| New model in OGS2.0 | DPOGS206558 |
|---|---|
| Genomic Position | scaffold2417:+ 1868-14888 |
| See gene structure | |
| CDS Length | 4170 |
| Paired RNAseq reads | 53 |
| Single RNAseq reads | 137 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013795 (0.0) |
| Best Drosophila hit | Dscam3, isoform C (6e-178) |
| Best Human hit | Down syndrome cell adhesion molecule-like protein 1 (9e-120) |
| Best NR hit (blastp) | PREDICTED: similar to CG31190 CG31190-PC [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to CG31190 CG31190-PC [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0007155 cell adhesion GO:0005886 plasma membrane |
| InterPro families | IPR003599 Immunoglobulin subtype IPR003598 Immunoglobulin subtype 2 IPR003961 Fibronectin, type III IPR013783 Immunoglobulin-like fold IPR007110 Immunoglobulin-like IPR008957 Fibronectin type III domain IPR013098 Immunoglobulin I-set |
| Orthology group | MCL10049 |
Nucleotide sequence:
ATGGCGTTGATAAAATACGTCATCAACGTAGATCGCGATTTAGATAAAAGAAGACGATTA
CGTCGAGCTCTCACAGATAATAGGCTGGTTATAACCCAACATTTTACTGAGCGAACCGTA
ACTCCAGGTGGTGATATAAGTATGCAATGTGCCGCCACCGGAGATAGACCTCCACAGTTT
GTTTGGGAGCGAGATGGAGTTGCTGTATCAAGCAACACAGATCCTAGGTATGCGTTGGGA
CAAATTATGACGGCAGATAACTCTGTAATAGCCCAACTCAATATAACCAGAGTCCGAGTG
GAAGATGGCGGATTGTACGCTTGTATAGCGAAGGAAGGTGAACATTCAGCCAGCAGTGAA
AACAGACTGGACGTTTATGGTCCACCTTACATTCGGTCACTACCACCAATTAAGGCCCAA
AGCGGTGAATCAATAAATCTTAGATGTCCATTCTATGGATATCCAATAAGCAAAATCGAT
TGGGAACACAAAGGCAAAACGGTTAACCTAAACAGTCTTTTTCAATCACGTTATAAAAGA
ACACAAAATCACCAAAAAAGAAAATCAAGAAGAAGCATTGTCAATATACACGGAGTATTG
ACAATTCCTGAAGTAAATAAAGAAGATAATGGAGCTGTTTATACTTGTATAGTGACATCG
CCGTCTGGTGAAATGGCTAGACGATCGTTTGAAATACAAGTTATAGAGGCACCCATTTTG
GAGGATTTACTTCTTGGTAATAACCTACAGGAAGGACAAATAGTAAATATTTATTGCAAC
GTACGAAGCGGTGATTTACCAATACATTTCGAATGGTTAAAAGACGGAAAAAGAATTTCA
AGCAATTTGAAGGTAATCGAAAGAAGTTCGGAATTATTCAGTGCTCTGGTTATCAAGAAA
GTTGCGTTGGAACATTGTGGTACATACACTTGCGTAGCGTCGAACCACGTAGCCAAGGTC
AATAAGTCCACGGAATTATATATCAAAGTTGCACCGAAATGGCTAGAAGAACCTTCAAAT
TCGTCTCTTTTGCTCGGAAGAAAAGGCATTGTATCTTGCAGCGCGAGCGGCTATCCACAG
CCACAAGTACATTGGATGAAAAAAGATGCTCTTCTTGGTACTTGGCAACCTGTCCTTGAA
CTAGCTGGAGGAGGGATCCTAAGTCTTCCCAACGGAAGTCTTGTCATTGAAGAAGTTTCC
