| New model in OGS2.0 | DPOGS215741 |
|---|---|
| Genomic Position | scaffold442:- 70631-75183 |
| See gene structure | |
| CDS Length | 2754 |
| Paired RNAseq reads | 79 |
| Single RNAseq reads | 201 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA003617 (1e-06) |
| Best Drosophila hit | ND |
| Best Human hit | ankyrin repeat and MYND domain-containing protein 1 isoform 1 (2e-07) |
| Best NR hit (blastp) | PREDICTED: similar to zinc finger protein, partial [Strongylocentrotus purpuratus] (2e-37) |
| Best NR hit (blastx) | PREDICTED: rCG55486-like [Rattus norvegicus] (8e-35) |
| GeneOntology terms | GO:0046872 metal ion binding GO:0005575 cellular_component GO:0003674 molecular_function GO:0008150 biological_process GO:0008270 zinc ion binding |
| InterPro families | IPR020683 Ankyrin repeat-containing domain IPR002110 Ankyrin repeat IPR003409 MORN motif |
| Orthology group | MCL19658 |
Nucleotide sequence:
ATGATAAATATTTGTGAGCCCATTGCTACAGTGAAAGAAAAAACATGGAAATATCAACAA
TACTATATAGGAGAAAGAGATGAGGAAGACAGACGAAGTGGGGAAGGAGAAAATACTTGG
ACGGGAGCTAAGTCCTTAGAGTGGTATGCAGGAAGGTTTATTCGTAATACCATGCACGGT
GTTGGAGATTACCACTGGCGCTTCCTTGGGCCTGAGAACACGTTCGTTACATACGAGGGA
CATTTCTATTGTAACAGCATGCATGGCTACGGTATTATGTCATACCCTGACGGAAAGACA
TTCAGTGGCTTATTCTCCAATAACGTTCGATTTGGTCCCGGCGTGGAATCCCATTCTGAT
GTTACCGAAAACGTTGGGTTATGGCGAGGAAATAAACTGATAAGACTTGCTTGGCGACCA
GAGGCACCGTGTGTCACTCCTGACTTCCTTACAAACCCCAACGGACAAATAGCTGTTGAA
CAATTCAGAACTGTACTCACTACCGAAATTGAAACTGTCGGCGAAGTAAACAATGCTCTA
GAATTGCTTAAACAGAAAGGAGCAGATCCCCGTGTTGCTATGGAGAAATGGATGAAATTG
TTTCCAAAAAATTGCACTGACCTTGCCAGCAAACTTTGCCAGATAGATATATTTGATAGA
GATTATTATAAAGGAAAAATATATGCATTACAAGAAGTCGAAAAAGTACCAGAAAGAGAA
GAAACGCTAAAAATAGACCAAAACTTGAATGAAAATACTCCGCAAGACGTTTGTACATTC
TACGCTTGGAATAATAGTAGTATAATGATAAATTTAATGAAACATTGCTATAAGCATGAA
AGACAGAGGAACATCACAAGAATAAACCTGAAGTCTATCCTATCTGGACCAAGAAGCAAT
TTTAAACCGACTGGAAATCACGAAGTCAACTGCAGGTCATTACTTATGGCTAGTTATTTA
GGGTATATAACAGAAGTAGCAGAACTCATTAACACAGACAAAGTGCTTCCCGATGTGTCA
GACATTCAAGGAAATACTGCTGTTATGTATGCTGCTGTCGGAGATCAAATTGAAGTAATT
CATTTTCTCGTGGAAGCTGGTGCTAACATAAATTATTATAATGATTGTTGTTGCACACCA
CTAGGAGTTCTTTTGATGCGATATGCTTGTACTCAGAGAGATATTTCACACAACGCGATG
GTTCAAGCTTTGTTACCTTCAACGACGTTTGCACCTCCAGCAATAGAACCCAATATTGTT
GAATGGAATATAGTGCGTGAATTGACATGTCAAAGTCCTGGAAATTTACTAACTAAGAGT
CCCAGTAAGATCACAAGGAACTTGAGTTCAAAGAAAGTTAAATCTCTTATGTCAATAAAA
