| New model in OGS2.0 | DPOGS204190 |
|---|---|
| Genomic Position | scaffold119:+ 9134-15206 |
| See gene structure | |
| CDS Length | 4470 |
| Paired RNAseq reads | 1202 |
| Single RNAseq reads | 3025 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005114 (2e-84) |
| Best Drosophila hit | CG14322 (5e-33) |
| Best Human hit | zinc finger protein 106 homolog (2e-13) |
| Best NR hit (blastp) | PREDICTED: similar to CG14322-PA [Apis mellifera] (5e-66) |
| Best NR hit (blastx) | PREDICTED: similar to CG14322-PA [Apis mellifera] (5e-56) |
| GeneOntology terms | GO:0005737 cytoplasm GO:0005634 nucleus GO:0046872 metal ion binding GO:0005624 membrane fraction GO:0005829 cytosol GO:0001515 opioid peptide activity GO:0017124 SH3 domain binding GO:0008286 insulin receptor signaling pathway GO:0008270 zinc ion binding GO:0005622 intracellular |
| InterPro families | IPR019781 WD40 repeat, subgroup IPR011046 WD40 repeat-like-containing domain IPR015943 WD40/YVTN repeat-like-containing domain IPR001680 WD40 repeat |
| Orthology group | MCL18289 |
Nucleotide sequence:
ATGCGACGAGGTCAAACGAGAATTGGTGGATGGCGTAATGAAAATTCGAGACAATTTAGC
TCAAGAAACGGCGGCAATTCACATTTCAGATCATCCAGAAACTATGATATACCGGACGCA
CCGAGATTCCCGCCACCGAGTTCAAGGTCTCGACGACCACAACCTTACAACTCGCGAGTT
GATAATCAAGATCAATCACAGGAACATGGTGATCGTTACAGATACAGGAACAATCGTCAC
AACTACCTGAGACAACCTCACCATAGTGAGAGACAAATATTACCCTTAATACATCAAAGA
CAAGAAGGACAGCATAGAAGTACGTTCAAAGAACCTTCTAATTTCTATAAAGATGTACAT
GGAAACCATTTTCATGTGAACAGTATGGGAGATGTTGATCACCGTCAATTGCCACCATTG
CATAATTTTAGACAACCCTTAATTAGCCCTTGGGCTACTGAAAATGATTTTTCACAAAGT
GAAAATATTTTTAATAAATCACAAAGACCAGAATTTAGTGAAACTAATAAATATTCAGAC
TATGCTGGGCACAGGCCACCAGCTTCCGACCACTATGGATGTAATCCTACATTGCCAGCT
TCAGCGATTGACAACTCCAATTCATTCAGTAGATCTGTAGATGACACTGTAGATATTGTA
AGGAAAAAAATTCTCAATCGCAATGAACCGCAGCATAATTCAGAAAATAATAATACAAAT
CAAAACAATTCTGCCCTCCAAAATGAATCCCTTAAAATATCAGAAAAATTTGAAAGCAGT
CAACATGAACCACCTGCTAAAAAAAGGTTTAACAGACAAAGAAATATTGATGCAAATAAA
AACTGTGCCAAAATAAAGAATAAAATTGTACACCAATTATTTAAAATGGATAAAGAAAAA
ATCCATAAATTAATGGATAATCCAAACTCATCAAATAAATTTGAATTTGCTATAAGCAGT
CTTATAACAGAGTCTCAGAATAGTTTTAATAGACACATGAGATCAGTCGCTGAAAAATCT
CTTTCCAGTACCAGCACGGAGTTCATGCAGAACGACAATAATACCATATATGAAGACACC
TTCATGAAACAAATGCAATGTATTCTAGATCCACAGGATACAGTTTTTCTTGAAGATATT
AAGCCTATTGTTATGGCAGAACTAAGTAAAGTGTTGCAGCTCGATGAATTTGAACAAATG
CAAATGGGTGGAGATGAGAACATAAATGAGATGTCAGATGATCAACAGATTTATAATAAT
