| New model in OGS2.0 | DPOGS204326 |
|---|---|
| Genomic Position | scaffold236:- 15057-25646 |
| See gene structure | |
| CDS Length | 3600 |
| Paired RNAseq reads | 2035 |
| Single RNAseq reads | 4726 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000001 (2e-89) |
| Best Drosophila hit | phtf (3e-74) |
| Best Human hit | putative homeodomain transcription factor 2 isoform 2 (3e-54) |
| Best NR hit (blastp) | hypothetical protein AaeL_AAEL010838 [Aedes aegypti] (7e-104) |
| Best NR hit (blastx) | hypothetical protein AaeL_AAEL010838 [Aedes aegypti] (7e-80) |
| GeneOntology terms | GO:0003677 DNA binding GO:0005783 endoplasmic reticulum GO:0045449 regulation of transcription GO:0005634 nucleus |
| InterPro families | IPR021980 Transcription factor homeodomain, male germ-cell |
| Orthology group | MCL10836 |
Nucleotide sequence:
ATGGTGGAACAGCTCCTGATGAGAGGAACATACAGACGTCGGATCATAGACTTCACATCC
CATCCAAGATCATATCTGATAGATGTTGATCTAGTCAGAGGATCATCCTTTCCTAAAGCA
AAACCGACCTTAGGAGTGCGAAGGGTCGTATGGTTTGCGTTGGTGCGACTCTTCTTCCTA
CCAGCTCTATACCAATGGTGGGCTCAACAAACATCACCAACGTGTGCTAAATTCCTGTTA
GCACTGTGGTTGTTACAAGTTATAAATATTACCATAGATTTCATAGCCCCGGTGTCTTTG
GACATTGATTCCTATTCATGGATAGTGCCTCTTGGTCTTATGATAGTCCTAAGTATAGTG
CATTCTCAAATAGTCAGCACTACTGAAATGGAACTCGCCAGAGTAAGACCTCGTTCAGCA
TATCGGAGGAAACTACCTAGGTATATAAGAAAAACCCGATCAGACTGCGATGGCGGTAGT
GGCGGTGGATCTGCTGAAAGTGGTGCAACTTCAAGCCACAGCAAAACTCCTCTCACAAAA
TCATCAAAATTCAGGCGAAGGCTCTCGAGATCTGATTCAACTGATACAGGGATGCGGAAA
CGTAAAAAGGAAGTGACCAAAAATAATGACACTGTATTACATGCGTGCAAAGAAAAAAAT
ACTGCGAAAGCAAAAGTTAAAGATTCAGACGACGAGGATTATATGTCCTGGAAAAAACCA
GAAGAAACAGCGCCAGTGGTGACGTTCACTCCACCAGCTGACGAGGGGAACACCAAACGT
ACGTTCCGATACAAACCGAACATATTGACAAAGAAATACTTAGAATTCTTCAATGTACGC
CAGAATTTAAATAGACCTATCTTCGCTGACGGTGACGACGGTTTTGAGAGTCTCAACGGC
TACAACTCCCACGGCAGCGACGGAGAAATCAGGAACAGAGACACGGATAGGAAGCCACGC
GAGCAAATAAAAGAAAAGCCGGCAGAGGAAAACGATCCAAAAATAATAGCGTCGGAAGAA
