| New model in OGS2.0 | DPOGS212627 |
|---|---|
| Genomic Position | scaffold2066:+ 5965-32957 |
| See gene structure | |
| CDS Length | 5178 |
| Paired RNAseq reads | 27 |
| Single RNAseq reads | 71 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005195 (8e-08) |
| Best Drosophila hit | no mechanoreceptor potential C, isoform B (0.0) |
| Best Human hit | ankyrin-1 isoform 2 (3e-75) |
| Best NR hit (blastp) | GK15041 [Drosophila willistoni] (0.0) |
| Best NR hit (blastx) | GK15041 [Drosophila willistoni] (0.0) |
| GeneOntology terms | GO:0005262 calcium channel activity GO:0006816 calcium ion transport GO:0007638 mechanosensory behavior GO:0005216 ion channel activity GO:0008381 mechanically-gated ion channel activity GO:0050954 sensory perception of mechanical stimulus GO:0007605 sensory perception of sound GO:0008092 cytoskeletal protein binding GO:0030506 ankyrin binding GO:0050910 detection of mechanical stimulus involved in sensory perception of sound GO:0050974 detection of mechanical stimulus involved in sensory perception GO:0055085 transmembrane transport GO:0016020 membrane GO:0005929 cilium |
| InterPro families | IPR002110 Ankyrin repeat IPR002153 Transient receptor potential channel, canonical IPR020683 Ankyrin repeat-containing domain |
| Orthology group | MCL15044 |
Nucleotide sequence:
ATGTCTCAGGCCCCGGGCGGCAAAAAGGGCGGGAAGGGGCCCCCAAAAAAGGTCCCGGAT
GAGGATAAAATAGCGCCGAAAGCTGAGGAGAAAGATGAGACATCTTCCAACAATGGAGAC
AAGAAGGAGGTTAAGGAAGGGAATGGGATGGTGGATGTGCCAAAGCCTCCGAGCGCTGGG
ATTAACATGCGGGAGGTTGCTGCAAAGATATTGGTGTTGGCTCAGAAGACTGAATGGCCA
GCCGTTGAGCAAACTCTTAAAGCGTTGGAGAAGCTGGTGGCAGCGGGTGGGGAAGACACA
GTATCAGTTCCCATGGCCGGCATCATTGATCCGACAACCGGCATGACACCTCTCATGTAT
GCTGTCAAGGACAACAGAACTTCCTTCGTGGAGAGGCTTATAGAGCTTGGATCTGATGTT
GGAGCGAGGAATAATGACAACTACAATGTTCTTCACATATCAGCCATGTACTCCAGAGAG
GATATTGTCAAACTTTTACTATCAAAGAGGGGTGTCGATCCCTTTGCCACTGGAGGAAGT
CGCCAACAAACAGCAGTGCATTTAGTAGCCAGCAGACAGACCGGAACCGCTACAAGTATT
CTACGTGCTCTATTAACAGCGGCTGGGAAAGACATCCGGCTAAAAACTGATGGAAGGGGA
AAAATCCCGCTGCTGCTGGCCGTAGAGGCTGGCAACCAAAGCATGGTGAGAGAGCTACTC
AGCGCGCAGACGGCCGAGCAACTCAAGGCATCAACACCGGCGGGTGACACGGCACTGCAT
