| New model in OGS2.0 | DPOGS200540 |
|---|---|
| Genomic Position | scaffold86:- 136118-143583 |
| See gene structure | |
| CDS Length | 3666 |
| Paired RNAseq reads | 1446 |
| Single RNAseq reads | 4000 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA010779 (0.0) |
| Best Drosophila hit | CG14681, isoform B (1e-156) |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein AaeL_AAEL000153 [Aedes aegypti] (1e-178) |
| Best NR hit (blastx) | DOMON domain-containing protein [Culex quinquefasciatus] (0.0) |
| GeneOntology terms | GO:0005575 cellular_component GO:0004500 dopamine beta-monooxygenase activity GO:0006548 histidine catabolic process GO:0006584 catecholamine metabolic process |
| InterPro families | IPR005018 DOMON domain |
| Orthology group | MCL12982 |
Nucleotide sequence:
ATGACTTCGGCCAATCGGAACGCTTCCAAATATAATAACACAGTCCAAACGAACCGCACC
ACGCCGTCTCCGACTGCGTCCTCGCCGTCTACCCTCCAATCAAAACTGAACTGCGAGGTT
TTGTTCGACGAGCTCGCGTTTGAAGTCCGTTGGGCCATCGCCGGCAGCAGCGTCGTGTTA
CAATTAGTCGCCAAACTCGAGGACGGTGAATACATGTCGTTCGGTTTGTCCGGGGACCCG
GAACACTCCGTGATGATAGGAGGTGATGTGGCAGTCGCATGGGTCGATAAAGAGACACTA
AAAGGATACTCCGACGATTATTATCTGGAGGGAAAGAGCCAATGTGCCGGAGGAAGAGGC
TCGTGTCCCGATACCAGCATTAGAGAAAATAGGAGTTCCATTCGTCTGTTAAATGCTGCT
CTAGTGAATGGCTACTCCATAGTGACGTACCAGCGCCCTCTGAAGGCGTCCGACGAACTG
GACCTGCCGGTGTACACAAACATCAGCCAGCCAATCATATGGGCCATTGGACCGCTGAAT
TCTAAAACACAAGTCTCCTATCACCAACACTTTACTAAGGGGGATAGATTTATTGAATTT
GGAAGACCTCCCCTTTGGAACTGCCCCATGCCCGAGGGTGAGGAAGACATGAGGCTCTCC
GGAGAAGACTCGACGGGGCCCAGCGAAGAGGAACATAAGGTAGTGATAAGACCCAATCCA
GTGCCAACCCCAAAACCTACTTCTAAAGTAATTCCGTGGGATATACCCGGCATCCAATGC
TATGAACCGCCGGATGGTATATTTTACGCTCAGATGGGACCGACTGGAGGCAAGCAAGGA
TACTCAGCTATTACAGGCCACGTTGGTTGGGGAATTTCATGGTACATCAACGGCTTGCTG
ATTCCCGAAATAAATGTCGTTCGAGGAAAGAAATACACATTCGTAGTAGAGGGAGGAAAC
AATCCAGATATACCGGCAAGATATCATCCCTTCTACATCACTAACGATCCTGTAGGCGGA
TATCATCACAAAACACCCGAAGAGAAACAGGGCATTGAAATATACGCCGGCACAAGACGG
