| New model in OGS2.0 | DPOGS211881 |
|---|---|
| Genomic Position | scaffold127:- 70093-76775 |
| See gene structure | |
| CDS Length | 4326 |
| Paired RNAseq reads | 1228 |
| Single RNAseq reads | 2996 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA001254 (0.0) |
| Best Drosophila hit | adenylyl cyclase 35C, isoform A (0.0) |
| Best Human hit | adenylate cyclase type 9 (2e-102) |
| Best NR hit (blastp) | adenylate cyclase type ix [Aedes aegypti] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to adenylate cyclase type ix [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0016021 integral to membrane GO:0004016 adenylate cyclase activity GO:0006171 cAMP biosynthetic process GO:0023034 intracellular signaling pathway |
| InterPro families | IPR001054 Adenylyl cyclase class-3/4/guanylyl cyclase IPR018297 Adenylyl cyclase class-3/4/guanylyl cyclase, conserved site |
| Orthology group | MCL11084 |
Nucleotide sequence:
ATGAGTGGACATAGTGGCTGTGTCACTTGCAACGAAGGGTCAGACCATTATGACACCAAA
CATGAAGACTGTTCAGAAGGGGAAGACGCTCAAATCAGAATCGCACCCCATGTACAAGCT
TACTTGGCTCATAACAATTCAACGACTAACTGCTGTGGATTTGCTATACCTATCGCTTTC
GAAAGAGCAGCCGCCGGAACGTGGTGGAATCCACGTTTTGACTCGGAAATACTCGAAGGT
CAATACAGAAGTAGCTCATTTAGGCAAATAAGGCTGCGGTTCAGATTTGCACTTTTATAT
ATTTTGATATTTTCTGTGTCATGGTTCATTTACTTTATCGTCCTCGGCATGAATGGTGTT
AATGTCAAGTGGAAATTTTTGTGTTCTTTATTTGCTGGCGTCCTTTTCATTACGTGTGTT
ATGCTGTTTGTTACATTCACTAACATATACAAGCTGTATACATCCAAGCTGTCCTTAATA
ATGGCGCTGGCTCTGTGTTCATTGAGTCTGTCGCTAGTGACGCTGACGACACAGTTTCAA
ACAGATTTATATAAAACAGCGGACATCAGTCAATCCGGACATTTTACTATGTGTTTAGAG
ATCTTGCTGATCATTTATACCCTGACTCCATTGCCCCTGTTCGCTTGTGTCATCACGGGA
TTATTGTACTCCATAGTTTTCGAAGTACTGAACGTCATCGCGCAGTTATCCGAACATGAA
TTGCACTATTCCGGAATTTTCGTTAGAATTCTGCTCCAGCTCTGCGTGCACATTATTGGT
GTACATATATATCTTATGACATTTGTGAGAATGCGCGGCACGTTTATGAAAGTGGGTCAA
AGTTTATTAGTGAGGAGACAGCTGGAAATGGAAAAACAGTTGAAAGAGAAAATGATTCAT
TCCGTTATGCCGCCGAAGCTTGCGAGCTGTTTGATGAAGGAGCAAGTCTTCGAGTCGGAT
ACCAATTTGAAGAGACACGATCCTTTGAACCCTAGGACCTCGCAGCCGGGTGCCTCAGAT
ATCAAATCACTTTTTAGACCTTTCAATATGAGTTCGATGGACAACGTGAGCATACTGTTC
GCTGATATCGTCGGCTTCACAAGAATGTCCAGTAATAAAGGCGCGGAAGAACTGGTCAAT
ATATTGAACGATCTTTTTGAGAAATTTGACGAGTTGTGTATAAGTCATGGCTGCGAGAAA
ATATCGACTTTAGGGGACTGCTATTACTGCGTGTCCGGTTGTCCGGAGCCTCGGCCGGAT
CACGCGACCTGTTGCGTCGAAATGGGACTCGGAATGATAGATGCAATTCAGGAATTCGAT
CGCGAGCGTGGCGAGGGCGTCAATATGAGAGTGGGTGTTCATACCGGGACAGTATTATGC
GGCATTGTTGGGACTAGGAGATTCAAATTCGACGTTTGGAGTAATGATGTTAGTTTTGCT
AACAAAATGGAGTCCACGGGCAAGCCGGGCCGGGTTCACATATCGGAGGAGACGAGCAAG
