| New model in OGS2.0 | DPOGS205910 |
|---|---|
| Genomic Position | scaffold997:+ 7950-27063 |
| See gene structure | |
| CDS Length | 6714 |
| Paired RNAseq reads | 342 |
| Single RNAseq reads | 892 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007009 (3e-13) |
| Best Drosophila hit | Ca-alpha1T, isoform B (0.0) |
| Best Human hit | voltage-dependent T-type calcium channel subunit alpha-1G isoform 10 (2e-175) |
| Best NR hit (blastp) | PREDICTED: similar to voltage- gated calcium channel alpha subunit cav3.3 (voltage-dependent t-type calcium channel [Nasonia vitripennis] (0.0) |
| Best NR hit (blastx) | GJ16667 [Drosophila virilis] (0.0) |
| GeneOntology terms | GO:0008332 low voltage-gated calcium channel activity GO:0005262 calcium channel activity GO:0004871 signal transducer activity GO:0016021 integral to membrane GO:0055085 transmembrane transport GO:0006816 calcium ion transport GO:0000160 two-component signal transduction system (phosphorelay) |
| InterPro families | IPR005445 Voltage-dependent calcium channel, T-type, alpha-1 subunit IPR005821 Ion transport |
| Orthology group | MCL10625 |
Nucleotide sequence:
ATGTTGATAATATTACTAAACTGCGTGACGCTGGGCATGTACCAGCCCTGTGTGGACGAC
CAGTGCGTCACCAACAGGTGCAAGATATTACAGGTTTTCGATGACATCATATTCGCATTC
TTTACACTTGAATTGACGATTAAAATGGTGGCGATGGGAATCTACGGTCATGGGACCTAC
CTGGCAGATTCTTGGAACCGACTGGATTTCTTTATAGTCATGGCTGGGGCTCTAGAATAT
GCTTTGAACGTTGAAAATATAAATTTATCTGCTATTAGAACCATCCGAGTTCTAAGGCCC
CTGAGAGCTATTAACAGGATACCGAGTATGCGTATTCTAGTGATGTTACTTCTCGACACA
TTACCGATGTTAGGAAATGTTCTTCTTCTGTGCTTCTTTGTTTTCTTCATATTCGGTATA
GTTGGAGTACAGCTCTGGGAAGGAATTCTGAGGCAGCGCTGCGAACTTGTCCTGCCACCT
AACGTACTACGACCCAACATATCGTTTCACTACGAGTTCTCGAAAGAGTTGGACTACATC
TGTACGACGCCGGAAGATAGCGGTATGCATTTATGTGGAAACTTCCCTCCTTACCGATAT
GGACCGTTAGTCTGCAACGACACAGCGAAACCATTCTCATACAACTACCCGACAAACAAC
TCATGTGTTGACTGGAATCAGTATTATACCAACTGCACCCAACGTGGTCCCAATCCATTC
CAAGGAACAATATCTTTCGATAACATAGGGCTTGCATGGGTAGCTATATTTTTGGTTATA
TCTTTGGAAGGATGGACGGATATCATGTATTATGTACAAGATGCACATAGTTTCTGGGAT
TGGATATATTTCGTTCTATTAATTGTAATCGGTTCATTTTTCATGATCAATTTGTGCCTG