TTGACAGACGAGGGCTTGTATTCATGTAATGTGGAAAATGGTGTTGGAACACCACTGAGC
AAAACTGTCTGGATGACAGTGAATAAACCAGTGCACTTTGACACGTCATCAGCTAATGTA
ACATCACGACTGGGCCACGCCGTCTCTTTGGAATGTCGCGCGCTTGGTGATGACCCTATC
AGAATCACATGGAACCATAATGGAAACAATATAGACTTTCAGAGTCACAGAGCAAAGCAC
TCAGAGACAAAAACCTCGCTTGGTGTTACCAGCACCATAAACATACAGTATTCAGAAACA
GCTGACGCTGGCTTCTATCAATGTCGAGCGAGCAATCCGTATGGATCGGCTAGCTTCAAC
ACATTCCTTACCATATTAGAACCCCCCACCTCTCCCTCCGAACTCAGGGTAGAAACAGTT
CGATCTCGTACAGCATCAGTGTCATGGCGGGACGGGGCGCACGCTGAGTATTACACATTA
CAACACACGCCTGCTCATTACGCTGATGACTGGGAATACGCCGTTAGTCTCAATATTACA
AGGAAAGGCAACGACATTCGACAAACGATAGAGCTACAAAACATCAGACCAGCGACGGCT
TACGCGGTGCGAGTAGCGACTGGTAATGAAGTGGGTGTCAGTCGTTTCACAACGCCTGTA
CATTTTACAACACACGAGGAAGCTCCATCTTCAACACCAATTAATATACAAATTGAACAA
ACTGAAAATCCTGGCGAACTGTTTGTCTCCTGGCTGCCTCCACCCAAAGACACTCACAAC
GGCATCATAACAGGATACCACGTGAAGGCTGTTCCACAACAAGGTTCCCCTACAGATACT
GATACAAGGACTTTGAAAGTTTCAAAGTTATCCGGAAAACAAGAGACTGTCATCAGTGGT
CTACTCAAAAATACCAGATATGCTGTCTCCATATCAGCTTTCAACAGTGCCGGATCAGGT
CCATTTTCGATTCCAGTATTTCAAGATACTATGGAAGGAGCTCCCGAAATCGCTCCATCA
TCAGTTGAGTGTACGGCCGTATCATCATCGTCACTGCGCGTCGGCTGGCAGCCCATAGCA
ATACACGAACAGGGAAGTTCTTTGATCGGTTACTCCATTCTGTATGGAACTGAAGAAAGC
TCTTGGCAGAACCAAACTTCTCTCCACACTGAAATTTATCTTCAAGGTCTTTCTAAATAC
AGCAACTACACGATAAAAGTTGCAGGTTTTTCCAACTACGGTGCCGGGCCGTTCTCGTTC
CCAATAGTTTGCACTACGTTACAGGATGTTCCTGATCCACCTTCAGATATCAAAGTACTT
ATCCTATCATCCACGTCACTGTTGGTCAGTTGGAAGAAGCCGGAACATGCTAACGGGGAA
CTTTTATATTATACGGTTTATGTGAAACCAACTTCAGGCACTGGTCCACCTCTAACGAGT
CGTGTGGATCCTTCTCGGACGACAGCTGATATCAAGGAGTTGACGAGCGGAAGGTCGTAT
GAAGTGTGGGTGACTGGAAGTACCGCGGCTGGTGAGGGCGCACCTAGTAGGAGAGCCTCA
CATACACCCGCTAATAGAGTTGTGGCAGGTGTCGCATCATTAGGTGGCACCATATCAGTG
GGAGTGGGTTCATCCTTACTACTCGTGTGTCAGTGTATCGGAGTACCACCACCTCGCACT
GTGTGGTACCACAAACATAATATAATAACTCACCATCCAAGATTCACGAGAAATCATGAC
GACAGCTTGCTGATTAACAATATAGACCAATCCCTGAGTGGGAACTACACGTGTCTTGCA
AAGAATCTTTATGGTTCTGATTCAGTGGAGTACACCGTTGTAGTTCTTCCGCTGCCCGAA
GCACCAACACTACGAGCCACGCCATATAAAGACTCCATATTAGTTGAATGGGAACAACCT
TATTATAGCATCAGTAACCGTAGCTCGAACCAGAAGATTACTTATAGCCTAACATGGAAA
GAAGCAAGCGGTCCGTGGCAAGAAGTATGGTCACCAAATAAAGTACCTAATAAATTATCC
AACCTCTCTGGGGTTCAAAAGCATGCGCTAACTGGCCTTAAATGTGGTACAAAATATTCA
TTGAGGATCACAGCTACTAACAAAGTTGGGACGTCACAACCAGCTTATTTGGATGTTAGC
ACGCTGGGCGGACCTCCCATTGCGCCGACCTCAACGGAGTGGTTCTGGAGCAATTGTTCC
