| New model in OGS2.0 | DPOGS206857 |
|---|---|
| Genomic Position | scaffold1:- 2442792-2452680 |
| See gene structure | |
| CDS Length | 4062 |
| Paired RNAseq reads | 2977 |
| Single RNAseq reads | 6753 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA014503 (0.0) |
| Best Drosophila hit | CG2691 (0.0) |
| Best Human hit | RRP12-like protein isoform 1 (6e-166) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC011830 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to LOC447949 protein [Nasonia vitripennis] (0.0) |
| GeneOntology terms | GO:0008150 biological_process GO:0005488 binding |
| InterPro families | IPR011989 Armadillo-like helical IPR012978 Uncharacterised protein domain NUC173 IPR016024 Armadillo-type fold |
| Orthology group | MCL13659 |
Nucleotide sequence:
ATGGCTAAATTTAGATCAAAACTCAAAGGAAAATTGAAGGGGAAAAGATGGCAAAAAGGT
CAATCGTCCAACTCAAATCCAAAAACTCAAAAATACAGGGAGATGGCAAAATCCCGGTTC
TTCCAAGAAAATTTAAGCAACGCTGGCTTGACTGAACAAGCGGTTCTAAAACATGATGCT
CTCATGACCTATGGCCATAGCGGTGGCAAAGAAAAGTCAGAAGCTGAAACTGAGCTGACC
ATAGCTAAAGAATTTGAAACCATGTCCGTCCGAAGTGACAACTCTGATACAGAATATTCT
AAGTCAATGAGATCTGGTACATTCAAGACATTTCAAACATTTGCATCTGATTGGAGTCAA
TGCTCTAATATTAGTTTCAGCAAATTACTGACAAGGTTTGATACCAACAATGCTGTCCAT
AAAGACATGTTAGCGGTGCTTGCTGCCGTCACAGAAGTCATTAAAGAGCAGGGTGGTAAA
GAATCTACTACTGAATATTTTGCAGCTCTGATGGAAACACTTAAAGTTTCTGAAGACGAA
TCAAGCTTAGTGGCAACACTATCACTTCTAGCTATGGGTATTAAATCGGTACCCCAAGCA
GTGCTTAGAAAACAATTCTCTGTATCAGCATCTATATTCTCTGAGATCCTGGAGAAAAAT
GCTCAGTCAGAAAATGGTACTTTGTTGAGAAGTCTTATCGGATGTCTGTCAGTATTATTA
AGATCCCAGGAGTATGCACTGTGGGGTGATTCATCTACAATGAGGGTTTTTGAATTTGTA
CTTGCATTTACTTTGCACTCAAAACCTAAGGTTAGAAAAGCAGCTCAACACGCAGTTACG
GCTATCTTAAGGGGCAGCTGTTTTATGATACCTTCAGAAGACCAAAATGTTAAGGTCCCC
AAGGTCCACCCGGCGGCGAGCCGCGTGTCTGAATACTGTCAGTCCCAGCTGAGTGCTGAA
GCCCTACTCGCTGGTCATAAGTCCGTACTGCACACTCTCACATTACTCAGGGATGTGCTA
TGTGTCTTCAATAAGGAGCATATTAAGGCAAACTGCGAATCAATTCTATCATTGATGACG
CACAACAACGTGTACATAAAGACGTGTTGCCTCCACACTTTCCACGCCCTGTTCTCTGCC
CCCCGCGACTATAGCAATATGTGGGGAGGACTAGCCGTTCAACTCACGAGGGCCCTCATG
GCTGCGAGGCCCCCCGCCAATGATACAGGTCAAGTTCTCGCCTGGGCCACCGTCCTGCAA