GCTCGAAACGGCGAATTACTACCGACTGGGACGGGTCGCCTCTGCAATTGGACACCTGAC
AATAATGGACCAGAAGCTGATGAGTATCCAAGTTTTGGTGCCTATCAACGGTCGTTGACC
TTAGTTTGCGAGGAGGGAAACCCAGGAGTGGTGACGTGGGTGCCAGATGAAAATACTCCA
GATACTGTCTATTATCAGTGCTTTACACACCGATATCTCGGGTGGAAGATTAATGTTGTA
GATGATTGCGACGAGACGGAAGTGGCGGAAAGTCGAGTCGTTGAGAGTGTAATTTTGCCT
AGCGATCTAATGGGTGTAGAATCAATTCAGGTACAAAGTCGTGTAAAGCCAGAAAAGAAC
TTTTTAAGTCAGCGCACAAAAATTGAAAAAATAATCAACATGAAAAACAATTATAACGAT
TTCAGTAGCAATAAAGGTGAAAGCAGCCTCTCGGGAGAACTGTTTTCGGAACAGCACAGA
AACCTGCTACACCCGAGCGGACACGAGTATGAATTGCCGATAACAAACATTCAAATAAAA
GAGGTCATAGAAGCTGTTGAAAGTATTGAAGATCAAATGAAAGATGAGCTGAAAAGAAAC
AATACATTACCCCAAACCATACCGCAATATCAAGTGCACGAAGATGTCAAGGAGCTGTTC
GTACCGGAACAACCAATGAGAGATGGCGACGAATATGTTGTAGATATGGGAAAATTACCA
GAAACATTTATGTTGCCACCAAACCAAAAGCCCCAGACGTTACATAATGTTTTACGTCCT
AATGCACCAAGTAAACACGTTGGTAATATGAGACCGCCATTCCGTCGACCAGTTCCACCA
GAAATAAAGTTACGCCGGCCCTACCCTATATACCCGAAAGGCAACAATCAGTATCCATTA
CCAATACCAAATCCACATGGAATGAATAAGAAACCTGGTAAATATTCAAACAATAGGCCA
TCTTCACACATGCATCATAGACCATCTCAGAGTAACATTCCACCAATGAAAGCGATGCCT
CCCTTACATTCGAGGAAACCCGATTTTAATCAAGGTCCTCCTAAATATATACAAAAGATA
CCAAATATTCTCAAACAAAACAACATGATGAATTTGCCGAGTAGTAATATTGGTCAATTG
CAAAGCCAGACCTTAAGTTTAGGTCACACCGATATCATTGCTAATCAAGTAGTGAAGAGT
CAAATAACTCTGCCAGGTTCCAATGACGCGGTGGCTCAGCAGAGTGCTCAGCAGACCTTT
TTCGACAAACCTGGTCAAATAATACTTGGTAAACCTATGGACCACCCACAGCCTTTAGAT
CAACAAATAACACAAGAGAAGCCAGAATTTGTTCAACCTCTCAGAGTATCAGTATCTTCC
ACAAAAATAAAATCACAAAATCCTGAGGCTCATATGAAATCAACAATTCGTCCTAACATA
AATAACAATATTCGACCTCAAATAAGAAATGAAATTAAGTCTTCAGACTTTATAGGTCAA
TCAACAGATACTTCTACTATCGCTCCTGCAATTAATACAGGGTTTAAACCAGATTCTATT
GTTATTGAAAGCGGCTTCAAACCCATAATTCGAGAACCTTTAATGGCTAGTGAAGATAAA
ATAGCAGATTATGATGGTGTTCATGCCGATAGAAGAGAAGATACAGACATTGAAGAAGAT
TACCAGGAATCACCACAATACATAAATACAGAACACGCTTACCCCAGTGAGAAGTTGACC
GAAACCTTTGAACCGATGTTTATACCGTCTCCTCCAGATCATTTGCTGGGTGGGAATGAA
AGAACGAAAGAAGTATTTCCAAGCAACCACGCCAAAGAAGACAGACCGCATCCTGTCTAT
GTAAAAACTGAAAGTGAATTAAATGCTCTTTTTGGTAAAAAAAATATGGAAAAAGATATC