ATTATAAGTAACACTGATCCATGGCCAAATGAGAATTTTCATTCAACATATTTTGACCAA
CCAAAGAATGTCCCGCAGGCAGATTTCACAAGATCAAAGAGTGTGGAACCAAACACCAAT
AATTATGATAGATTTACAAATGACCAATTGGGCTATGAAGACTCTAAGCCTCTTTTTGAA
AGAAGATCAAGAAGGAAAAGTTACAGTTGTTACCAAGATAGTGATGTATCAAAAAATAAT
AATCTCTTTGGAACATCCCCTGTGAAAGAACAAAAAGAACTAAAAGTAGAAGAACCGCAA
AAGTTATTTGACTCCTATCCTCAACAGGGTGTAGAGGAAGAAGATCCTTTTGCTGAATTG
GATAATCAGTATCATGTTGCTGTTGATCATGATTTTATTGAGGATGACAATATTACAATT
CCAAAACCATCACAGGACAATGATGAATCAAACTTTTTAAATATACAGAAAGAACTTAAA
GTAGAAATTCCTGCGCTCATAGAACTACCGACATTGACCGAAACTGATTTATGTAATGTA
GAGGAGGAACTCACACAAGATGACAACTTAAATACATCAGACATCGATAACAGTAGTAAA
TTAGACAAAACCAAAGAGTTAAATGACAAAATTGATTTTGAGAATTTGGTGAAAATATCT
ACATCATCAAATTCACGGAAAAGGTCTATCGATCAAAGGCCATCTCATCGTAAAGAAAAA
AGAAGAAAAGAATCATGTTCTGAAACTACGAATCAGTGTAATAAAGATGATGGAAATGAC
AATGACACATTAAAAGCGTCTGATAAATGTGAAACTATAAAATCTGTACTCCCTAAGGAT
GACAACAAGGACAAAGATTGTACAGATAATAATGAAACTTCAAATGATAAAAGCACTTCG
GAAAAACATCCTAAAAAGAAGGAAACGCCAAAGAAAACTCCGGTTAAAGACAATAAAACA
AAGTTAAAAGATACAATATCATCAAACCAAGATATCAGCCCACAGGAAAGCAGTTCAAGT
TGTCAAATGAGTACTAAAACAGATGCAAAAAATTCTTTAAAAACGATAGATATGTTCACT
GAACAGCCTCGAAAAGTAACAATACATCAAGCACATAGGAACACGGCTATTACTACAGTT
CCCAGCCACAAAATTTCTATCGACACCATAATCAAACCCAAAGACAGTTTTTGTAGACAA
TTAATGAGAAAACATGTTGCCATACAAGTTCAGAGGAAGTTACCATCAAAAGAAACACAG
ACAGTTATAAAGAAATATAATTCAAGGTGCTCACAAACAATAAAGAAAAAATTTGCAGTA
AAGGAAACACAAACAGATGACGTTGTTTCTGAGGGACTAATAACAAAATCAACTGAACCC
TTTGAAAGAATGAAGGAAATAGATTTAGAAATACAGATGTTATTGCAAGAAAAGTTTAAA
TTGTACAACTCAATGGAATCCAAAGACTCCAGTCACAACTCAATGCAAACATTGGGAATG
ACAGTTTTGAATGTAGCCCCATTTGATGGAGATGACGAAAATGGAACATCAGAGCATATC
TTACTGACTGAGGATGTTATCGTCGATAACTTTGCCAATATACCCTCAGAGGAATTGGAT
CAGTTAACTTTCGAAACAGTTGCCATTGAAGAGGCAGAAACGCCTAAAGTTGATAAAAGA
AATCGACGCCGTAAAGTTTCTTATCAGAGTGCATCGTCAGAAAGTTCTACGACGATTAAT
ACGAGAAGAAAAAGAGGAAAATCTCCAAATATATCCTTGCTTGAACAAATTATCACGGAT
GACAGACCACTTGAGGACATTATATCCTTAGACGATTTAGAAGTCACGCCGCAAAGCAAA
AAGAGGTTAAGAAAAGGCAAGCATATTGGAAGAAGGAGAGCTATCAAAGGTAAAAAAGTT
GATATGAACAATATCGAAATTAAAGAGTGCTCTGTTCTTCTAATAAGAGAAGACTTCAGC
CAGTATCTAGACCAGCATCACCTTGTACAGGATTATGATTATGAGCAAACAGTACAAAAT
GTTGATTTCGATTCCCAACAAAAGATTGCAACTGAATCAGATATACACGTCGAGCAAAAC
ATCGTCAACGACATACAGATTGATATGTTGGACGTATCAGAAGACATTGTGGTGGGAGAC
AACTGTGAGGACAAAGAAGAGGCGGTTGTAAATATAACAGTGCCAATTAGTGAAGAAATC
ATATTAGATAATAGCCAGTCGTCGATGGAGGATACCAAGCCAGCCTTGAGTCAAGGTGAC
GAATGTAAAATGTACGATTACTCATCAGATGAAAACCTAAGGCGGGATTCTATTGTCGTC
TCCGGAAACGCTGATGCTGTTCTTGCTTTAGAATGTGTCGAAACAAACTTCTTAGCGGCT