TCTGCATATGGATGTCTTGCTGGCCTCGATATAGACTTGTGCGTGCCACTGGTCCCTCAA
TTCGTGAATATCTGCGTGTCGGAGCTATGGTTGTCGGACGTGGCGGAGGTCAACGCGGCA
GCCACCAACGCGCTCAAAGCTGTATTACTGGACTGCGTAAAACCAGCCCTTGAGACCGAC
ATGAAGCATAGGAACCACATTGAAGCTGTATTCAAGACAATCAGTTCGGGCTTAGACAAT
CCCTTCAACCAGGCTATTAAACATGTTATACTTACTATTGCTGTCTGTTTCGAGATAGGG
AATGAGAAAGTGGAGACTATTTTGGAACAACTGCTGAAGAAATTAAATGATAGACGCGAA
AGTCACAACTTCCACAATGAAAAAGAAGCCGAATATGCTACAGGATGTGCTGTAAAGTCA
CTCGGACCGGAATTCGTACTACGAATAATACCACTGAAGGATGGTGATAGCATCAATATA
GATCGAAGTTGGCTATTGCCGGTGTTGAAGGAAAAAGTAACAAACTCGAATCTGAAATTC
TTCGCTACGGAAATACTCGAATTAGCAACTTTCTGCAGGAAAAAATCCCGTGAACTATCT
GACAAGAACGACACTACCGGTTCACATACTTATGACTTATTGTGCAATCAATTTTGGTCT
CTACTGCCAAGTTTTTGTAACTACCCGAAAGACATAAAGGACAATTTCAAATATCTAGCC
AAGGTCCTGGGTAATGTGTTGAAAGAAAATCAGGAATTTAGACTATCAGTGATGCAGGCT
CTAAGAAAGTTAATAACCTGCACCGAAAATGATGAAGAAGATAGAAAAGAAATGGCCAGA
TTTGCTAAGAATTATGTGCCGATTTTGTTGAATATTTACATGTCCCCTGTTAAAGGCAGT
ATGGCTCAGGGACAGAGACTAGCTGCTTTGGAAACTATACAAGTATATCTAACAATAAGT
GATCAAGTTCTAAGAGAGGAACTCTTCGTTAATGCTCTCCATCAACTAGAAGCGTCAAAA
GGGGACCACTTCCAAAGAGAATCTATATTGGATGTTATTCGACTTCTTGTATTGTACCAG
ACTTCTGAGAAAATTGAGAATCTCTTTGACGACTGGGTCTATCCACTGTGTGAAACTGTA
TTGGAAGCTCCGAAGAAATATAAAAAGGCCAGAAAGGAGGAAGGTGAAGAGAAGACCCAA
CAGTTGAAATATAAAGATATGGCGAAATTAATTGAAATGGAACATAAGAAAGCTTACAGA
ATATTAGAGGAAATATTCAAAAGTGATAAAGACTCTTGCAAAGAATTTGTGACCAATAAT
AATAAGAAGATAATGAAATTACTAATGCGCTCATTGAATAAGGCAGCTGATAGCAGTAAA
GGTGCTAGGTTGAGATGTATAGACCACTTGATATCAGTCTCCCCTAAACTAACATCAGAA
CACAAACTTATCAAGAGTGCTCTAGCAGAAGCAATCATCTGTACAAAGGATATCAACTCT
AAGTGTAGGCAGTGCGCCTTCACAGTCATTACTAGTATTGGAAATGTTCTGAAGGAACAG
GACGGAGGAATACAATCCTTCATAGACCTTTTATTAAGTGGTGTGTCAAGTCCCCGTGTG
ACATCATGTTCCCTACGAGCCTTAGCTGCGGCCTTATTCAATTTCTATGGAGATATGGAG
CTGACCGCTGTCCAGGGTTTATTGGAGACTGTTTCCAAGCTGATGATGGAGAGCAACAGG
GAGGTTGTCGCGGCTGGAATGAGCTTCTTGAAGGTATACACAAAGGTTTTGCCAACCGAA
GTACTAGCTGGCAGTCTGCCTCTAATATTCAAAACATTATCATCTATAAGCGACGACTGT
AAACGTTATTGCCGACTAGAAATAGGCTACTTCCTGAGCAGGATGATTAGGAAATTTGAC
GCCGGTTTCGTGGAGAAGCTGATACCGCAGCAAGATGAAATTATGATGAAGAGACTCAGG
AATCTGAGGAAGATGGAGAATAGGAAAAACAGGGCTGTGGACGGAGAGAGGGACCAAGAA
GACTCTTCGTCAGAGTTTGACGTGAAAGGAACTTCGAAAACATTGGACGACATTCTCAAA
