| New model in OGS2.0 | DPOGS202957 |
|---|---|
| Genomic Position | scaffold1530:- 7586-28138 |
| See gene structure | |
| CDS Length | 4851 |
| Paired RNAseq reads | 276 |
| Single RNAseq reads | 687 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005747 (1e-06) |
| Best Drosophila hit | Dscam3, isoform C (0.0) |
| Best Human hit | Down syndrome cell adhesion molecule isoform CHD2-42 precursor (0.0) |
| 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 | IPR003598 Immunoglobulin subtype 2 IPR003599 Immunoglobulin subtype IPR003596 Immunoglobulin V-set, subgroup IPR003961 Fibronectin, type III IPR008957 Fibronectin type III domain IPR013783 Immunoglobulin-like fold IPR013098 Immunoglobulin I-set IPR007110 Immunoglobulin-like |
| Orthology group | MCL10049 |
Nucleotide sequence:
ATGTGCAGTAACGAACCATTTACTGTAAGCGGATGGTATCGTGAAACGGGAGGTGGAGTA
CTTCGTGAGATACGTGAGGGTGAGGGCGGGGGACGGTACAGCATGACGTCGGATGCGTTG
GCTATCAGACGAGCTGAACTGACGGACGACGGCCGCTGGGCGTGTCGGGCAGCGAACGCT
CATGGCCATGTGACGCTGCGACTCCATCTGTCGCTACGAGCGCATCTCACCATACACGCC
CAACCCCATACACAAGTAGTAAATAGTGGAGGTACGGCTATCATAAACTGCACATGGGCT
GGCTGGCCAACACCCCGCTTGGAGTGGCTTCACAATGGCATACCTCTCTCGGCTGGCGTC
GCTGGAGGTAGAGTGCGAATACAGAATGGAGGAGAACAACTAGTTATAACATCCGTCCAT
CGAGCTGATAAAGGAGTCTATCAATGTGTAGCCAGGAACGAGAGAGATTCAGCTCAAGCC
AGCGCCGAGTTGAGGTTAGGAGACACGGCGCCCGAGTTACAATACACGTTTATCGAGCAA
GTGCTGCGACCCGGTCAAGTTGTAACCCTCAAGTGCTCGGCGGCTGGTTCCCCTCCACCA
CATTTCAGCTGGTTACTGGACGGGCAACCTCTCAATACCATGGCTCGGGGACATAGGTAC
AGTATTGAGCAGTTCGCAACTAAAAGTAACGAAGTGGTGAGCTACTTAAACATCACCGCT
GTGCGCTCTGAAGACGGTGGACTTTACACTTGTAGAGCTGCAAACTCGCTGGGGGAGATA
GCGCATACATCCAGACTTAATATTTATGGTCCACCGTACGTACGATCCATAGGCCCGATC
AGAGCCGTCGCTGGCAGGGAATTGGTACTGTACTGCCCGTACTCTGGTTATCCAATTAGC
TCAGTAAGATGGGAACGCGACGGAAGTCAGCTGGAGTGGGAGGGCAGTACGGGTGGAGAA
GGGGCTCTGAGGATATCACGCGTTGAAGCGAGCAGCGCTGGGGCATACACTTGTAGTGCT