GTCGTAATAGCGACTCAATTCAGCGAAACAAAGAAACGAGAAATGGAGAGAATGCGAGCT
GAACGGGCTCGTTTTACGTCGTCTTCGACTTTAGCCTCGTCTACAAACAATAGCGAACCA
GCCACTTGTTATGCTGAAATAGTCAAGTATGTCGCGCATTTGTGGAGACGATTCAAACGA
CGAATGGCTAAAAAGATCAGAGTATATAAATATCAACGAGCTCAACTAAAATGGAGGACC
AGCCAAGAAACTCTTCAATTGCCTGCTAATCGTCCAAAACAACACCATCCATGTTGTCCC
CGTGTTCACGTTCAGGGTAACGGAAAAGGAATCACTGAAGAGGTTGGTGATGAACCTCTC
AGCAGACCGAGTTTATTACGTGTACCTTCACTCTCAGCTGCCGATCTTGAGAACGCATCA
AACCTGTCGTTGCTGTCGCCTCCATCACTAGCTCGAAGACGTTCCTCCGTCATGTTCAGT
GATACAGTGCTGCTTCATGTTCCGAACGCCCAACACCTAGCTCATCCCCACAACGTATGC
TCTTCGGAAAAGATGACCCAAACAGAATTTGACTTGCCACCCGGAGAAACTGCTGAAGAT
CGAGCCGCAGCGGGAGGAACAATGTCATGTCAAGAATTGTTAGCATTATCAGGTGCACTA
TCAGCTGCTTTACCAACAGGCCAAGTTGCATTGGACACATTTTTTGAAGAACTGACGAAA
GGAATGAGCAAACGAGCCGGTGAAGATAAAATGGAAACTAAGATCGTAGAAATAGAAGAT
TTTTCATGCTGCGCAGAACTAATAGCCGCCGAGGCCGCTGCCACAGAAAAGAAAAAAGGC
CGAATTGCAAACGCCTGCATTAAATTGTGGCGAAGAATATTGAAATTCTTTTCATTGTTA
CGAAAACATATTAAAACCATTGTTAACCATAAATATTTCCAACAAGGTATTTTGCTGGCT
ATATTAATTAACACGCTGTCTATGGGAATAGAGTACCACAACCAACCTCAAGAGTTGACA
GTAATTGTGGAAATCAGTAACGTTGTTTTTTCTGGAATCTTTGCTGTCGAAATGCTACTT
AAAATTATTTCGGAAGGGCCCTTTAAGTATATATCCAATGGTTTTAACGTTTTCGACGGC
GTTATTGTAATATTAAGTGCATTTGAGTTAGCTCAGAGTATGGGGAACGAACATGATTTG
GCTGGAAGTTCAGGCTTATCTGTCTTACGTACATTTCGACTTCTACGCATACTGAAGCTG
GTACGATTCATGCCCAACTTAAGAAGACAGCTGTTCGTTATGCTGAGGACCATGGACAAT
GTTGCCGTGTTTTTTTCGCTGCTGGTTCTTTTTATTTTTATATTCAGCATCCTCGGTATG
AACCTCTTCGGGTGCAAATTCTGCAAGAAAGATGAAGAGGGCGATGTAGAGTGCGACAGA
AAAAACTTTGATACTCTCTTGTGGGCCTTTGTGACGGTGTTTCAGTTTTGCAAGTTCGTC
GAAGATAACGGGAGTGAGCGCGACTGTACCTGCCCTGAGATAATTTCGCACCATCCAAAA
TGTGAATGTGACAGAAAACATTTTAATAATATTCTTTGGGCTACCGTCACAGTGTTCCAG
GTTTTAACTCAGGAGGATTGGAATGTTGTTTTATTTAACGGTATGGAAAAAACGAGTCAT
TGGGCTGCATTGTATTTTGTGGCCTTAATGACTTTTGGAAACTATGTTTTGTTTAACTTA
CTAGTAGCCATTTTAGTAGAAGGATTTAGTTCAGAGAGAAATGAAAGAAGAGAACGAGAA
CAACGTGAATTGGCTAAATCTAAATTATCAAGTGAATGTTTTTCTGACAATAATGAATTA
CAGTACGACGAATCTAATTCAGGATCGCATTCTAGTGACAGTTTTTCACAGAATGAAATA
AAAAACTACTGGAAATCAGCAGATGATGTCCGCAAAGTCAAAGATGATAACGGACATAAA
GATAAATCCGTAAAAGTTCGCCGCAAAGCTAAATCCTCCGCACACCATCCGTCGTTATGC