CCCGCAGATATGCTGATGGAATCTGATAAATTAAGTCCCCAATATTTACCACCTGAGCCA
AAACATCCAAAAGAACATTTACAAAAAATCAGTTCCGAGCAAACGTTTACAACTTATGAT
GGCAAGACAGTATCAGCTGACACCTTAACAAGTATACCAGAAGAAAATAAATTACACGCC
AAAATATTTTCATCTAAACTACTGGCAAACTCAGAATTTCTTCTAAAAACACCGCAGTTT
GGTCCCTTCAGGGGTCAAATTCCGCCTGCGGTTGCTGGACATATAGATAAAAATGTAATG
AACCTTTCTCGCCCTGTTCTTACGGATTCGGCTTCGACACAATTGAAACTTGTAAATGCT
ATTCGCAAAACAAGTGCTTCAGAGCTTGTAGCTGAACAGGACGAAAAATTAAACGACGAT
TCCGTTGAAGATGAAGAATATGAATTAGAAGACGAAGATGAAAACAAACGTAGCAGGCGA
GAGACCAAAACTGCACAGTTCGAAAGCGGGAGCATAGAAGAGGCGATGACTCTGAAAGGA
GACGACACCCAGGACATCAATCACATGGACTTTGAGTTCGCGACGCCCCGGGCTCGAGCA
TCTGCGAGCAAAATTGATATATGGTCGGCACTTCCAATGATAGCTGTCTTATTTAAGCTG
TTTTAA
Protein sequence:
MTSANRNASKYNNTVQTNRTTPSPTASSPSTLQSKLNCEVLFDELAFEVRWAIAGSSVVL
QLVAKLEDGEYMSFGLSGDPEHSVMIGGDVAVAWVDKETLKGYSDDYYLEGKSQCAGGRG
SCPDTSIRENRSSIRLLNAALVNGYSIVTYQRPLKASDELDLPVYTNISQPIIWAIGPLN
SKTQVSYHQHFTKGDRFIEFGRPPLWNCPMPEGEEDMRLSGEDSTGPSEEEHKVVIRPNP
VPTPKPTSKVIPWDIPGIQCYEPPDGIFYAQMGPTGGKQGYSAITGHVGWGISWYINGLL
IPEINVVRGKKYTFVVEGGNNPDIPARYHPFYITNDPVGGYHHKTPEEKQGIEIYAGTRR
ARNGELLPTGTGRLCNWTPDNNGPEADEYPSFGAYQRSLTLVCEEGNPGVVTWVPDENTP
DTVYYQCFTHRYLGWKINVVDDCDETEVAESRVVESVILPSDLMGVESIQVQSRVKPEKN
FLSQRTKIEKIINMKNNYNDFSSNKGESSLSGELFSEQHRNLLHPSGHEYELPITNIQIK
EVIEAVESIEDQMKDELKRNNTLPQTIPQYQVHEDVKELFVPEQPMRDGDEYVVDMGKLP
ETFMLPPNQKPQTLHNVLRPNAPSKHVGNMRPPFRRPVPPEIKLRRPYPIYPKGNNQYPL
PIPNPHGMNKKPGKYSNNRPSSHMHHRPSQSNIPPMKAMPPLHSRKPDFNQGPPKYIQKI
PNILKQNNMMNLPSSNIGQLQSQTLSLGHTDIIANQVVKSQITLPGSNDAVAQQSAQQTF
FDKPGQIILGKPMDHPQPLDQQITQEKPEFVQPLRVSVSSTKIKSQNPEAHMKSTIRPNI
NNNIRPQIRNEIKSSDFIGQSTDTSTIAPAINTGFKPDSIVIESGFKPIIREPLMASEDK
IADYDGVHADRREDTDIEEDYQESPQYINTEHAYPSEKLTETFEPMFIPSPPDHLLGGNE
RTKEVFPSNHAKEDRPHPVYVKTESELNALFGKKNMEKDIPADMLMESDKLSPQYLPPEP
KHPKEHLQKISSEQTFTTYDGKTVSADTLTSIPEENKLHAKIFSSKLLANSEFLLKTPQF
GPFRGQIPPAVAGHIDKNVMNLSRPVLTDSASTQLKLVNAIRKTSASELVAEQDEKLNDD
SVEDEEYELEDEDENKRSRRETKTAQFESGSIEEAMTLKGDDTQDINHMDFEFATPRARA
SASKIDIWSALPMIAVLFKLF