| New model in OGS2.0 | DPOGS206555 |
|---|---|
| Genomic Position | scaffold3450:- 1524-19241 |
| See gene structure | |
| CDS Length | 3885 |
| Paired RNAseq reads | 25 |
| Single RNAseq reads | 65 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013795 (4e-08) |
| Best Drosophila hit | Dscam3, isoform C (5e-159) |
| Best Human hit | Down syndrome cell adhesion molecule isoform CHD2-42 precursor (9e-114) |
| 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 | IPR013098 Immunoglobulin I-set IPR003961 Fibronectin, type III IPR008957 Fibronectin type III domain IPR013783 Immunoglobulin-like fold IPR007110 Immunoglobulin-like IPR003599 Immunoglobulin subtype IPR003598 Immunoglobulin subtype 2 |
| Orthology group | MCL10049 |
Nucleotide sequence:
ATGATGTCGGCGAGTGGCGTTGGTGTGATATCACATTTGAATATATCAAGATCAAGGGTC
GAGGACGGCGGCCTGTACACTTGTGTAGCCTATGAAGGAGATTCGAATACACGACATAGT
TCTAGAATTGATGTTTATGGACCACCATACATAAGAACATTACCCCCGATAAAAGTACAA
AGCGGTGATTCTTTGAAATTAAGATGTCCCTTCTATGGATTCCCAATAAGTAAATTAGAA
TGGGAACACAGAGGCAAAAAGATCATTAGCACAATGCTGCCACAGCACGCTAGATATAAA
AGGACGGAAAACAGATTCTCGGATAAACATAACATAATAGAACGCAGGGAGAGACAGGTG
ATTGAGACTAGTGAGGACGGATTGCTTAATATACAGAGGGTCGTTAAAGAGGAGAACGGG
GAAATGTATACATGTATAGTTTACAGTCCTTCGGGAGAGATGGCTAGGAGATCCTTTGAG
ATCCAGGTGGTTGAAGCCCCGGAACTGGATGAACTGAGAGTTGGCTCCGGCTTGAAGGAG
GGTCAAATAGTACAAATAACCTGCAACATTATAGGTGGAGATCCCCCTATATTCTTCTCC
TGGTTGAAAGACGGTATGAAAATACCCGCCAGTTTGAAGATAAACGAAAGGAGTTCAGAA
TTATTCAGCGTATTGATAATAAAGCGAGTGTCGCTGGAGCACTGCGGTCGGTACACTTGC
ATTGCTACGAACCACGTGGGCAAGGTCAATCAAACCACAGAGCTTTATATAAACGTTGCA
CCAAAATGGGTTGAAGAGCCAACGAACAAATCTCTCTTATTAGGACATCGTGGTGTTGTT
GATTGTAATGCAAACGGTTACCCTGAACCGCAGATACATTGGATGAAGCGAGACAGTTTA
GGAATATGGAGACCCATCCTGGACTTGGCTGGTGGCGTATCAAGTTATCCCAACGGTAGT
CTAACCCTAGAAGTAGTGTCTTTGTCTGACGAAGGGGAGTACGCGTGTCACGTTGATAAT
GGAGTCGGAGAAGCTCTCAACAAGAATCTCTGGATAAGTGTCAATAAGCCAGTGCATTTT
GAGTCTCTGGGCATGAATCTGACCACTAAAATAGGGTTACCGATAGCATTAACTTGTCAA
CCGCTGGGTGACAGCCCTATAAGGATAAAATGGACTTTGGATGGGAAGCCAGTAGAATTT
ACATCGTCCAGAATAACCATATCTGAGAGTCAAACGTACACCGGTATGAATAGCACGTTA
