| New model in OGS2.0 | DPOGS213439 |
|---|---|
| Genomic Position | scaffold1216:- 63221-78969 |
| See gene structure | |
| CDS Length | 4839 |
| Paired RNAseq reads | 145 |
| Single RNAseq reads | 406 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006352 (1e-20) |
| Best Drosophila hit | Cyclic-nucleotide-gated ion channel protein (6e-14) |
| Best Human hit | potassium voltage-gated channel subfamily H member 6 isoform 1 (7e-13) |
| Best NR hit (blastp) | PREDICTED: tetrameric potassium-selective cyclic nucleotide gated channel-like, partial [Saccoglossus kowalevskii] (6e-92) |
| Best NR hit (blastx) | voltage and ligand gated potassium channel, putative [Pediculus humanus corporis] (2e-93) |
| GeneOntology terms | GO:0005221 intracellular cyclic nucleotide activated cation channel activity GO:0019934 cGMP-mediated signaling GO:0017071 intracellular cyclic nucleotide activated cation channel complex GO:0006812 cation transport GO:0006811 ion transport GO:0055085 transmembrane transport GO:0016020 membrane |
| InterPro families | IPR000595 Cyclic nucleotide-binding domain IPR014710 RmlC-like jelly roll fold IPR018490 Cyclic nucleotide-binding-like |
| Orthology group | MCL19903 |
Nucleotide sequence:
ATGCGTACTTCAAGGATAAACTTGTATGTTGGAGAACACTTTGTTTCACTGGGTCTAATA
CTGCATGCTAGTACTTGTTTATGGTATTATTTTAACAAACCACAATTAGATCCGAAAGAA
TGGCATATTTATGGTTGGTTTGTTGGTTCAAAGAAGCTTAAATTTGACAACTATCTCACA
TGTTGTTACTTCTGTACTTGCCGCTTGTTTAATTGCATATTTGGGGATAGCTTTCCATTG
AGCTATAAACAAAAATGGTTAACTTCTCTCTTGATGATTTTTGGATACGTTTGCATTAAA
TACCATTTCATTGGAGGCCTCACGTGGTGGCTTGTTCTTGATAGCAGTCGCTGGGTGACC
TTTGTTGAACAGAGAGCGATAGAAAAGTATGATCGCGATGATTCAAGATTGATTAAAACT
CGTTACAGGCCTATGAAAGTACTTAAAGAACATTTAGCAGGAATAGAAGAGGAAGATCCA
ACATTCGTCGACGATTCTCATATGTATTATAAGGACGAAAATAATGAGAGTCGTCGTAAA
TTTACTACGGAATATCTAGACTTGTATCAATTGTCTCATAATGTAACGAGTATAAACGAA
CCGCGTATTTGTCTACGAGCAAACTTTCCTTGGATTTTGGAACCGAATACGGATTTCAAT
GTTAGAAAACTTACGGTACGTGAGATAATTGAAGAAAAGATGGCCACTATGGGGTTTTAT