AAAGCAGAAAGCGCGAAAACAAGCAAAGATGAAGAAGACAAATTTGTGGACCATGAATCA
GATAGCGCCACAACGAATCACGGCAAAAGGGTCGGCGTGAGATTCAGGAAATCTTGGGCC
AAAAACTCCGTCCACGAATCAACGGACGAAGATTACAATCTTAAAGCCAAACAAAAGAAA
CTAAATAACTACCAGAGTTCGTCATCGGACGGTGAGTGTTCGGCTTCAGCGCCATCTATC
GCTTTACCGTCACACCATACTATGTCAGACTGGGTTGGCCAAATTACTAACAGTGAAGAG
AGCAGTTACGGATCCCAATCCGAAGCCGGTCACTCCGATGTGTTTCATTACACAGCCGAC
AGCTCTTGGGATCCGTTCGCTATTTTGGATCCTTCCAGCGACACTGATTTCATAGCCCCG
GTGTCTTTGGACATTGATTCCTATTCATGGATAGTGCCTCTTGGTCTTATGATAGTCCTA
AGTATAGTGCATTCTCAAATAGTCAGCACTACTGAAATGGAACTCGCCAGAGTAAGACCT
CGTTCAGCATATCGGAGGAAACTACCTAGAAAAACCCGATCAGACTGCGATGGCGGTAGT
GGCGGTGGATCTGCTGAAAGTGGTGCAACTTCAAGCCACAGCAAAACTCCTCTCACAAAA
TCATCAAAATTCAGGCGAAGGCTCTCGAGATCTGATTCAACTGATACAGGGATGCGGAAA
CGTAAAAAGGAAGTGACCAAAAATAATGACACTGTATTACATGCGTGCAAAGAAAAAAAT
CCTGCGAAAGCAAAAGTTAAAGATTCAGACGACGAGGATTATATGTCCTGGAAAAAACCA
GAAGAAACAGCCCCAGTGGTGACCTTCACTCCACCAGCTGACGAGGGGAACACCAAACGT
ACGTTTCGATACAAACCGAACATATTGACAAAGAAATACTTAGAATTCTTCAATGTACGT
CAGAGTTTAAATAGACCTATCTTCGCTGACGGTGACGACGGTTTTGAGAGTCTCAACGGC
TACAACTCCCACGGCAGCGACGGAGAAATAAGGAACAGAGACACGGATAGGAAGCCACGC
GAGCAAATAAAAGAAAAGCCGGCAGAGGAAAACGATCCAAAAATAATAGCGTCGGAAGAA
AAAGCAGAAAGCGCGAAAACAAGCAAAGATGAAGAAGACAAATTCGTGGACCATGAATCA
GATAGCGCCACAACGAATCACGGCAAAAGGGTCGGCGTGAGATTCAGGAAATCTTGGGCC
AAAAACTCCGTCCACGAATCAACGGACGAAGATTACAATCTTAAAGCCAAACAAAAGAAA
CTAAATAACTACCAGAGTTCGTCATCGGACGGTGAGTGTTCGGCTTCAGCGCCATCTATC
GCTTTACCGTCACACCATACTATGTCAGACTGGGTTGGCCAAATTACTAACAGTGAAGAG
AGCAGTTACGGATCCCAATCCGAAGCCGGTCACTCCGATGTGTTTCATTACACAGCCGAC
AGCTCTTGGGATCCGTTCGCTATTTTGGATCCTTCCAGCGACACTGTGAAATGTACAATG
TGGGAGCGTGGTTGTACTCTGCGCGCTGAATTGTCAGCTGTTGATATAAGTTGGTACGTG
GTGGCTCGGGCGGAGCGCGCTATGTCCGACGGCGGGGTCTGGCCGGGGCTGTTCATGGCG
AGCCTAGTGGCTGTAGTGTCACCCTTTATGAGACTTGTACAGGTGGCTATAGAGAAGGAC
ACGCGCAGTGAAGATGAGCTGCAGAACATTTCTCTCATCAGCTACATTCCATCTCTTGTG
GTGAACTATACCCAGGGCTCGATGGTTTGCGTTTTCAACGGAGCTCTCGGAGACAGCTTT
TGGGAGATATCCTCGAACGTACTATCATGTGTATTACGTTTCGCTCTAAGCGCTCTAGTG