GATCAACCAACTTCGAAAAGAAAGCAGACCGACGCTGGATTACCGAAAGTTTCTGAACCA
GATTATGAAACCGAAGAAGCCTTGATGAAACAGATGAAAAATGAAACAGATGAAAAAATA
TTATATAACAATCTTAACCGAGAGTATTGTATTAAAATAACAGATGACTTTACTTTGCCG
TTTGGTACTAACAACAATCAATATATCTTTGACATAAGCGACATGGTTAAGGAGATTGAT
TCATTCGATGAAGAACTGAAAAAACCAGTAGAAAAAAATCCAAAGAAAGTTATATCAAAA
GTAATTAAAGATACTATGAAAATTAGTAAAGATTTGATGTGGCAAAATGACGAAATACAA
TCAATAGACAGTGAACAAAAACTTAAAAACGATAAACTGTCCCGAATTATGCAAACTATT
ACACAGCTACTCGCAGACGGTGCTGATCCAAAGTTAGTTAAATGTCCACAGCCAGCCTTA
TTCATAGCTGTTATGTCTAACAGCTCGGATTTAATACGAAGTTTAATGAAGTCTGGTGCT
GACATCAATGAAATCTATCCGCAGGTTTACCACTATACACCATTAGATATCGCCATATCT
CGGCCATACAACACTGAAAATTTGGAAATAGTAGCAACGTTGTTGGAATGCGGAGCAGAC
ACACGGCATTTATTAAAATACCAGCAAGAAGACAAGGAACCAGATGTTCCAGAAATTTTT
ACTCCTGGACCTACTCTATTTCATGCTGTACTTGCCAGAAAAGTTGACAACGTAGGAGAA
GAAGATATACGTCGTCAGCTTGTGGAGCTATTACTACAATATAACTGTGACCCAATAGCC
CAGTTTAAAGGCAGTTCGGCAATAGACGTGGCCATGAACCATAATTTCGATCTCCTCGAT
GTATTTATAAAGAACCCTAATACGAATCTTAATGCGAAAATAAATAGCTTTAATCAAAGC
ATCCTTATCAAAATGTTTAGTAATCCATTCTTTAGAAACGCTCCAAGTGGAAGTCGTCTG
CAAACGTTCACGAATCTTTTATCTTACGGAGCTGATCCACTTATTGAGTGTCAAAATGGT
GAACAAATTTACAGCAATATATTTGTTTTCGCAAAGAAAACTCTTTCCGAAATGGAAAAT
GCTCCGGGAAAAATATCTCCTACAGTCGCAAAACAAGATTCCAAAGTGAAGAAAGCTGAC
AAACCAAAAAAGGAAGACAGACTAAGCACTAAATCTATTGCAAAAATGGCGGTAGACGAT
ATTGAAGATTACAGACAAGCAATCGAACAAGTAACAGACTGTGCTAGACTTATTTACATA
AGATGGCTGCAGTCCAGGCTTGTCAAAGAGATGGTTAAAGTAATAGACAGGTAA
Protein sequence:
MINICEPIATVKEKTWKYQQYYIGERDEEDRRSGEGENTWTGAKSLEWYAGRFIRNTMHG
VGDYHWRFLGPENTFVTYEGHFYCNSMHGYGIMSYPDGKTFSGLFSNNVRFGPGVESHSD
VTENVGLWRGNKLIRLAWRPEAPCVTPDFLTNPNGQIAVEQFRTVLTTEIETVGEVNNAL
ELLKQKGADPRVAMEKWMKLFPKNCTDLASKLCQIDIFDRDYYKGKIYALQEVEKVPERE
ETLKIDQNLNENTPQDVCTFYAWNNSSIMINLMKHCYKHERQRNITRINLKSILSGPRSN
FKPTGNHEVNCRSLLMASYLGYITEVAELINTDKVLPDVSDIQGNTAVMYAAVGDQIEVI
HFLVEAGANINYYNDCCCTPLGVLLMRYACTQRDISHNAMVQALLPSTTFAPPAIEPNIV
EWNIVRELTCQSPGNLLTKSPSKITRNLSSKKVKSLMSIKDQPTSKRKQTDAGLPKVSEP
DYETEEALMKQMKNETDEKILYNNLNREYCIKITDDFTLPFGTNNNQYIFDISDMVKEID
SFDEELKKPVEKNPKKVISKVIKDTMKISKDLMWQNDEIQSIDSEQKLKNDKLSRIMQTI
TQLLADGADPKLVKCPQPALFIAVMSNSSDLIRSLMKSGADINEIYPQVYHYTPLDIAIS
RPYNTENLEIVATLLECGADTRHLLKYQQEDKEPDVPEIFTPGPTLFHAVLARKVDNVGE
EDIRRQLVELLLQYNCDPIAQFKGSSAIDVAMNHNFDLLDVFIKNPNTNLNAKINSFNQS
ILIKMFSNPFFRNAPSGSRLQTFTNLLSYGADPLIECQNGEQIYSNIFVFAKKTLSEMEN
APGKISPTVAKQDSKVKKADKPKKEDRLSTKSIAKMAVDDIEDYRQAIEQVTDCARLIYI
RWLQSRLVKEMVKVIDR