TTAGATATAATATCTGTGTTTCCATTGTATATATTCACTGACACTCTGGATCCTCAAAAT
GAGTCCATTGCTACTCAAATAGCTGCAATGTTGCCCATGTTGCAAGTATGGCATGTATGG
GACTACTTGGATAAATGGCAAAATAATTTTTACAGTAATGCCAAGATGCTTTCTCTGTTG
AAGTTTTTTCTTCTATTCATAATATTTTGTTATTGGTCTGGTTTTATTTTATATCTAACC
GCTTGTCCTAAAAACTTATGTCGTGAGGATTCATGGATGGCTGCGCTGATTTATTGGGAA
ACTAAAATATTCGTTACAAACGATGCTAAGCATGAAAGGCCAAAAACATCGGCTTTTTGT
CTTGGAACAGCCATCATCACTGGCAGTGGATCATCCAACGTGTATCCAGGGACCGGTGAT
ATAATTCTGGTCATAATCTTAATCGCCTTTGGATGCTATGTTAGTTGTTTTTACATAGCT
AAAATAAGTTCCCTTTACTTGCTGTCTACTCAGAGAAAATTAAAATTTAAGGATTCAATG
AGAGATTTATTTTACTTTCTTTCTGTGAACCACGTGAGCGGAAAAATAAAATCTAGAGTA
AAGAAGTTCTTTACAGTGCAATGGTACTACAACAACGCTGTATCAAGTGAAGAAATATTT
AAAGACATGTCTAGCAATATTCAACAAGAAGTTCTGGCTCTGCAAATGATTGAAACGTTT
CAATATTGCCCTCTGTTTCAGGACTGCAGTCATGATTTTCTACAAACATTAGCTTCTAAT
TGTAAATCTTTAGTTTTACCCGAAAACGAAGTATTGCAACATGCAGCTGATATCGGGAGG
GATATGTATATTTTAACAAAGGGTCATTGTAATAAATTAAATCATTTCGGCAAAGTCGAG
TCTTCAATTGGTCCTGGTAGCGTTATTGGAGTTATAGAAATGTTGTATGGCCTTCCAAAG
GTTCACACTGTGCTGACTTGCACCAACTGCAGCTTATTGCACATAGAATACAGTGCTCTC
GTTCAATGCTGGAGTACGTTTCCTGATATAAAACATCCAATTTTTGAGACAATAAAGAAT
CCTGAGATAGAAAAGGAGGCGTCGCAATTTGTAGATGGTAAGCCCTTATTGGGTAGAATT
GATACCAGAACGAACAGATTTACGCAAGAAATAAAAGAAAGTTTTGTTGTATTGAGTGGA
CATAGAGGCAAAGAGGAATTTCTAGAAACTTTTAACAAACTTGGCATCATGAGATACTTA
AGATATATATTTCTACCCGGATGTATAACACCACATGGTCTTTTTATAAAACTTTGGTGC
ACGCTACGATTCTTCTTGGCAATTTACTACATATTAATTGTCCCATATAATATTGCTACA
AAACAAAGTAAAAATGGCGGCGGATATAACTGGGTGGATCTTTTTCTATATGTGGATATA
ATAGTGATGTCTTACGTTGCTTATTACGATGATAAATCACTCCTAATAACACATCCCTTT
TTGACGATGACGAGATATTTGAAACATGCCTTTTTTCTTGATTTGATAAGCGTTCTGCCT
TTTGAAGAATTGTTTAAAATCATTAATGAAAACTCCGAATCCGACCTTTATCGAATAAAT
CGCATTATTCTCGTTTTTAGAATCACAGGAGCTTTCAATTTCTGGGAGAGTGATATAATG
AGAGTCAATGAAGCTGTTATTCTTCTGAAGTTTCTTCCTGTTGCTGTTACTATCGTTAAT
CTTGTTACGGCCTTAATTTTCATGAACTCTTGTACACCATACACAGTGTCGACAAGTAAC
TTAATTATGGTTAATTGTACAAGTGTCATGGTGCTCTCGAGCGAAAATCATAGAATCAAA
TATGCCGTCTCGGAATACATTTACACATTTTTCTGGTTATTCGAAATATTAGTCGGTTGT