TTCTTCCTCCTGGCGGTCGCTGAGCGCGCCTACAAACAGAGATTCCTTTACGCAAAGCTT
TTCTCGCATCTAACGTCGGCGAGGCGAGCAAGGAAATCAGAATTGCCGCATTTTAGATTA
AATACAGTCAGAAATATAAAGACGTGGCTGTCAACTAGATCATATCTGCGGCGTCGTGGA
CCGCAGAGGTCGGTTGATGTGATAGTATCGGCTGCTTTTATGTTGACCCTCACATTACTT
GCTTGTGTCAGCGCACAACTATTAAGGGACTCGGTTACTCTTGAGAGGGGCTGGTTGTTA
GAAGCTATGGTTTGGAGCTGTTGCCTCGGTATATATCTCCTTCGTCTGCTCACCCTCGGC
AGTAACGTGAACAGGAAGTACCGCGGATGTCTCTCAGCGATACTCACAGAACAGATCAAC
TTACATCTGGCGATAGAACAGCGACCCGAGAGCAAAGAACAACTCACCGTAGCCAACAAT
GTCCTTAAATTGGCCGCAGATTTGCTAAAGGAATTGGATTCGCCGTTTAAGATATCAGGG
ATATGTGCAAATCATTATCTCTACACCATAACTAAAGTCGTGATACTCTCCGCGCTGTCT
GGAGTCTTATCTGAAATGTTAGGATTTAAGTTGAAATTGCACAAAATTAAAATTAAATAA
Protein sequence:
MVEQLLMRGTYRRRIIDFTSHPRSYLIDVDLVRGSSFPKAKPTLGVRRVVWFALVRLFFL
PALYQWWAQQTSPTCAKFLLALWLLQVINITIDFIAPVSLDIDSYSWIVPLGLMIVLSIV
HSQIVSTTEMELARVRPRSAYRRKLPRYIRKTRSDCDGGSGGGSAESGATSSHSKTPLTK
SSKFRRRLSRSDSTDTGMRKRKKEVTKNNDTVLHACKEKNTAKAKVKDSDDEDYMSWKKP
EETAPVVTFTPPADEGNTKRTFRYKPNILTKKYLEFFNVRQNLNRPIFADGDDGFESLNG
YNSHGSDGEIRNRDTDRKPREQIKEKPAEENDPKIIASEEKAESAKTSKDEEDKFVDHES
DSATTNHGKRVGVRFRKSWAKNSVHESTDEDYNLKAKQKKLNNYQSSSSDGECSASAPSI
ALPSHHTMSDWVGQITNSEESSYGSQSEAGHSDVFHYTADSSWDPFAILDPSSDTDFIAP
VSLDIDSYSWIVPLGLMIVLSIVHSQIVSTTEMELARVRPRSAYRRKLPRKTRSDCDGGS
GGGSAESGATSSHSKTPLTKSSKFRRRLSRSDSTDTGMRKRKKEVTKNNDTVLHACKEKN
PAKAKVKDSDDEDYMSWKKPEETAPVVTFTPPADEGNTKRTFRYKPNILTKKYLEFFNVR
QSLNRPIFADGDDGFESLNGYNSHGSDGEIRNRDTDRKPREQIKEKPAEENDPKIIASEE
KAESAKTSKDEEDKFVDHESDSATTNHGKRVGVRFRKSWAKNSVHESTDEDYNLKAKQKK
LNNYQSSSSDGECSASAPSIALPSHHTMSDWVGQITNSEESSYGSQSEAGHSDVFHYTAD
SSWDPFAILDPSSDTVKCTMWERGCTLRAELSAVDISWYVVARAERAMSDGGVWPGLFMA
SLVAVVSPFMRLVQVAIEKDTRSEDELQNISLISYIPSLVVNYTQGSMVCVFNGALGDSF
WEISSNVLSCVLRFALSALVFFLLAVAERAYKQRFLYAKLFSHLTSARRARKSELPHFRL
NTVRNIKTWLSTRSYLRRRGPQRSVDVIVSAAFMLTLTLLACVSAQLLRDSVTLERGWLL
EAMVWSCCLGIYLLRLLTLGSNVNRKYRGCLSAILTEQINLHLAIEQRPESKEQLTVANN
VLKLAADLLKELDSPFKISGICANHYLYTITKVVILSALSGVLSEMLGFKLKLHKIKIK