GTTGGACCACATGGGGAAATTGCGAGACGAGAGCTGCAGCTTATTGTCAGCAATCCTCCC
GAAATCGAGCCGTTCTCCTTCTCCGCCAACTTGCAAGAAGGCAAGCGAGCCCAAGTTAGT
TGTAGCGTGGCATCCGGCGACATGCCTGTGCGATTCGCCTGGCTCAAGGACGATCTGCCC
ATACCAGCTGACCTACAGGTGGAAGAACGTGGGGCAGATTTTTTCAGCAACCTCGTTTTC
AAAGAGGTTTCAGCTCGTCACAGCGGTCGGTACACATGTGTTGCGTCCAACAGCGCGGCC
AAAGTTAACTATACCGCGGAGTTGGTGGTCAAAGTTTCTCCCAAATGGCTCCGCGAGCCC
ATGGACGCAGCTGTATTAGCTGGAGAGCAGCTAGCGTTGCACTGCCACACGACAGGATCA
CCCGCACCACATACTACGTGGCTTAAACAAAGAGCTGGTTCTGCATCAGACTTTGTTCCA
ATCATCAACCTTGGAGGGAGGTTTCAGTTTCTCTCGAACGGCACTCTCTGGATTGAAGCA
GCCTTGCCGTACGATGAGGGTTACTATATGTGCAAAGCTGAAAACGGAGTTGGAACTCCG
CTGTCCAAAACTATATTTGTGGCTATTAATGAGCCCGCACGTTTTGAGATGACGTCTCAT
AACGTGTCCGCAAGACGGGAGGCGGGCGCGACGCTCGCGTGTGAGGCGCGGGGCGACGCA
CCGCTGAGGGTCACTTGGTCAAGGGACAACGCCCCGCTTGACCTCTCTACTTATAGATTA
AGCATTTCTGAAGCAAAGACTGATAGTGGTTTAAGGTCCCAACTGTACATAAGCCGCACA
GACCGACAAGACTCCGGCGTCTACAAGTGTCAGGCCGTCAATGCCTACGGTCACAGCGAC
CATTACATTTACTTATCCGTCCAAGAGAAACCTGAAATGCCTCAGTCATTGTCTGTGACT
GAGATCCAGTCCCGTGCTGTCCGCCTGTCTTGGAGCGCGGGCTTCGATGGCAACTCACCT
CTCCACGGCTACACGGTCCAGTACACGCCGCTTAGTACTCAGGCTCGAGGTGAAAGATGG
GAGAATGCCGCTACACTGAACGTCACCTGGGCCGAACACGCTGGACATACACACTCTCAC
GTCACGCTCACCAAAAAGGGCGATATACATTACGAAGCATTATTGAGTAACTTGCGGCCG
CACACAGCGTATATGATCCGCATCGCCGCTATCAACCAGATAGACCGTAGTGCTTTTACT
GAACCAGTGGTTGTAAAGACACAGGAGGAAGCCCCGTCCGAAGCCCCCAGCGGCGTGTCA
GTCTCAGCTGGGGCGGCAGGTGAACTGCACGTGTCGTGGCGCGCTCCTCCCCGGGACGCA
TGGCACGGAGAGTTACTAGGGTACTCTGTGACTTGCGCCGAATTAGGTCCAGACTCTGCT
CCGATACCCAATGCGACTAGAACTCTCACAGTTAACGGTTGGTCGGCAAGTGAACTGACC
CTTTCAGCACTCAAGAAATTCACTCGTTATGAAGTACGCGTCCGTGCTTTCAACGGCATC
GCGGCTGGACCTCCGTCTGTACCCGTCACAGCTACAACATTAGAAGGAGTGCCTGAGGCG
GCCCCGAGCCACGTTTCGTGTTCCGCCCTATCATCCTCAAGCCTTAAAATATCCTGGAAC
GCGCCACCGCCAGCGTTACGAGGCGGAATAGTTCAAGGATACAAGATTATCTACGCCCCG
CTTTCTATCACGCACTCTGAGGGTGCTGAAATGAAGCGTGTGTCTACTACGGAGACTTAC