CACGTGTTTATCCAGGCTGCTGGTTGGGATGACGCGGGATGTGAGCTCAGAACCTTGGAG
TTGGAACATCGAGCTCTTGGAGCCAGGAGTTGGATGAGACCTATCAATATATTGTCGTAC
ACGGGCTATCCCTACCAGTATCGAGGATCCTTCGCTCTGTCAGGATTGTCCCCCGGGACA
TGGTACGTCCTCCGAATCACCGCCACCAACGAGGCTGGTAGCGTTACCACCGTTTACAAC
TACGCCACTAAAAACGAGGATGGCAGTGAAGTTGGTCCACCGTCGGAAATCTTTGACATC
AACATGCTCGTGATAGTCCTAAGCTCAATTCTCCTAGCCGTCTGTCTCATCTGCTGCGTT
TATATTCTGGTTAAGAGACAACGCAATGGCAACTTAACGGAATACCGTGACTCAATAACA
GTCGACAAATCTGAGAGTGGCAACATAACAGCAAACACGTCACACAGTAATCTAGCGAAT
GTCAAAGAGAATGCTATGAACGCTCAGAACAGAATATACAGCGCTCCAATACATGTTAGG
AATAATAGCAAACATGAATTATATGAGATAAGTCCTTACGCCCAATTCGCTGTCGGCTTT
CGAACGTTCGGTCACGCTGAAAACAATGATGTTCCAAGACATATCAAACACAGATACGAT
ACAGAAACGAGCTTTCAAGTTTGCTCTGAGTCAGAGGACAGTGACAGCATATCAAAATCA
ACCCTGAAGAGCGTACCGAGAAGTAAGTAG
Protein sequence:
MALIKYVINVDRDLDKRRRLRRALTDNRLVITQHFTERTVTPGGDISMQCAATGDRPPQF
VWERDGVAVSSNTDPRYALGQIMTADNSVIAQLNITRVRVEDGGLYACIAKEGEHSASSE
NRLDVYGPPYIRSLPPIKAQSGESINLRCPFYGYPISKIDWEHKGKTVNLNSLFQSRYKR
TQNHQKRKSRRSIVNIHGVLTIPEVNKEDNGAVYTCIVTSPSGEMARRSFEIQVIEAPIL
EDLLLGNNLQEGQIVNIYCNVRSGDLPIHFEWLKDGKRISSNLKVIERSSELFSALVIKK
VALEHCGTYTCVASNHVAKVNKSTELYIKVAPKWLEEPSNSSLLLGRKGIVSCSASGYPQ
PQVHWMKKDALLGTWQPVLELAGGGILSLPNGSLVIEEVSLTDEGLYSCNVENGVGTPLS
KTVWMTVNKPVHFDTSSANVTSRLGHAVSLECRALGDDPIRITWNHNGNNIDFQSHRAKH
SETKTSLGVTSTINIQYSETADAGFYQCRASNPYGSASFNTFLTILEPPTSPSELRVETV
RSRTASVSWRDGAHAEYYTLQHTPAHYADDWEYAVSLNITRKGNDIRQTIELQNIRPATA
YAVRVATGNEVGVSRFTTPVHFTTHEEAPSSTPINIQIEQTENPGELFVSWLPPPKDTHN
GIITGYHVKAVPQQGSPTDTDTRTLKVSKLSGKQETVISGLLKNTRYAVSISAFNSAGSG
PFSIPVFQDTMEGAPEIAPSSVECTAVSSSSLRVGWQPIAIHEQGSSLIGYSILYGTEES
SWQNQTSLHTEIYLQGLSKYSNYTIKVAGFSNYGAGPFSFPIVCTTLQDVPDPPSDIKVL
ILSSTSLLVSWKKPEHANGELLYYTVYVKPTSGTGPPLTSRVDPSRTTADIKELTSGRSY
EVWVTGSTAAGEGAPSRRASHTPANRVVAGVASLGGTISVGVGSSLLLVCQCIGVPPPRT
VWYHKHNIITHHPRFTRNHDDSLLINNIDQSLSGNYTCLAKNLYGSDSVEYTVVVLPLPE
APTLRATPYKDSILVEWEQPYYSISNRSSNQKITYSLTWKEASGPWQEVWSPNKVPNKLS
NLSGVQKHALTGLKCGTKYSLRITATNKVGTSQPAYLDVSTLGGPPIAPTSTEWFWSNCS
HVFIQAAGWDDAGCELRTLELEHRALGARSWMRPINILSYTGYPYQYRGSFALSGLSPGT
WYVLRITATNEAGSVTTVYNYATKNEDGSEVGPPSEIFDINMLVIVLSSILLAVCLICCV
YILVKRQRNGNLTEYRDSITVDKSESGNITANTSHSNLANVKENAMNAQNRIYSAPIHVR
NNSKHELYEISPYAQFAVGFRTFGHAENNDVPRHIKHRYDTETSFQVCSESEDSDSISKS
TLKSVPRSK