNYGLAVTVANPTSTIP
VGVAKKCEYVLHGQSFKQITINNGKQITEGRIFTNNSLIIDTPWSGKFESIAASKHPLLE
AALPIEAEMLHMWSHQTTTFGDNLINNMYSLYTLVGDVRNPQQTLNREIWVNDSRVLIIE
FDQFKSRETFFNADRIPLFTIAYDVAGLPLSFTPHGAGVPLNISYDRFYRINGWKWGVTE
ETYSYDPHGMLSEITSPQDGTKFIYYNEGNLVSKITLASQRSFKYKYDSDGGFTHVILPS
GTNHSFSVQPSIGFLRVTYTPPGSPRKYLQHYSHTGELLQTVFPGDGARIIYRYFTTNKI
SEVVHGDGQTQIHYSENSGLPSEILHVDRDVDYRWESTYIGGLLVEERIDYGAKTGLSNA
KILYEYDNNYRTIAVQGRIGGQTLIPHHIIYNSKTGAPDVLGQFTVSKQKWNEASVYDGI
AMFSRILNEQFLEREITVNIHRMEVFRMEFAYDRHGRISQTRTHTRNVGVNTYTNVKNYT
WDCDGQLTGVEAQEPWGFRYDDNGNMLSLTYRGNTIPMEYNDMDRIIKFGEGQYRYDSRG
LVSQNAREERFQYNAKGLLIRATKRGRFDVKYYYDHLDRLSTRKDNFGNVTQFFYTNKEK
PHEVSHIYSPRENRFMTLVYDDRGHLIYTQVARHKYYIATDQCGTPVMVFNQYGEGIREL
MRSPYGHIVYDSNPYLYLPVDYCGGLLDKVTSLVHMANGKVYDPLIGQWMSPLWENLVER
IHNPTQLHLYRFNGNDPINVRPQNKKPADHLSWLKLLGYDTRSLAPQLYPDELPGGSILP
NIPHGRPVWGTAPEEGGPGIPSTMSLLPTVTIESGFLSHMSNKRIADFRSLSIPAMSALK
SDALHLAPKRIGSDSEPPFGRGILISRNSRGRAVVNTVPSANAIYRDVYTSVFNRSHLLP
FSFVVHGDQQDVFYFVKEDTWRAADDKQQLKRMQGKLNVTFHEVAEGGHSYADVKIHGQT
SIVNLRYGTTAERERQRLLHHARSSAIRKAWHREREALRAGLGGSQDWSAAELEEIQKAG
SATAYEGEYVHDVARYPELAEDPYNVRFVKKRTDRAERRRRKREDCRAPWWLAWDDLC