AAAGACTGTGCGCAATCAAACAAATGTAACATTCAAAAAGAATCAAAAATGTTGGCATCA
AATATAGGCACTATTGAAAATGGTAATGGAACTATTGTCCCAAAAATAACTCATACAGCG
GCTACACCTCAAGATTCACCATCCACGACCTTGGAGCCTGGTGCAACGTTCAGAGATTTT
AACGTAGCCTTAACATTAGAAAGATCGACCATGCTATCTAGTTTAGACTCTATAGATAGA
ACATCGTGTACGAGTATACCAGGATTACTGAAACCTCCAAACAGTTATACGCTTACACTT
CATTCTGCAGCTGCTCAATTAGGCGCTGAGAAAGCTAGGCTCCCACCACCAATGACTCTT
GCTCCACCACCCATCACTCTCGCACCTCCACCATCCAGATCTACCTCACCTGGATCTATA
ACACCCACTATTCCCAGATCATTACCATCCCCTATAATACCAGAAAAAAATTTTCAAGTT
ACTATAGCCAAGGACGAAAACTGTCTCAATGTTAGTGATAAATCTAGTTTATTGAGTTCA
CAAAAAAGTCTCAGCATAACAACACCAAATATAGTCGGAGATGATAAATATAGAGTGCAA
AGAGGCTACAGTTGGCGGCTGTCTCGACCAAGCTTAAGGCGCAAAAAGCAACGAACAGGC
TCTGACTCTGACGCTGTAGTCCTTAATAATGGACGTGATCATATTGCATGTAACGGATCT
AATCTTAGAAAAAATGAGTTGTTGCTGTCTTCAACTATAGTTATTAAAAATGACACACAA
TCAGAGATCAACAATAGACCAAAAACCCAGTTACCTGCTCCTAGAGTGCTAGCTACGCAA
GCTAGACGAGTTTCTGCACATACAACTCCAATTTTACCAGATGTATCTTGGAAAGCGCCA
GAAGTAGGAGCAGGATTTTCGTCTGACTCGACAGTAAGATTAGATGCTGTAAAATCTCCA
CATCATAGACTTTCTTTGACAAATGACTACCTTACGGTAACGTCAGGTTCGGAAATCAAA
GCAAGCAATTTGGCACCAGCAGTTGCTCCAAATGCACAAATACAGTCCAGAAATGAACCT
GTACGAACGAGCAGTCAAGCCTTACCTCTCATTAAACAAATTAACGAGGAGGTGGCGATT
AACAATAGTGTCTGCATATTTTCGTCTAGATTTGATAGGCGACGATTTCATTTTAAAGAT
CTTTTTCGATTTATGGAACCAACGGGATGTCTCAAGGAAAAAGAGGATTACTCTTTATAC
ATATTCGCCCCCGATAACAAAATTAGAACACTTTGCACGTGGATGGTAACAAGAAGTGCG
TTTGATAATATAGTTTTACTATTCATAGCGCTAAATTGTATCACCTTAGCTATGGAGCGA
CCCAACATTCCCCCGGACTCTAAAGAAAGGGCTTTTTTGTCTAGCGCTAATTACGTCTTT
ACAGTCGTGTTCGCTGTTGAAATGTTTATTAAGGTTGTCGCATCTGGAATGTTTTACGGG
TCTGAAGCTTATTTTACTTCTGGTTGGAATATCATGGATGGTTCTCTGGTTATTATTTCT
ATAATTGATTTGTTAATGTCATTAGTGTCCGAGTCTAGTCCACGAATTTTTGGAATTCTA
AGGGTATTTAGATTGTTGAGATCTTTAAGACCCTTGAGAGTAATTAATAGGGCCCCAGGA
TTAAAGCTCGTCGTTCAAACATTGTTATCATCACTTAGACCGATTGGAAATATAGTTTTA
ATATGCTGCACGTTTTTCATTATATTTGGCATTTTAGGAGTTCAGCTCTTTAAAGGTGCA
TTTTTCTATTGTGAAGGAGCAAGTATTAAAAACGTCAAAAATAAATCAGATTGTCTTGCT
ATTGAGGGTAATGTATGGGTAAATAGGAAATACAACTTCGATGACCTGGGTAAAGCTTTG
ATGTCATTATTTGTGCTTAGTTCAAGGGATGGTTGGGTAAATATCATGTACACAGGCCTT
