| New model in OGS2.0 | DPOGS205044 |
|---|---|
| Genomic Position | scaffold659:+ 46436-54840 |
| See gene structure | |
| CDS Length | 4602 |
| Paired RNAseq reads | 5148 |
| Single RNAseq reads | 18518 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006920 (4e-168) |
| Best Drosophila hit | lambik (7e-44) |
| Best Human hit | leucine-rich repeats and immunoglobulin-like domains protein 3 isoform 1 (8e-84) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC001607 [Tribolium castaneum] (3e-113) |
| Best NR hit (blastx) | PREDICTED: similar to related to glucan 1, 4-alpha-glucosidase [Pan troglodytes] (1e-129) |
| GeneOntology terms | GO:0005515 protein binding GO:0016021 integral to membrane GO:0016020 membrane |
| InterPro families | IPR003599 Immunoglobulin subtype IPR003598 Immunoglobulin subtype 2 IPR013783 Immunoglobulin-like fold IPR007110 Immunoglobulin-like IPR013098 Immunoglobulin I-set |
| Orthology group | MCL11218 |
Nucleotide sequence:
ATGGTCAAATGGATAAAAGACAAAGTAGAACAAAAATATGTAACAGCTACCTGTGTTTAT
CCTGCCGAACTAAGAGGTGTTGTAATTTCCAAACTAAAAGAAGATAATTGTGGAGATTCA
CCAAAACCTAAGATAATAGAACATCCGAAATCCCATTTAGCTATTAAAAATCGTTCAGCT
AATTTAGTATGTTCTGCAACATCAAACCCGTTCAGCAACATTACGTTTCTGTGGAGGAAA
AATAATGGTAATGTGAGTAATCCAATGGTTTATCAAAATGTAACTTTATCTGAGAGTGGA
AAACCACATGCTACATCTGTGTTAGTTATACCTGATGTGTCTCATGCTGACTCAGGTAAA
TATCAATGTGTAGTAAGTAATAAATTTGGCATCACTTACTCATCACAAGCAAAGGTAAAT
ATAGTTACATTTCCAAGATTTATAAAAACACCAACTAATGTTACTGTAAAAACTGGGGAA
ACTGTTACATTGAAATGTGCCGCAACGGGTGATCCTTCACCAGAAATATCATGGAAGAAA
GATGGTGGGAATGACTTTCCTGCTGCAAGAGAGAGAAGAATGAATGTGATGCCGACAGAC
CATCTATTCTTTATAGTCAATGCAAAAACCACTGATATGGGAATATATAGTTGTGCTGCT
AAAAATCCAGCAGGTACAATTATATCTAATGCAACTCTAACAGTGCTTCAGGAACCATCC
TTTATAAGAGTCATGGAAAATAAAGAAGTCACAAGTGGTGAATCAGTTGTTTTACAATGT
ATGATTACAGGGTCACCTAAACCTGTATTGAAATGGTCTAAAGATGGAACGCCATTAATA
CCTACAGAACGGCACTACTTCACCGCAGATGATCAACTTTTAGTAATAATTGGTGCAGAA
CCCAATGATGCTGGACAGTATGAATGTGAAATTAAAAATGAGCTTGGTTCTAAAAAAGAT
ATGATAGAGCTAAAAGTGTTACCACCGGTGGCTATAATGGTTAAAGAAGAAGATATGACT
GGTATTATAATAATCACTGCTGTGTGTTGTGCGGTAGGAACTTCCATAATATGGGTGGTA
ATAATTTACCACACCCGCCGACGCATGGCTGGAGCTGTACCCAATTATCCTTCTGAAAGT
GTGAAAATGACACAAATTGTTCATAGTGATAGTGAAACACCTCACATGTTCCCGGACAAT
TTATCTGAACATTCTTCTTGTAAAGATAGTGGAACAGGTGACTCGGCTAAGCAAACAAGC
TTTGATGGTGTGCCTACAGACAGAAGTGATCAGTCTAATAGAAGACCTAGTCCTATGGAA
CTACAAAAGAAACACTCATTTACGACGACACGACACACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCGTATCCCCACAAACGACACCGTATCCCCACAAACGA
CACCGTATCCCCACAAACGACACCAGCAGCGTTAATAATTTCACATGCTACCACAATAAA
TTTCCAGCATTTGTTACAAACTTTGGCCTCCTGACAACAAGTTCGTACTTCATCATAATC
TGTAAGATCAATATCAAACACAAGTTCCCTGGACAGCACAACTGCATCATGGCGCCCAAT
GGATGGCCTAAAATAAAAACATTTATATTTTCAAATCTATAA
Protein sequence:
MVKWIKDKVEQKYVTATCVYPAELRGVVISKLKEDNCGDSPKPKIIEHPKSHLAIKNRSA
NLVCSATSNPFSNITFLWRKNNGNVSNPMVYQNVTLSESGKPHATSVLVIPDVSHADSGK
YQCVVSNKFGITYSSQAKVNIVTFPRFIKTPTNVTVKTGETVTLKCAATGDPSPEISWKK
DGGNDFPAARERRMNVMPTDHLFFIVNAKTTDMGIYSCAAKNPAGTIISNATLTVLQEPS
FIRVMENKEVTSGESVVLQCMITGSPKPVLKWSKDGTPLIPTERHYFTADDQLLVIIGAE
PNDAGQYECEIKNELGSKKDMIELKVLPPVAIMVKEEDMTGIIIITAVCCAVGTSIIWVV
IIYHTRRRMAGAVPNYPSESVKMTQIVHSDSETPHMFPDNLSEHSSCKDSGTGDSAKQTS
FDGVPTDRSDQSNRRPSPMELQKKHSFTTTRHTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKRHRIPTNDTVSPQTTPYPHKR
HRIPTNDTVSPQTTPYPHKRHRIPTNDTSSVNNFTCYHNKFPAFVTNFGLLTTSSYFIII
CKINIKHKFPGQHNCIMAPNGWPKIKTFIFSNL