AGCATCAATTACGTTGAAGGAAGAGATCGCGGGAATTACGAATGTAGAGCGAGCAATCCA
TACGGAGTCGATAGTTATAATATACATTTAAATATATTGGAACCTCCGAGTCCTCCACAG
GATTTCCAGGTGGATACAGTGAGCAGTTCCATAGCGAAGCTTTCGTTCAGAGACACTCTA
CCTCATGTAGAGTATTACACCTTACAGTACACTTCAAACCAATACAGTCTATGGGAGGCC
GCTAAGACTATTAATATAACAAGACAACAAGCCCCTCGTCAATCCGTTCAGTTAGTAGGC
CTTCAACCATCGGCGGAGTATAGAGCGAGAGTCGCCGCTGGGAATAAAGTCGCGTTAAGC
GAGTACACGTCCCCAGTACACTTTACTACACTACAGGAAGCTCCCTCTTCAAGTCCATTG
AGTGTTCAAGTGGAACAAACAGAAAATCCCGGAGAATTGTCCGTGTCTTGGATCCAACCA
TCCCGGGAAACACACAACGGAGCTCTACAAGGATATCTGTTGAAAGCTGTTCCAAGGATT
GGAGGAGATAGTGGCACAAATAATTCACAAACTAAGTTAGTGAAAGTAATGGCAAGGAAG
GGAAAACAAGAAACTATACTCACTAGTTTATTAAAAAATACCAGATACGCGATATCTGTG
AGTGCGTTTAACGCTGCTGGGAATGGTCCATTTTCTTTGCCGGTATATCAAACAACGAGA
GAAGGTGCACCAGAAGAGCCTCCTTCTGGTGTTGAATGCGTGGGTGCGTCGTCTACGTCA
TTACGTGTAGCGTGGCGTGCCCCTTCAGCACCACACCTTGGACACGTCCTGTTATACAGT
AGCGAAGATGGTCCCTGGTTGAATATATCGACTCCACATTCCGAGTTATATATCCAAGGA
CTTCTGAAGTACACGAATTATACGTTAAAGGTTGCAGCTTTTTCTAGTTACGGGGTTGGT
CCTTACTCTTATCCCGTAGTGTGTACTACATTACAAGATGTTCCGGGAGCCCCAGCGGCT
ATCAAAGCGCTGGTGTCTTCGCCGACGTCGTTGATAGTTAGTTGGAAGAAACCTGACCAG
CCGAACGGAATCATCACACACTACACTGTATACGTTAAACCAGTTACTAGCACCAACGCA
CCACAAAGCTATCGTGTAGATCCTAACCAGGAATCCAACCTGTCACAACTTACTTTCTCT
GTGACCGGCCTTACTACTGGTCTGCAGTACGAGGTCTTCGTCAGAGCTCATACTACGGTC
GGTGAAGGAAGCCCTAGTAATAGAATTCATGTAGAGGTTACTTCTAGAGTGGTAGCTGGT
ATATCATCGCTATCATCGTGGGTATCAACGGGCGTAGGTCGATCTCTACTGCTGTCATGC
CCGTGTTCAGGCTCGCCACCACCACGCACCGTGTGGTACCACAACCACAATATAATAACC
CACCATCCCAGATTCACGAGGAACCATGACGATAGCCTGCTTATTAACAACATAGACCAA
TCATTGAGTGGAAATTACACATGTCTAGCGAAAAATTTATACGGATCAGATTCAGTTTCG
TATGTGGTATCAGTTTTACCGACTCCAGATCCACCTATGATGAGGGTGACTCCTCATAAG
AACTCGCTGTATATACAATGGGATCAACCAAAGAAGATTAATGGAAAAAATCAGAAAATT
ACGTTTGATTTAACATGGAAAGAAGCAAATGGTATCTGGCAAGATGCCTGGTCGAATAAA
GTGGCCACTATTCAGGGAGTCCAAGATTTCAATTTGGAAGGTCTCAAATGTGGGACGAAG
TACTCTCTGAGGATGACAGCGGCAAATAGCATTGGTTCATCACAACCAGCGTATATCGAC
GCTTCTACATTAGGCGGGGTCCCAATATCACCAACGACAACAGAATGGTTCTGGAGTAAC
GCAACACATATATACATACAACTCAGTGGATGGGAGGACAACGGCTGTGAGATTACCAAA