GACGCTGTAGGTGTTGATCAGCAGCCCATTGTTAACTACTCAGAATGGAGACTTTTATAC
TTTATTGCATTTATATTATTAGTTGGATTCTTCGTTCTAAATATGTTCGTGGGAGTTGTG
GTAGAAAATTTTCACCGATGTAGAGAAGAACAAGAGAAAGAAGAGAGAGTCAGGCGGGCC
GCAAAAAGGGCGCTTCAAATGGAAAAAAAGAGACGAAAAATGCATCAACGTCCATATTAT
GCAGACTACTCACAATACCGCCTTTTCGTACATAATGTAGTCACATCAAAATATTTTGAT
CTGGCAATTGCGGGTGTCATCGGTTTAAATGTTGTGACTATGGCTATTGAATACTATAGA
ATGCCACCAGCCCTACAATATGCACTTAAAATATTTAACTACTTTTTCACTGCCGTATTT
ATACTTGAAGCAGTTATGAAACTTGTGGCACTGGGCTTCAAAATTTATCTAAAAGACAAA
TGGAATCAATTAGATGTTATAATTGTAATACTATCCATAGTAGGAATAGTTCTAGAAGAA
TTAGAGACTAACATTATTCCAATAAATCCGACAATAATGAGAGTAATGAGGGTGTTAAGA
ATTGCAAGAGTATTAAAATTATTAAAAATGGCAAAAGGTATAAGGGCATTATTAGATACG
GTAATGCAAGCTTTACCTCAAGTTGGAAACTTAGGACTTCTATTTTTTCTTCTGTTCTTT
ATATTTGCGGCATTAGGTGTTGAATTATTTGGTAGACTTGAATGTAGCGATGAAATTCCT
TGCCAAGGTCTCGGTGAACATGCTCATTTTGCGAACTTTGGCATGGCATTCCTTACACTA
TTCCGTGTTGCAACTGGAGATAATTGGAATGGCATCATGAAGGATACTTTACGAGAAGAT
TGTGATAGTTCCGTAGATTGTGTACGGAACTGTTGTGTTTCAACGATTATTGCACCTATA
TTTTTTGTTGTATTCGTACTTATGGCACAATTTGTACTCGTCAATGTAGTTGTTGCTGTA
CTCATGAAACACCTCGAGGAATCACATAAACAAATGGAAGATGAAATTGATATGGACGTC
GAACTAGAACGTGAATTAGAAAGAGAAGCGGATGATGAGGAAGATAGAGCTCTATGTCGA
GCTTTAGAAGAATGTGTTTCTCCTCCGCGACCTTTAAATAAGGTACCATCACTCCCAGCA
AATTTCACTTACAGCGAACCCAAACAACAACCGATACCTTCACCTGCACGCAGACGTCGC
ACTTTACATTCCCATCATGCTTTGTTGCCGGCCGCTTTGCCTCAAAGACGAGCATCTCTG
TCACCTCATGCATTTGGACGACGTCGACAGGATTCAACTCCAGAAACACCATATCCACCA
GCGCTATACGAAGAAGAGGCACGATTTATAGATGCCGACGACATTGATGAATTAGAACCT
GGTAGCCCACCACGACATGATTCCTTTTCCCAAAACCGAAGACAAAGAGTTGATAAAAGA
AATTCTCTTCGAGGTGAAGAGGCCAGACTACTTCGACCTGCGCCTATTTTGTTAGCAGTT
CCTACAACAAGGCAAAGCCTTCGGCGAAATAGTTCAAAAAGAAGATCTTCTACAGAATCT
GGAGCTACAAGCAGATTAAGTCAAATGTCAGTACAAACACCTTCTTCTCCGGAAGAAAAT
AATAAAGAAATTACTGAAGAAGAAAAAATTAGAATTGTTATAGCTGAACGAAGAAAAATA
GATAATATAAAACCCGAACCGGAAGATGTGGAACTATCAGAGCGAGCTTCCTAG
Protein sequence:
MLIILLNCVTLGMYQPCVDDQCVTNRCKILQVFDDIIFAFFTLELTIKMVAMGIYGHGTY
LADSWNRLDFFIVMAGALEYALNVENINLSAIRTIRVLRPLRAINRIPSMRILVMLLLDT
LPMLGNVLLLCFFVFFIFGIVGVQLWEGILRQRCELVLPPNVLRPNISFHYEFSKELDYI
CTTPEDSGMHLCGNFPPYRYGPLVCNDTAKPFSYNYPTNNSCVDWNQYYTNCTQRGPNPF