CTGCATACACTACACAAGTATAGCAACTACTCAGTGCAGGTGGTGGCGTACACAGCGGCG
GGAGACGGCAAGAGGAGCGCTCCAGTGTATTGCATGACGGAAGAAGATGTGCCCTCGGCT
CCGGAAAAGATCAAGGCGTTACCATATTCAAGCGACTCGGTGCTGGTAAGCTGGCTGCCA
CCCTTGCACCCCAACGGTATCATATCACACTATACGGTTTACTACAGGGAGGCTGGACGG
TTAGGCAAGCACTCAACCTTCACAGTGTCAGCTGATAAGTCTCCCGAGATGGAATTGATG
TTTCAAGTTAGGAATCTGATGGAAAACCAGTTGTATGAGTTCTGGGTGTCAGCGACTACT
GGCTCGGGAGAAGGGGAGTCTACTCTGGTAGTAGGCCAAGGTCCCAGTTCCAGAATTCCA
GCTCGCATAGCCTCTTTTGGTGGTACGATCCGCGTTGGTCCCGGTCGCGGCGCCTTACTG
GCGTGCTTGGCTGTAGGGGTCCCTCCACCTAGAACGCGGTGGGCGCACGCTCGAGCCCCC
GTTACACATCACCGTTACTATCAAGTTACCAGAGCTGGACATTTACATATTCGTGAGGTC
AACTCCGAATCATCTGGGAATTTCACCTGCACGGCCACAAACAGTATCGGCGAAGACTCC
ATCGTGTACTCGGTGAGAGCAGAGAAGCCGCCATCCGCGCCCGCACTCTCCTTACAGTAT
ACCACCGCTACCAGCATCAAGCTGCATTGGCGACTAGTAGACAACGAGCAGCCGGTCTTA
GGTTACATTCTACATTATAAACAAGCCTCTGAAACAGAGTGGACCAGCGTCGAACTTTCA
CCAGAACAAACTTCCTACACCATGGATATGTTGAGATGTGGAACTACTTACAACGCTAAA
ATACAAGCCCAGAATAAAATATCTCTGGGACCACCGAGTGAGATACTGACTGCTACAACC
AGAGGGGGACGCCCAAAACCGCCCAAGCCAGAAGAGCACGTGCATACAAATGCGACGGCC
ATCAAGATTAATCTTTACGCCTGGAGGGATGCCGGTTGCCCCATATTGGGCTTTAGAGTC
GCTTACCGACGAGCAGGGGACGAGCATTGGATACAGGCGGGTTCTGATTTGAATGCGGCT
CGCCACGTAGTAGGAGCCTTGTCTCCAGGCGCGTGGTACGAGCTGGCTGTGGAAGCCTGG
AGCGATGCGGGCAGTGAGCGCGTCACGTTACTGGCTGATACTCATACACTTGCTGGAGGT
CGTATCCCTCCCCTGCGTGTTTCCCCTCCAGCAGGCGGTGCTCGTACCAGCATCATGAGA
ACAGCTCTCGCGTGGTGTGCCGCTAGTGCATTACTGCTCGTCGCCACGCTAGCAGCTCTG
GTCTGCTTTTTACACGCCAAACGCAAATTCTTCTGTTTCTCTAACGACCACTATTTGAGG
GATAACAGGAAACTAAGCGAAAGCAATGAGGCCGAGCGAGAAAAACTACGAGAAGGTCAT
AAATTATATTCATCTTCGTCAATTAACGGGAACGAAAAGTTGAATGACGATTCATCAGCG
GAATTGTACGAGATAAGTCCTTATGCGACATTCGGCGGCGCCGCGGCACACAGTCTGCAG
TTCCGTACACTGGCGCGACGCGAGGACGACGCAGCGCCGCCGCATCGACGACGCAGGCGA
GCGTGCGATCACTATAGATATGACGAGTCAAGTCTCTCCAAGTGTTCTACTGTGGAGGCG
CGTCACCGCCTCCGCGCTGCGCCTGCGCCGGCGCCGCCACATTGGCGAGAGAGATCCGAC
TCTGACGACTATAGCGACAGCGCGGCCAACACCACTACTAAAGGTTCCGGCGGGTCGGGC