CTCTCCGCTCGCAGACGAGACGTGGACATGTCACGTATTCTCGTGGACTATGGGGCAGCT
GTCGATGCAGTCAATGGAGCTGGTCAAACAGCACTACATATAGCAGCTGCGGAAGGAGAC
GAGCCTTTAGTAAAATACTTCTATGGTGTTAGAGCTAATGCAGCCATTGCAGACAACGAG
GATCGGACGCCGATGCATTTAGCGGCAGAGAATGGTCACGCAGCGATCATTGAGCTTCTA
GCGGACAAGTTTAAAGCCTCTATCTTTGAACGTACTAAAGATGGCAGTACTTTAATGCAC
ATCGCCTCATTAAATGGACACGCGGACTGTGCCATGATGCTATTTAAAAAAGGAGTGTAT
TTACATATGCCCAATAAGGACGGTGCAAGAAGTATCCACACTGCCGCTCGATATGGTCAC
GTGGGTATTATTAACACGTTACTGCAGAAGGGCGAGAGTGTAGACGTTACCACAAATGAT
AATTACACAGCTCTTCATATAGCGGTGGAGTCATGCAAGCCGGCGGTGGTAGAAACTTTA
TTAGGTTATGGTGCCGACGTCCACATTCGAGGTGGCAAGCAAAGAGAAACGCCACTACAT
ATCGCTGCTCGGATACCCGATGGCGATAAATGTGCGTTGATGCTGCTTAAATCAGGCGCA
GGTCCGAATAAGGCCACAGAAGACGGTATGACACCGGTACATGTTGCAGCAAAATACGGG
AATCTAGCAACACTAATACTTTTGTTGGAGGATGGAGGAGACCCACTTAGAAAAACAAAG
AGCGGTGAGACCCCACTACATATGGCATGTCGAAGTTGTAAGCCCGACGTTGTACGGCAC
TTACTAGAATTTGTAAAATCTCATAAGGGAGAAAAAGTATCATCAACATATATTGACGCA
GTCGACGAAGATGGAGCAAGCGCTTTACATTTTGCGGGGCAGATTACTAAAGAGGAGGTC
ATAAAACCGTCTGCTGATAAAGAGGTTGTGAAATGTTTAATGGAATATGGTGCCGACGTT
TCCTTACACACAAGACAAAATCACGAAACTGCCTTTCATTTTTGTGCAATTGCGGGTAAC
AACGATGTTTTGACAGAAATGATAACCGACATGTCTGCTACAGATGTTAGCCGAGCTCTT
AATAAGCAAAACTCGATTGGCTGGACACCGTTACTTATTGCGTGTCATCGTGGTCACATG
GAACTAGTAAATACTTTACTTTCAAACCATGCCAGAGTAGACGTTTTCGATGTAGAGGGA
AGATCCGCTTTACATTTAGCTGCTGAACGAGGATTTCTACAAGTTTGTGATGCTTTGTTA
ACAAACAAGGCATTTATTAATTCAAAAGCAAGAAATGGACGAACAGCACTTCACTTGGCA
GCCATGAATGGATATGCACATTTAGTGAAGTTTTTAATAAGAGATCACAATGCTATGATA
GATGTTCTCACGCTTAAAAAACAAACGCCTTTGCATTTAGCAGCAGCCTTCGGTCAAATT
GAAGTCTGTAAATTATTACTAGAACTTGGTGCCAATATTGATGCTACTGATGAGTTAGGT
CAAAAACCGATTCATGCCGCTGCACAAAATAATTTCTCTGAAGTTGTCCAGTTATTTCTC
CAACAACACCCTAATTTAGTTATGGCAACTACAAAAGATGGAAATACTTGTGCACATATA
GCAGCCATTCAGGGATCTGTGAAAGTAATAGAAGAATTAATGAAATTTGATAGGACTGGC
GTGATATCAGCACGAAATAAGCTTAATGAGTCAACACCTTTGCAATTAGCAGCAGAAGGA
GGCCATGCGGACGTGGTTAGAGTTCTAGTCAGGGCTGGTGCTTCATGCACAGAAGAAAAT
AAAGCAGGTCTTACTGCTGTGCATTTAGCAGCAGAACACGGCCATACCAATTCTGAAGCT
CCTACGGGAGTATCTTTAGTTCCGATACTGGGCGCTGAATCTGGCCTTACCCCATTACAT
CTTGCTGCTTATAATGGCAATGAAAATGTCGTTCGCCTGCTGCTTAACTCTGCTGGAGTA