QGTISFDNIGLAWVAIFLVISLEGWTDIMYYVQDAHSFWDWIYFVLLIVIGSFFMINLCL
VVIATQFSETKKREMERMRAERARFTSSSTLASSTNNSEPATCYAEIVKYVAHLWRRFKR
RMAKKIRVYKYQRAQLKWRTSQETLQLPANRPKQHHPCCPRVHVQGNGKGITEEVGDEPL
SRPSLLRVPSLSAADLENASNLSLLSPPSLARRRSSVMFSDTVLLHVPNAQHLAHPHNVC
SSEKMTQTEFDLPPGETAEDRAAAGGTMSCQELLALSGALSAALPTGQVALDTFFEELTK
GMSKRAGEDKMETKIVEIEDFSCCAELIAAEAAATEKKKGRIANACIKLWRRILKFFSLL
RKHIKTIVNHKYFQQGILLAILINTLSMGIEYHNQPQELTVIVEISNVVFSGIFAVEMLL
KIISEGPFKYISNGFNVFDGVIVILSAFELAQSMGNEHDLAGSSGLSVLRTFRLLRILKL
VRFMPNLRRQLFVMLRTMDNVAVFFSLLVLFIFIFSILGMNLFGCKFCKKDEEGDVECDR
KNFDTLLWAFVTVFQFCKFVEDNGSERDCTCPEIISHHPKCECDRKHFNNILWATVTVFQ
VLTQEDWNVVLFNGMEKTSHWAALYFVALMTFGNYVLFNLLVAILVEGFSSERNERRERE
QRELAKSKLSSECFSDNNELQYDESNSGSHSSDSFSQNEIKNYWKSADDVRKVKDDNGHK
DKSVKVRRKAKSSAHHPSLCKDCAQSNKCNIQKESKMLASNIGTIENGNGTIVPKITHTA
ATPQDSPSTTLEPGATFRDFNVALTLERSTMLSSLDSIDRTSCTSIPGLLKPPNSYTLTL
HSAAAQLGAEKARLPPPMTLAPPPITLAPPPSRSTSPGSITPTIPRSLPSPIIPEKNFQV
TIAKDENCLNVSDKSSLLSSQKSLSITTPNIVGDDKYRVQRGYSWRLSRPSLRRKKQRTG
SDSDAVVLNNGRDHIACNGSNLRKNELLLSSTIVIKNDTQSEINNRPKTQLPAPRVLATQ
ARRVSAHTTPILPDVSWKAPEVGAGFSSDSTVRLDAVKSPHHRLSLTNDYLTVTSGSEIK
ASNLAPAVAPNAQIQSRNEPVRTSSQALPLIKQINEEVAINNSVCIFSSRFDRRRFHFKD
LFRFMEPTGCLKEKEDYSLYIFAPDNKIRTLCTWMVTRSAFDNIVLLFIALNCITLAMER
PNIPPDSKERAFLSSANYVFTVVFAVEMFIKVVASGMFYGSEAYFTSGWNIMDGSLVIIS
IIDLLMSLVSESSPRIFGILRVFRLLRSLRPLRVINRAPGLKLVVQTLLSSLRPIGNIVL
ICCTFFIIFGILGVQLFKGAFFYCEGASIKNVKNKSDCLAIEGNVWVNRKYNFDDLGKAL
MSLFVLSSRDGWVNIMYTGLDAVGVDQQPIVNYSEWRLLYFIAFILLVGFFVLNMFVGVV
VENFHRCREEQEKEERVRRAAKRALQMEKKRRKMHQRPYYADYSQYRLFVHNVVTSKYFD
LAIAGVIGLNVVTMAIEYYRMPPALQYALKIFNYFFTAVFILEAVMKLVALGFKIYLKDK
WNQLDVIIVILSIVGIVLEELETNIIPINPTIMRVMRVLRIARVLKLLKMAKGIRALLDT
VMQALPQVGNLGLLFFLLFFIFAALGVELFGRLECSDEIPCQGLGEHAHFANFGMAFLTL
FRVATGDNWNGIMKDTLREDCDSSVDCVRNCCVSTIIAPIFFVVFVLMAQFVLVNVVVAV
LMKHLEESHKQMEDEIDMDVELERELEREADDEEDRALCRALEECVSPPRPLNKVPSLPA
NFTYSEPKQQPIPSPARRRRTLHSHHALLPAALPQRRASLSPHAFGRRRQDSTPETPYPP
ALYEEEARFIDADDIDELEPGSPPRHDSFSQNRRQRVDKRNSLRGEEARLLRPAPILLAV
PTTRQSLRRNSSKRRSSTESGATSRLSQMSVQTPSSPEENNKEITEEEKIRIVIAERRKI
DNIKPEPEDVELSERAS