TGTCTCGATGGCAATGTTTATTATTTCAATAATGATGGACATCTTTTAACAACCTTAAGA
GGATCGAACCTTGCAGTAACCTGCATCACTATTGTTAAAGAGAAATACGGAACCACAGTA
TACACGGGGTCACTGGACTCGAGAATACGATATTATGACTTGGAGACAGGGTTGGAAAAG
GGACCGGAATGTAACGTTCTAAGTCCAATACAGACAATGGATCATGCATGGGACACAGTG
TTTGTAGGAACGAGGACGGGATTTGTTCTGCAATTTGAGTGCAAGAATAACATGCTAATA
CCAGTGAGTTCGGTGAAATTTTCTGAACAGTCAATCCTAGCTCTACGAGCAATGAAAGAA
GGTCCAAGGAAAGTACTTCTAGTCGCTGCTAGATCAGAAAACGTCACAATAAAAGACGCA
CAGACTGGCCTGTTGTTAAGGACATTAGTTGGACCCAAAATGACAGTCTACACTCTATTA
TATGAAGACGGAAAGGTTTATTGTGGGACCAGCAGTAATCAGATACATGTATTTGATTAC
ACGAGCGGGGGACACGCCGGCACTCATGAAGGGGGTAAGGGTGCGGTCTGTTTGCGAGCG
TCGGGCGGCCTTCTGTTCGCTGGGTGCTATGACGGCTGTGTGTACGTTTACCGGGAGAGT
GAGGCTCGACCCTTCGCACAGATACGCGGCCCAAGTCTCATGCTGCTTTCTCTGGCCATT
GTTGGAACCAAGATTATCGCTGGTTATAAGGACAGAAGTTTGTACATATGGAAAATACCA
CTAAGCATATTGCAAGAAATGATACTCTAA
Protein sequence:
MRRGQTRIGGWRNENSRQFSSRNGGNSHFRSSRNYDIPDAPRFPPPSSRSRRPQPYNSRV
DNQDQSQEHGDRYRYRNNRHNYLRQPHHSERQILPLIHQRQEGQHRSTFKEPSNFYKDVH
GNHFHVNSMGDVDHRQLPPLHNFRQPLISPWATENDFSQSENIFNKSQRPEFSETNKYSD
YAGHRPPASDHYGCNPTLPASAIDNSNSFSRSVDDTVDIVRKKILNRNEPQHNSENNNTN
QNNSALQNESLKISEKFESSQHEPPAKKRFNRQRNIDANKNCAKIKNKIVHQLFKMDKEK
IHKLMDNPNSSNKFEFAISSLITESQNSFNRHMRSVAEKSLSSTSTEFMQNDNNTIYEDT
FMKQMQCILDPQDTVFLEDIKPIVMAELSKVLQLDEFEQMQMGGDENINEMSDDQQIYNN
IISNTDPWPNENFHSTYFDQPKNVPQADFTRSKSVEPNTNNYDRFTNDQLGYEDSKPLFE
RRSRRKSYSCYQDSDVSKNNNLFGTSPVKEQKELKVEEPQKLFDSYPQQGVEEEDPFAEL
DNQYHVAVDHDFIEDDNITIPKPSQDNDESNFLNIQKELKVEIPALIELPTLTETDLCNV
EEELTQDDNLNTSDIDNSSKLDKTKELNDKIDFENLVKISTSSNSRKRSIDQRPSHRKEK
RRKESCSETTNQCNKDDGNDNDTLKASDKCETIKSVLPKDDNKDKDCTDNNETSNDKSTS
EKHPKKKETPKKTPVKDNKTKLKDTISSNQDISPQESSSSCQMSTKTDAKNSLKTIDMFT
EQPRKVTIHQAHRNTAITTVPSHKISIDTIIKPKDSFCRQLMRKHVAIQVQRKLPSKETQ
TVIKKYNSRCSQTIKKKFAVKETQTDDVVSEGLITKSTEPFERMKEIDLEIQMLLQEKFK
LYNSMESKDSSHNSMQTLGMTVLNVAPFDGDDENGTSEHILLTEDVIVDNFANIPSEELD
QLTFETVAIEEAETPKVDKRNRRRKVSYQSASSESSTTINTRRKRGKSPNISLLEQIITD
DRPLEDIISLDDLEVTPQSKKRLRKGKHIGRRRAIKGKKVDMNNIEIKECSVLLIREDFS
QYLDQHHLVQDYDYEQTVQNVDFDSQQKIATESDIHVEQNIVNDIQIDMLDVSEDIVVGD
NCEDKEEAVVNITVPISEEIILDNSQSSMEDTKPALSQGDECKMYDYSSDENLRRDSIVV
SGNADAVLALECVETNFLAACLDGNVYYFNNDGHLLTTLRGSNLAVTCITIVKEKYGTTV
YTGSLDSRIRYYDLETGLEKGPECNVLSPIQTMDHAWDTVFVGTRTGFVLQFECKNNMLI
PVSSVKFSEQSILALRAMKEGPRKVLLVAARSENVTIKDAQTGLLLRTLVGPKMTVYTLL
YEDGKVYCGTSSNQIHVFDYTSGGHAGTHEGGKGAVCLRASGGLLFAGCYDGCVYVYRES
EARPFAQIRGPSLMLLSLAIVGTKIIAGYKDRSLYIWKIPLSILQEMIL