GGTGGCAGTGCGTACGGCAGCGGACGGCGCACCGCCAGCAGCGGTGGCCAGAACGGAAGT
GACGGCCTGTCAGGGTCCTTCGTGCCGGTGCCGCCAGATATATCATCGTTAATAGACAAG
TACCAGCAGAGAAAAGAACAGGAACGTCGGGAATGCACGATACATGTCTAA
Protein sequence:
MCSNEPFTVSGWYRETGGGVLREIREGEGGGRYSMTSDALAIRRAELTDDGRWACRAANA
HGHVTLRLHLSLRAHLTIHAQPHTQVVNSGGTAIINCTWAGWPTPRLEWLHNGIPLSAGV
AGGRVRIQNGGEQLVITSVHRADKGVYQCVARNERDSAQASAELRLGDTAPELQYTFIEQ
VLRPGQVVTLKCSAAGSPPPHFSWLLDGQPLNTMARGHRYSIEQFATKSNEVVSYLNITA
VRSEDGGLYTCRAANSLGEIAHTSRLNIYGPPYVRSIGPIRAVAGRELVLYCPYSGYPIS
SVRWERDGSQLEWEGSTGGEGALRISRVEASSAGAYTCSAVGPHGEIARRELQLIVSNPP
EIEPFSFSANLQEGKRAQVSCSVASGDMPVRFAWLKDDLPIPADLQVEERGADFFSNLVF
KEVSARHSGRYTCVASNSAAKVNYTAELVVKVSPKWLREPMDAAVLAGEQLALHCHTTGS
PAPHTTWLKQRAGSASDFVPIINLGGRFQFLSNGTLWIEAALPYDEGYYMCKAENGVGTP
LSKTIFVAINEPARFEMTSHNVSARREAGATLACEARGDAPLRVTWSRDNAPLDLSTYRL
SISEAKTDSGLRSQLYISRTDRQDSGVYKCQAVNAYGHSDHYIYLSVQEKPEMPQSLSVT
EIQSRAVRLSWSAGFDGNSPLHGYTVQYTPLSTQARGERWENAATLNVTWAEHAGHTHSH
VTLTKKGDIHYEALLSNLRPHTAYMIRIAAINQIDRSAFTEPVVVKTQEEAPSEAPSGVS
VSAGAAGELHVSWRAPPRDAWHGELLGYSVTCAELGPDSAPIPNATRTLTVNGWSASELT
LSALKKFTRYEVRVRAFNGIAAGPPSVPVTATTLEGVPEAAPSHVSCSALSSSSLKISWN
APPPALRGGIVQGYKIIYAPLSITHSEGAEMKRVSTTETYLHTLHKYSNYSVQVVAYTAA
GDGKRSAPVYCMTEEDVPSAPEKIKALPYSSDSVLVSWLPPLHPNGIISHYTVYYREAGR
LGKHSTFTVSADKSPEMELMFQVRNLMENQLYEFWVSATTGSGEGESTLVVGQGPSSRIP
ARIASFGGTIRVGPGRGALLACLAVGVPPPRTRWAHARAPVTHHRYYQVTRAGHLHIREV
NSESSGNFTCTATNSIGEDSIVYSVRAEKPPSAPALSLQYTTATSIKLHWRLVDNEQPVL
GYILHYKQASETEWTSVELSPEQTSYTMDMLRCGTTYNAKIQAQNKISLGPPSEILTATT
RGGRPKPPKPEEHVHTNATAIKINLYAWRDAGCPILGFRVAYRRAGDEHWIQAGSDLNAA
RHVVGALSPGAWYELAVEAWSDAGSERVTLLADTHTLAGGRIPPLRVSPPAGGARTSIMR
TALAWCAASALLLVATLAALVCFLHAKRKFFCFSNDHYLRDNRKLSESNEAEREKLREGH
KLYSSSSINGNEKLNDDSSAELYEISPYATFGGAAAHSLQFRTLARREDDAAPPHRRRRR
ACDHYRYDESSLSKCSTVEARHRLRAAPAPAPPHWRERSDSDDYSDSAANTTTKGSGGSG
GGSAYGSGRRTASSGGQNGSDGLSGSFVPVPPDISSLIDKYQQRKEQERRECTIHV