CAAGTTGATGCAGCTACAAACGAAAATGGATATAATCCTTTACATTTAGCATGCTTCGGA
GGTCATATGTCTATAGTGGGATTACTATTAAGTCGATCTGCCGAATTGCTTCAAAGTACA
GATAGGCATGGCAAAACCGGTTTACATATAGCTTCCACTCATGGTCACTACCAAATGGTG
GAAGTATTACTTGGACAAGGGGCGGAAATTAATGCCACGGACAAAAATGGATGGACGCCC
TTGCACTGTGCGGCTAAAGCAGGACATTTAAATGTTGTAAAATTATTATGTGAATCAGGA
GCGTCCCCAAAAAGTGAAACAAATTTAAACTACGCCCCGATATGGTTTGCGGCATCTGAG
AATCACAACGACGTTCTCGAGTACCTTTTACATAAAGAACATGACACTCAGTCTTTGATG
GACGATAAAAGATTCATTTACAATTTAATGGTGTGTTCCAAAAATCACAACAATATTCCA
ATTGAAGAATTCGTACTAGTTTCTCCGGCACCAGTTGATACAGCGGCTAAATTATCAAAT
TTATACGTGAATTTATCAACAAAGGAAAAGGAGCGCGCTAAAGATTTAATAGCAGCAGGA
AAACAATGTGAAAATATGGCTACGGAGTTATTGGCTTTAGCGGCAGGTGCCGATTCAGCA
GGACATATACTTACTGCTACAGATAACCGAAACATAGAATTTTTGGACGTCTTAATAGAA
AATGAACAGAAAGAGGTGATCGCACACACAGTCGTTCAGAGATATCTTCAGGAACTCTGG
CGAGGGAGCCTCAAGTGGACTGGCATCAAAATTATGTTCCTTTTTTTCGCATTTATAATT
TGCCCTCCAGTATGGATGGTGTTCTCCCTTCCATTAGGACATAAATATAATAAAATTCCT
ATCATTAAGTTTATGTCGTACCTAACGTCACATATTTATCTTATGGTGTTGTTATCTTTA
GTGGCTATCACGCCTATATATAATTCTATTTTTAGGGATAGTTTGGTACCAAGATGGTAT
GAATGGATGCTTTTAGTATGTTTAAGTGGTCTACTTCTTTTTGAATTAACGAATCCGAGT
GATAAGTCTGGGTTAGGTTGGATAAAAATTGCAGTATTATTATTAGGTATGATAGGTGTT
GCTACCCATGTCATTGGGTGGATATTTGTATTACCTAAGTATTGGCCAACTTTAATGTAT
TGTAGGAATCAATTTTTTGCATTATCTTTTCTGTTAGCCTGTGTGCAGATTTTGGACTTT
TTATCTTTCCATCATTTGTTCGGCCCATGGGCCATTATTATTGGCGACCTTATGAAAGAT
TTAGGAAGATTTTTAGCTGTATTAGCAATATTTGTCTTCGGATTCTCAATGCACATCGTT
GCTCTAAATCAGCCTTTTAGAAACTTATATAAACCTGAAGATAATAAATATGCAAGACAA
GCTAGAAGAAGGCTGTTCTCCGACGCGATGTTGTCACCGATCGAGGCGTTCGAGAAAATG
TTCTTCGCCCTTTTCGGCCAGATTACTATATCAGACCTCAACTACGTATCCAGATTAAGG
CCCTTGTGGACGCAGAACCTGTTCAAGTTTGTCTTCGGCGGCTACTTATTGATGACCGTG
GTGGTCCTCGTAACGCTCCTAATTGCGATGATGTCGGATACTTACCAGCGCATCCAGCTG
CTGTTCTTCGCGGTATTCGGTCAGACTACGACTGAACAGACGAGAGTACATCGTAACGAC
AGCAATGTTCAGCCAGCTTGGACGAATTACTTGTTCAAAATCGTGTTCGGTATCTACATG
CTGGTCTCTGTGGTCGTCTTGATCAATCTACTTATTGCTATGATGTCAGACACCTACCAG
AGGATTCAGGCACAATCAGATATAGAGTGGAAGTATGGACTGTCCAAATTAATCAGGAAC
ATGCATCGAACAAACACAGCTCCGTCCCCTCTAAATCTTGTTACCACATGGCTTATGTGG
CTCATTCATAGATGCAAGGATCGCATAACAAAAAAGAAACGTCCAAGTCTGGTGCATATG
