| New model in OGS2.0 | DPOGS213210 |
|---|---|
| Genomic Position | scaffold455:+ 3054-14220 |
| See gene structure | |
| CDS Length | 2982 |
| Paired RNAseq reads | 467 |
| Single RNAseq reads | 1318 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007404 (4e-152) |
| Best Drosophila hit | diego, isoform A (7e-85) |
| Best Human hit | ankyrin repeat domain-containing protein 6 (5e-40) |
| Best NR hit (blastp) | ankyrin repeat-containing protein, putative [Pediculus humanus corporis] (1e-133) |
| Best NR hit (blastx) | ankyrin repeat-containing protein, putative [Pediculus humanus corporis] (2e-123) |
| GeneOntology terms | GO:0001736 establishment of planar polarity GO:0042067 establishment of ommatidial planar polarity GO:0005737 cytoplasm GO:0001737 establishment of imaginal disc-derived wing hair orientation |
| InterPro families | IPR002110 Ankyrin repeat IPR020683 Ankyrin repeat-containing domain |
| Orthology group | MCL12841 |
Nucleotide sequence:
ATGAGCGAGGGAGGAGCGGTGTTGGAGGCGGCGGCGCGCGGCGACGCCGGTCGAGTGGCC
AGCCTGGTGCGGGCCGGGGCAGCTCACCACACCGACGAGGGTCCCTTATCATCGATCATC
GGACAAGTGAGACCATATCGAGAGCTCGGGGGAGCATTAAAAACTAGTTCAGGCCGACCG
AATGGGTGCAGCGCTCTTCAACGGGCAGCAGCCGATGGGCACGTGGAGGTGGTGCGAGTG
TTGTTACAACATGGTGCGGACCCGCTGCAGAGAGATATTGTGCATGGCAACACCGCCATC
CATGAAGCTGCCTGGAAAGGTTACTCCCGTACTGTCGGCCTTCTCTCCCGGAGTGTGGGC
AGCGTGGTGTGTCGCAACGCTGCCGGGTTCACACCCCTGCACCTCGCCGCACAGAACGGC
CACAACCAGTCGGCCAGGGAACTGTTGCTGGCCGGCGCTAACCCGGATATACAAAACAAT
TACGGGGACACGTCCCTCCATACGGCTGCACGGTACGGTCACGCGGGCGTTACTCGTATC
CTTATCTCGGCTCAGTGTCAAGTCTCGGAACAGAACAAGAACGGAGACACGGCGCTACAC
ATAGCAGCCGCAATGGGGAGACGAAAACTCACACGAATACTGCTTGAAGCGGGATGCGAT
AAAAGTATAAAAAACCATCAGGGAGAAACCGCGAGAGATATCGCAATGAGAAAAGGCCTA
GATGAAATTATACACATCCTGAACGCTCCTGTAGCGAAACAAAACAAAAAGAAAGAAAAG
CATAGAGATAAAAGCAGAGAAAGAACTATCGACGAACCCGATGACGGCAAGAAGAGAGAT
AAAAGTAAAGATAAAAAGAAAAGGAGCGTCCATTTTGAAACGCCACCACAAGTGCAGTGG
TCGCCCTACGGTTGCCATTACTATCCGGACCCGAAATATTTTCCGAAGCCAAAGCTTAAC
TCATTACCCACCGAACCTTTGAAAAAGGGCGAACAGTATTACTTGGATTTGGCTGGAAAT
ATAAAAAAGGGCCCCATCGGAGCTGGCTACACATGCTACTGTGCACCATTCTTCAAACAC
ATGGAAGATAAACTGAACGAAGACAAAAACGATTTGAAACGTCACATAGATAGAGCGCAC
GAAAAGTTAGATCAGAAAGTGACTGACTTAGAAATGAAAACACAAGGAAAGATATCGGAG
CTGACGAGGTTTATGGCCGCGGAAAGAGCAATGTGTAAAGAGAGACACAAACACTTGGAG
CTGTGGCTGACTAGAGGGATGACGTACAGGGCGTCAGAGAGAGTCAAGAAGTTGGACTTC
AGTCCAAAAGGATCGTTAGATATACCAACCATAAAAAGAACAAGGAGCTTAGAACTTTTA
GATGCTAATAATGAAGATTGGAACAATGTTAACCGAATAATAAGAGATTTAAATGAGAAC
GCGGAACAGTGTGAAACTATTGCCAAAGAACTTGATTACAAAGCAACATCTAGAAGCACT