GGGTGTATGCCTGTTGCTATTCCTAACAATTCTGACATTTGGTTGACAATGGCATTGCAA
ATCTTTGGAGTTCTATACTTCGCGTTTATGTTCGGCTACATAGCTTCAACTCGCAGTGCA
TCGTCTCACGCGTTATTGGAACATAATGAAAACGCTCAGGATTTGGCTAACTTTCTTTAT
CAAGCAAATGTCGACCCCATACTTACAATAAAGACTTTGAAGTATTTCGAATATGTTTGG
AAAAGGACACATGGCAGTGACCCACAAAAAATATGTCGAGGATTAAACTGTGCGCTAATG
GAAGACACTCTTGTGTTCATGTATGAACGGGCTCTTCGGGAGGTGCCGTTGTTCGGTAAA
GTGGAACGGTCTTTCATCAGAGTCATTACGCAGCATCTTCATGAAATGTATTTTCTTAAG
GGCGACACGGTTGTGCAATGCAAGGACATACAATCAAATATTTACATCATTTACAGGGGC
AAGGTAGACGTGATGAACTCATACAACGAAATGATAACATGCATGGGTCCTGGTGGAATG
TTTGGTAATTTTACTGGACAAACAGTTTCGAGTTCCGAAGTAGCGATATACGCAAGCCGA
AATTTGGACCTGTTAGTTCTGCCTGCTCAGACTTTCTTCAATTTAGTTAAATACTATCCC
AAAATACAAGAACCGCTAAATAGAGCGTTTGAGGTTTCTAAGAATTACATCCTACCTATA
ACAGTGGATAATGAAGATACTTCGTCCTCCGATTCTGACTTGGACTTGTTATCACAGGAT
TCCGCATTCGATTCAAGAAGTGGCTCTAGCAGATTTGAGACTGGGGGTGTTCAATATAAG
CTGACAACGGCTCAATCGACAAGCAATATAAGTCAAGCAAAATCCTCTGTTAGCGTGATG
ACGTATCAGAGCTATATGGATATGAATAACCTATTGAAACCTGGATCTAAGTTATACCAG
GGTTATGGTTATATTACCTGCGCGATAGCAACAGCCAACTACGTGCTTGCCTTGTACGAG
CTGGTCACCTTAAACGACTGCTTCATTATATTTTGGCTGCAATACTTCTTCGACGTGTTT
TTCTACGTCAAAATATATTTATCAATGCATGGGGGATATCTCAATAGGCATGGTGACCTA
ATTCTTGATTCAAGCAAGTGCCGAGCTAGATACTATAGACATAAGCTGTGGATGTGGAGC
GATTTAGTAGCCAACTTACCCACTGAATTGCTAGGCTTTTGTTTTTTTAAATCAGTGACA
GCAATGCACTATCTGCGTGCTAACAAGCTATTGAGAATAAAGTACCTCGTTGAGTTTTAC
CGCACCACCTCCGCCGAACTCACCAATAATCTAACAAAGCTTCAGACAGCAATGACGTTC
TTTATCGTTGTATTATTGCTTCATACTTTTACTTGTCTTTGGTTAGTAACGCTTACTGCC
ATCACACCGATCAACTCAATAAGAACGTTGAAGTTATATATATTGGATGATGACACGTCT
CAGACGGAATGGGATTACACAACATCATTTTATATCATAGTAGCTGAACTTACATCTACC
GGTGGAGATGAAATTCTTGTAGATTATTTGCTACCAATAATTATTCTCGCCATATCATTG
ATATCCGGCAAAATGTTGGCTGCCATTGTTATTGCAACAGCTATGCAGGTTGAATACTCT
ACCAAGTATGCTTTGAATAAATACGAAAGGGCTACTGGTGAGCTCTTAGACGTTCTGAAA
AATCAAGGACTGTCAAGTTATCAGTTGAAGAAAATATGTAAATATGTTCAACAGCTATGG
GTTACGGAAAGAGGGCGTCAGCTGCCAGTATTGATATCGAGAACTCCATACGTTCTCCGA
TGCGATTTAATGACGGCTATGTTTGGTCAACATCTAAGGAATTGTTTCTTGTTTGCTGAC