ATTGGTCTGCAGCGTCAAGAGCAGATGAGTGCTCGTTCTAAAGCTGGATCCAAGTGGTTG
TCTAAAGTCAAAAGAGGACAGGTTGTTCCAAAAGATTCAACACGCCTGTCTGTGGTCCAT
CTAAGTCCTATGGGGTCACAGCTAAGCTTCAGCAATATAACGAGGATAGAAAATGTAGTT
GATTGGGAGGTTATAGCCAAAAAATACCGAGCGCTCACCAGGGATGAACCAGAAGAGCCA
GTCAACAAAGACAGCGACACGGACACTGTTGATGATGAATCAGAATTAATACCAAATAAT
ATCGCAGTACCGCCCTGA
Protein sequence:
MSQAPGGKKGGKGPPKKVPDEDKIAPKAEEKDETSSNNGDKKEVKEGNGMVDVPKPPSAG
INMREVAAKILVLAQKTEWPAVEQTLKALEKLVAAGGEDTVSVPMAGIIDPTTGMTPLMY
AVKDNRTSFVERLIELGSDVGARNNDNYNVLHISAMYSREDIVKLLLSKRGVDPFATGGS
RQQTAVHLVASRQTGTATSILRALLTAAGKDIRLKTDGRGKIPLLLAVEAGNQSMVRELL
SAQTAEQLKASTPAGDTALHLSARRRDVDMSRILVDYGAAVDAVNGAGQTALHIAAAEGD
EPLVKYFYGVRANAAIADNEDRTPMHLAAENGHAAIIELLADKFKASIFERTKDGSTLMH
IASLNGHADCAMMLFKKGVYLHMPNKDGARSIHTAARYGHVGIINTLLQKGESVDVTTND
NYTALHIAVESCKPAVVETLLGYGADVHIRGGKQRETPLHIAARIPDGDKCALMLLKSGA
GPNKATEDGMTPVHVAAKYGNLATLILLLEDGGDPLRKTKSGETPLHMACRSCKPDVVRH
LLEFVKSHKGEKVSSTYIDAVDEDGASALHFAGQITKEEVIKPSADKEVVKCLMEYGADV
SLHTRQNHETAFHFCAIAGNNDVLTEMITDMSATDVSRALNKQNSIGWTPLLIACHRGHM
ELVNTLLSNHARVDVFDVEGRSALHLAAERGFLQVCDALLTNKAFINSKARNGRTALHLA
AMNGYAHLVKFLIRDHNAMIDVLTLKKQTPLHLAAAFGQIEVCKLLLELGANIDATDELG
QKPIHAAAQNNFSEVVQLFLQQHPNLVMATTKDGNTCAHIAAIQGSVKVIEELMKFDRTG
VISARNKLNESTPLQLAAEGGHADVVRVLVRAGASCTEENKAGLTAVHLAAEHGHTNSEA
PTGVSLVPILGAESGLTPLHLAAYNGNENVVRLLLNSAGVQVDAATNENGYNPLHLACFG
GHMSIVGLLLSRSAELLQSTDRHGKTGLHIASTHGHYQMVEVLLGQGAEINATDKNGWTP
LHCAAKAGHLNVVKLLCESGASPKSETNLNYAPIWFAASENHNDVLEYLLHKEHDTQSLM
DDKRFIYNLMVCSKNHNNIPIEEFVLVSPAPVDTAAKLSNLYVNLSTKEKERAKDLIAAG
KQCENMATELLALAAGADSAGHILTATDNRNIEFLDVLIENEQKEVIAHTVVQRYLQELW
RGSLKWTGIKIMFLFFAFIICPPVWMVFSLPLGHKYNKIPIIKFMSYLTSHIYLMVLLSL
VAITPIYNSIFRDSLVPRWYEWMLLVCLSGLLLFELTNPSDKSGLGWIKIAVLLLGMIGV
ATHVIGWIFVLPKYWPTLMYCRNQFFALSFLLACVQILDFLSFHHLFGPWAIIIGDLMKD
LGRFLAVLAIFVFGFSMHIVALNQPFRNLYKPEDNKYARQARRRLFSDAMLSPIEAFEKM
FFALFGQITISDLNYVSRLRPLWTQNLFKFVFGGYLLMTVVVLVTLLIAMMSDTYQRIQL
LFFAVFGQTTTEQTRVHRNDSNVQPAWTNYLFKIVFGIYMLVSVVVLINLLIAMMSDTYQ
RIQAQSDIEWKYGLSKLIRNMHRTNTAPSPLNLVTTWLMWLIHRCKDRITKKKRPSLVHM
IGLQRQEQMSARSKAGSKWLSKVKRGQVVPKDSTRLSVVHLSPMGSQLSFSNITRIENVV
DWEVIAKKYRALTRDEPEEPVNKDSDTDTVDDESELIPNNIAVPP