GACGGTTTGGATACACAGACGCCTTCTAGTCCAAGAAGGAAGAATATTCTTAAAAATTCT
AGAAGCAGCGATCAATTAGATGCTGGTCCAAGTCGAAGTTCGAGATCTTCACATTCGGCA
CACATTAATAATAATGATCCCCAAGAAACTGCAGAAAATTATGGCAACTCAAATAGAGTG
TCCATTTCTCAGTCTCCAGAAACCATATGCAACGAGAGGTTCATGACTACTTCTCAACAA
CTACTGACTAACTCTTTAGACGTAAATAAAGGACTGCCAGCGCATGGACCACAAACTCCC
GAAGGGAATATAGATCACTTTGAACTCCAAAATGAATCAAGATGGAAAAGCCAAGTGTTG
CAAAAAACTGCAGACGACGTCCGGAAAAGAGTTATGTTTGAAAAAGAAACCTCAAACATG
CAACGAAATAAAAACTTAGATATATCACAAGACGGATACATTAAAATTACAAATCCTGAA
TATAGAGAAGATAAAATTGATAGAGAACCGCGCAAGTCAGTTTTAGAGCTGGTAGCAGAG
GTCGAACATCAACAGAGATGTACATCGCCAGAGAGACCGCCGCTACCAAAGAAAAAAATA
GAAAAAGAGGTACCGGTGTCCTCTACACAACCTAGTCAAGTCGTGCTAAAAATGCCACAA
CAACCGCTAAGACCCGCCCCAGCATTGAAAGAAAAGCCACCGAAATCAAAACGATTTAGT
TTACACAACCTCATACCTTTTCCGACAAGAAAGACTTTTCAAACTCCTCCAAAACAAAAC
GGAAATAATTCAGAAAGTAGTGATGAAGAGGACGCTCCAATAAGAAGCATCAATCAACCA
GGGCCCATGAAGAACACAAATCTTCTTCAAACACTACCACTACCGAACTACGAAATGGTG
TCGACATCACAGCCACCGGCGCTGCCAACTCAAACACACAACTATCCTCACGACATTCGA
ATGATACCAAAAGATGCATACTTCCACGACATATCCAACAGGAAGAACGATCCCTATAAA
ACGATCGACAATGGACTTCCGTACTTACCGGGTCAGTACGAGTACGAGCCCGGTCCCGTC
CAAAATCAAATTCGAGGTCGGAACAGGAATCCCATCTACCAGACGGGAGTGTTCAGCGCC
ATGATGCAGGATCACATCATAAGAGAGATTGAAAGAATCCCACACAAATACGGCGACCGG
CTCGATCAAGACACGGAAATAGAAATAGCGAACAGAGGACACTATCGCGGCTACGACAAC
GACCCGAGTATGTACTACACGGAACATAGTCTACACGGACTGCAGTCGCTCGCTATCAAC
ACCAACATTACGGAGACGCACAGTCAGGCGGACAGAGAAAGCCATAACGATTCAGGATAC
AGCACCAAAGTGTACGGCAGTTCACAGGGCCCTTCGCCAAGTCTATCGGGGCCCCCTGAC
GACAAAGATAGGGCGACGTTAGGGGCCTCTAGCTTGGTTTGA
Protein sequence:
MSEGGAVLEAAARGDAGRVASLVRAGAAHHTDEGPLSSIIGQVRPYRELGGALKTSSGRP
NGCSALQRAAADGHVEVVRVLLQHGADPLQRDIVHGNTAIHEAAWKGYSRTVGLLSRSVG
SVVCRNAAGFTPLHLAAQNGHNQSARELLLAGANPDIQNNYGDTSLHTAARYGHAGVTRI
LISAQCQVSEQNKNGDTALHIAAAMGRRKLTRILLEAGCDKSIKNHQGETARDIAMRKGL
DEIIHILNAPVAKQNKKKEKHRDKSRERTIDEPDDGKKRDKSKDKKKRSVHFETPPQVQW
SPYGCHYYPDPKYFPKPKLNSLPTEPLKKGEQYYLDLAGNIKKGPIGAGYTCYCAPFFKH
MEDKLNEDKNDLKRHIDRAHEKLDQKVTDLEMKTQGKISELTRFMAAERAMCKERHKHLE
LWLTRGMTYRASERVKKLDFSPKGSLDIPTIKRTRSLELLDANNEDWNNVNRIIRDLNEN
AEQCETIAKELDYKATSRSTDGLDTQTPSSPRRKNILKNSRSSDQLDAGPSRSSRSSHSA
HINNNDPQETAENYGNSNRVSISQSPETICNERFMTTSQQLLTNSLDVNKGLPAHGPQTP
EGNIDHFELQNESRWKSQVLQKTADDVRKRVMFEKETSNMQRNKNLDISQDGYIKITNPE
YREDKIDREPRKSVLELVAEVEHQQRCTSPERPPLPKKKIEKEVPVSSTQPSQVVLKMPQ
QPLRPAPALKEKPPKSKRFSLHNLIPFPTRKTFQTPPKQNGNNSESSDEEDAPIRSINQP
GPMKNTNLLQTLPLPNYEMVSTSQPPALPTQTHNYPHDIRMIPKDAYFHDISNRKNDPYK
TIDNGLPYLPGQYEYEPGPVQNQIRGRNRNPIYQTGVFSAMMQDHIIREIERIPHKYGDR
LDQDTEIEIANRGHYRGYDNDPSMYYTEHSLHGLQSLAINTNITETHSQADRESHNDSGY
STKVYGSSQGPSPSLSGPPDDKDRATLGASSLV