ACCGGCCAACCTTTTCTACGTCAGTTAACAGCGTTACTGGAATACTCTGTTTTCTTCCCT
GGTAATTACATAGTAGTAGCAGGGGACAGTGAAGCCAGAATGCATTGGGTAGCATCAGGA
ACAGTGTCCGTGGTGTCAGTAAAATCTGACCTAACCGAAACCACACATGAGATCTTGGGT
ATTGGAGACGTGTTTGGAATACTCCAGGGTTTAAATCGAGGAATCACCCACTGTTTTTCT
TACAGAGCTCAAAACAAGGTTATAAAAATATTGCAATAA
Protein sequence:
MRTSRINLYVGEHFVSLGLILHASTCLWYYFNKPQLDPKEWHIYGWFVGSKKLKFDNYLT
CCYFCTCRLFNCIFGDSFPLSYKQKWLTSLLMIFGYVCIKYHFIGGLTWWLVLDSSRWVT
FVEQRAIEKYDRDDSRLIKTRYRPMKVLKEHLAGIEEEDPTFVDDSHMYYKDENNESRRK
FTTEYLDLYQLSHNVTSINEPRICLRANFPWILEPNTDFNVRKLTVREIIEEKMATMGFY
LDIISVFPLYIFTDTLDPQNESIATQIAAMLPMLQVWHVWDYLDKWQNNFYSNAKMLSLL
KFFLLFIIFCYWSGFILYLTACPKNLCREDSWMAALIYWETKIFVTNDAKHERPKTSAFC
LGTAIITGSGSSNVYPGTGDIILVIILIAFGCYVSCFYIAKISSLYLLSTQRKLKFKDSM
RDLFYFLSVNHVSGKIKSRVKKFFTVQWYYNNAVSSEEIFKDMSSNIQQEVLALQMIETF
QYCPLFQDCSHDFLQTLASNCKSLVLPENEVLQHAADIGRDMYILTKGHCNKLNHFGKVE
SSIGPGSVIGVIEMLYGLPKVHTVLTCTNCSLLHIEYSALVQCWSTFPDIKHPIFETIKN
PEIEKEASQFVDGKPLLGRIDTRTNRFTQEIKESFVVLSGHRGKEEFLETFNKLGIMRYL
RYIFLPGCITPHGLFIKLWCTLRFFLAIYYILIVPYNIATKQSKNGGGYNWVDLFLYVDI
IVMSYVAYYDDKSLLITHPFLTMTRYLKHAFFLDLISVLPFEELFKIINENSESDLYRIN
RIILVFRITGAFNFWESDIMRVNEAVILLKFLPVAVTIVNLVTALIFMNSCTPYTVSTSN
LIMVNCTSVMVLSSENHRIKYAVSEYIYTFFWLFEILVGCGCMPVAIPNNSDIWLTMALQ
IFGVLYFAFMFGYIASTRSASSHALLEHNENAQDLANFLYQANVDPILTIKTLKYFEYVW
KRTHGSDPQKICRGLNCALMEDTLVFMYERALREVPLFGKVERSFIRVITQHLHEMYFLK
GDTVVQCKDIQSNIYIIYRGKVDVMNSYNEMITCMGPGGMFGNFTGQTVSSSEVAIYASR
NLDLLVLPAQTFFNLVKYYPKIQEPLNRAFEVSKNYILPITVDNEDTSSSDSDLDLLSQD
SAFDSRSGSSRFETGGVQYKLTTAQSTSNISQAKSSVSVMTYQSYMDMNNLLKPGSKLYQ
GYGYITCAIATANYVLALYELVTLNDCFIIFWLQYFFDVFFYVKIYLSMHGGYLNRHGDL
ILDSSKCRARYYRHKLWMWSDLVANLPTELLGFCFFKSVTAMHYLRANKLLRIKYLVEFY
RTTSAELTNNLTKLQTAMTFFIVVLLLHTFTCLWLVTLTAITPINSIRTLKLYILDDDTS
QTEWDYTTSFYIIVAELTSTGGDEILVDYLLPIIILAISLISGKMLAAIVIATAMQVEYS
TKYALNKYERATGELLDVLKNQGLSSYQLKKICKYVQQLWVTERGRQLPVLISRTPYVLR
CDLMTAMFGQHLRNCFLFADTGQPFLRQLTALLEYSVFFPGNYIVVAGDSEARMHWVASG
TVSVVSVKSDLTETTHEILGIGDVFGILQGLNRGITHCFSYRAQNKVIKILQ