TGGGAAGTTGATTACCGCGAATATGGAGGGAAAGTTTGGAGACGGGCGGAGAATAAGCTG
GTAATCATAAAACCATTACATCCATGGAGTCACTACTCCAGTCCCAACACGTTCGCTCTG
AGCGACCTCACGCCCGGTCGATGGTACCAACTGAGGGTACTCGCTGAGAACTCCGCGGGG
ATCACCTCCGCGGTGTTCATGTACGCCACCACCACGGAAATGGGGGAATACAGAAATTCT
TTGACAGTTGAATGTAAATCTGAGCGAAGTAACGTGACCGTTAATACGCCACAGAGTATA
CCGAGTGAGGTCAATAATAGAGTTTATAGCACCCCGGTGCATTTAACAGCTGATAATAAA
CATGAACTTTACGAGATAAGTCCTTACGCTCAGTTTGCTCTCGGGTTCCGTACTTTCGGT
CACGTTGAGAACAACGCAGCGCCACGGCCAGGGAGGTATGACAGCGGTAAGTATACACAT
ATACATACATATATATTTGTATGTATTTATAATTCAAGTAAATTTCACGGCTTGATGGAT
TCCAAACAATATTTTTCTATGGAGACAGTTTTAAAAGTTTTTATGCTTGATTTTGATTTT
TTTTTTACCATTTCATTCACAAATTACTATTTGACTGTTACATGA
Protein sequence:
MMSASGVGVISHLNISRSRVEDGGLYTCVAYEGDSNTRHSSRIDVYGPPYIRTLPPIKVQ
SGDSLKLRCPFYGFPISKLEWEHRGKKIISTMLPQHARYKRTENRFSDKHNIIERRERQV
IETSEDGLLNIQRVVKEENGEMYTCIVYSPSGEMARRSFEIQVVEAPELDELRVGSGLKE
GQIVQITCNIIGGDPPIFFSWLKDGMKIPASLKINERSSELFSVLIIKRVSLEHCGRYTC
IATNHVGKVNQTTELYINVAPKWVEEPTNKSLLLGHRGVVDCNANGYPEPQIHWMKRDSL
GIWRPILDLAGGVSSYPNGSLTLEVVSLSDEGEYACHVDNGVGEALNKNLWISVNKPVHF
ESLGMNLTTKIGLPIALTCQPLGDSPIRIKWTLDGKPVEFTSSRITISESQTYTGMNSTL
SINYVEGRDRGNYECRASNPYGVDSYNIHLNILEPPSPPQDFQVDTVSSSIAKLSFRDTL
PHVEYYTLQYTSNQYSLWEAAKTINITRQQAPRQSVQLVGLQPSAEYRARVAAGNKVALS
EYTSPVHFTTLQEAPSSSPLSVQVEQTENPGELSVSWIQPSRETHNGALQGYLLKAVPRI
GGDSGTNNSQTKLVKVMARKGKQETILTSLLKNTRYAISVSAFNAAGNGPFSLPVYQTTR
EGAPEEPPSGVECVGASSTSLRVAWRAPSAPHLGHVLLYSSEDGPWLNISTPHSELYIQG
LLKYTNYTLKVAAFSSYGVGPYSYPVVCTTLQDVPGAPAAIKALVSSPTSLIVSWKKPDQ
PNGIITHYTVYVKPVTSTNAPQSYRVDPNQESNLSQLTFSVTGLTTGLQYEVFVRAHTTV
GEGSPSNRIHVEVTSRVVAGISSLSSWVSTGVGRSLLLSCPCSGSPPPRTVWYHNHNIIT
HHPRFTRNHDDSLLINNIDQSLSGNYTCLAKNLYGSDSVSYVVSVLPTPDPPMMRVTPHK
NSLYIQWDQPKKINGKNQKITFDLTWKEANGIWQDAWSNKVATIQGVQDFNLEGLKCGTK
YSLRMTAANSIGSSQPAYIDASTLGGVPISPTTTEWFWSNATHIYIQLSGWEDNGCEITK
WEVDYREYGGKVWRRAENKLVIIKPLHPWSHYSSPNTFALSDLTPGRWYQLRVLAENSAG
ITSAVFMYATTTEMGEYRNSLTVECKSERSNVTVNTPQSIPSEVNNRVYSTPVHLTADNK
HELYEISPYAQFALGFRTFGHVENNAAPRPGRYDSGKYTHIHTYIFVCIYNSSKFHGLMD
SKQYFSMETVLKVFMLDFDFFFTISFTNYYLTVT