GACTCAGATTCGGAACTCGAACTATTTGATGAGGAAGAGCGACCAAGGAACAAGGTAAAG
AGCAAAACAAAATCACGTAATCAAGCTTGGATTCAAGACGACCCAGATAATATTGTCGAT
CTGGCTGACGTTTCTTCTGCCAGAAAAATTACAGCCACGGATCCTAAGAAGAAACGTGAC
GCAGCTGAAATAAAGCAAAAGAAGAAAGATGGCGGCTTCAAGACAGCCCCGGATGGCAGA
CTCATTATCAGCGATGATATGTTCGATGAAGATGGTGACGAAGACGAACAGCGTCCGAGC
GGTGATGTGGACTCAGATACCGACGACACTGACGACGAGTCCAAAGCAACTAACCTTATA
AAGCCGGGTGTAAAGCGTCGATACGACGACATTCTCAGTGTAAAGAGCGGTCGTTCAGGA
CATAGTCGCGCTTCCACGGCACGGGCCTCGTACGTGGCCGGTGGACGGGGTATACACAGA
CCCCTAAGCTCAGCGGCTTCTGTTTCCTCGAACGTGGGATCCGAGTATCGTTCCAAAAAG
GCAAAGGGTGACATCAAGAAAAAAGGGAAACCTGATCCCTACGCGTATCTACCTATGTCA
AGAAAGAATCTTAATAAAAGAAAGAAGACGGTTACATCGAATCAGTTCAAGGGAGTTGTG
AAGTCTAAGTCGAAAGGCAGGATTATGAAGAAGGCTAAATAA
Protein sequence:
MAKFRSKLKGKLKGKRWQKGQSSNSNPKTQKYREMAKSRFFQENLSNAGLTEQAVLKHDA
LMTYGHSGGKEKSEAETELTIAKEFETMSVRSDNSDTEYSKSMRSGTFKTFQTFASDWSQ
CSNISFSKLLTRFDTNNAVHKDMLAVLAAVTEVIKEQGGKESTTEYFAALMETLKVSEDE
SSLVATLSLLAMGIKSVPQAVLRKQFSVSASIFSEILEKNAQSENGTLLRSLIGCLSVLL
RSQEYALWGDSSTMRVFEFVLAFTLHSKPKVRKAAQHAVTAILRGSCFMIPSEDQNVKVP
KVHPAASRVSEYCQSQLSAEALLAGHKSVLHTLTLLRDVLCVFNKEHIKANCESILSLMT
HNNVYIKTCCLHTFHALFSAPRDYSNMWGGLAVQLTRALMAARPPANDTGQVLAWATVLQ
SAYGCLAGLDIDLCVPLVPQFVNICVSELWLSDVAEVNAAATNALKAVLLDCVKPALETD
MKHRNHIEAVFKTISSGLDNPFNQAIKHVILTIAVCFEIGNEKVETILEQLLKKLNDRRE
SHNFHNEKEAEYATGCAVKSLGPEFVLRIIPLKDGDSINIDRSWLLPVLKEKVTNSNLKF
FATEILELATFCRKKSRELSDKNDTTGSHTYDLLCNQFWSLLPSFCNYPKDIKDNFKYLA
KVLGNVLKENQEFRLSVMQALRKLITCTENDEEDRKEMARFAKNYVPILLNIYMSPVKGS
MAQGQRLAALETIQVYLTISDQVLREELFVNALHQLEASKGDHFQRESILDVIRLLVLYQ
TSEKIENLFDDWVYPLCETVLEAPKKYKKARKEEGEEKTQQLKYKDMAKLIEMEHKKAYR
ILEEIFKSDKDSCKEFVTNNNKKIMKLLMRSLNKAADSSKGARLRCIDHLISVSPKLTSE
HKLIKSALAEAIICTKDINSKCRQCAFTVITSIGNVLKEQDGGIQSFIDLLLSGVSSPRV
TSCSLRALAAALFNFYGDMELTAVQGLLETVSKLMMESNREVVAAGMSFLKVYTKVLPTE
VLAGSLPLIFKTLSSISDDCKRYCRLEIGYFLSRMIRKFDAGFVEKLIPQQDEIMMKRLR
NLRKMENRKNRAVDGERDQEDSSSEFDVKGTSKTLDDILKDSDSELELFDEEERPRNKVK
SKTKSRNQAWIQDDPDNIVDLADVSSARKITATDPKKKRDAAEIKQKKKDGGFKTAPDGR
LIISDDMFDEDGDEDEQRPSGDVDSDTDDTDDESKATNLIKPGVKRRYDDILSVKSGRSG
HSRASTARASYVAGGRGIHRPLSSAASVSSNVGSEYRSKKAKGDIKKKGKPDPYAYLPMS
RKNLNKRKKTVTSNQFKGVVKSKSKGRIMKKAK