TTCCTCGGCGGTTCCTACGTGTTGGAGGAGTCGGAGGAGGTTTTCGGTCATAAAACTTAC
TTCATAGAGGGCCGCCAGATGAGCTCCCCGTACGATCACGATCACTGTCTCTCTCCATCC
AATCCCATTAATCTCCGTCTGATCATCTCCCCCGCAGTTTCCCCCCAGTCCGTGCTATCC
TTTAACAACTCCCCGTTGCCGCTGTCCACTAAGACCAGTGAGTCATCGACGGAGGATAAG
AATCACAGGAGCGACGTGGATCACTCTAGAAACTTCCTCTCGCCCAGCCCTTTCAACTTC
CGTAACAAAGCTAGTTCCCTGCCTAGTATTCTGGACTCGGATACAGAGATGGACGAGAAG
AAATGCTTCCCCGAACGTAATGGAAATTCATCAAAAAGTCCCACGTCTGTTGGAAGCTAC
GGCAAGTATACCAATAAACTGAGAAACTGGAAGGTGCCGAGGTTTTTGAGGAAACATTCG
GATGCCCCGATGCACGAGATGAAGAAACGAGAGCTGAGCGACAAGACCATCCATTTGGTC
GAGAGAGGTGACGATTGCGTGCAGTCCAATAGAGGCTACCATCAGGTGCCCATCGTTATA
GAAGCTCAGGAGAAAAGGAACCAGAACAGCAGTAAACTGAACCTTCCCAATAACCATGAG
ACGGCCTTCGAGAGAGAAGTCATCGATATCCGATCATACTTGAGCCAGTCCAGAAGCAAC
ATGTCGCCATTTGCCAGAAGTAGCAGCTACAGGTCGCAGTACGGAAGAAACAACACAGAG
GTGCCGGTGTGTAGAGCTCGCAGTTCCACATTGGCTACCCAGGGCGAGCTGATACGTCCT
AAGGACCGTCGTCTGAACCTGCCGCTTCAGGCTCGGCTCGATGATGCAGTCAGTCTCTGT
CCCTCCGTTAACAGCAGGAAGGACTCTGGTATAAGAAGCACCAGCAGGAGGTCCAGTATA
CAACAACAGGACTCAGTGTTACCATCAAGACTCATTGTCAGGTTGGGTTGGATATTCGCT
CTGAATCACGCTCTCGCTACATCTCAAGCTGATATGATGCAGCATCGAGTGTCCGGTTAC
TACACTTCAAGTCAATCCTCCGTTAACGACCTCCCTACCAGGGCTAGGCTTCCCCCTCCA
CTGAACGAGGAACAGGTCCAATCCTTGCAGAAGCTTAGGAAACAATCGGACCTTCAGCTG
ATAAGATGCGTCCAAGACAACGCAAGATCTGGCATAAATTACTTCGTGCAGCCTCCGCTG
AACAGGATTACATTGTTTTTTAAATATCCGGAAATGGAAATGCATTATCGCGACAAGGCC
CACAGGAGCGACGACTGTGAAGATTTCCCACCGACTTTGACAACGTCGAGATTCAACACG
GCGCTGGATATCCTCGTCTCAGCGATAATCTTACTCGCGGCCATATCTTCGATACTGATC
GTGTATTCAGAATGGCAGTTCACGATAGGCTGGTTCGCGTTCTTCATCATGATAGAAGCC
GTGGCGATGGCCTTCTGCGTGTACCGACATTACTTGAAGTGGAAGACGAAGCGCGACCCT
CATGACGTAACGGACACCATGAGACGATCCGTCAAGATATTCAGAAACCTATCCAATTGG
TATCCCTGGCATCTTTCGGGCAGTCTATTGATCAGTTTGCCAATTTTGGCCGTTCTGATC
AACTTCTCTTGTCAGAATACGACTTTGACGATTTTGAAAGGCGAACAATCCTTCTACGTA
TATCTTCTGTACATAAGTGTAGTTCACTTCTGTAACTTCACTCAGATGAGTTGGTTGGTC
AAGAACACCCTGGTGACCCTCTACGCCGGCCTATTCCTTTTCTTCGCCGTTCTCGGATGT
CACGAAGCCAATACTCAATTACTCAATTCCGATATTAAATTAAACCCGCAGATGGTTGCT
CAAAATATAACTAGTTTTATATTGAACGTTACCTCCGACGACTTCATGCAGAACGGCACC
GTCGCTTCGGATGCCGTTAATCATGAGATGCATTTGACCGAGCTGTATTTGGATATAGCA
CTACTCCTGATACTGGTCTGGTTTCTCAATAGGGAGTTCGAAATCAGTTACAGGTTGAGT
TTCTACAGCAACGTGGTCGCGAACCGGGATAAGCAAAGAGTACAGAATATGAGGAACCAG
GCCGACTGGTTGCTGCACAACATCATACCGCGACACGTGGCGGACCAGTTGAAGAGCACC
GCCAAATATTCGGAGAACCATCGAGACGTCGCTATCATATTCGCGAGCATCGTCAACTTC
AACGAGATGTATGACGAGTCTTATTTGAAAGGAAAGGAGTATCTGAGGGTGCTGAACGAG
CTGATCGCCGACTTCGACGAGCTGCTGGAGAGACAGGAGTTCCAGCACGTGGAGAAGATA
AAGACTATCGGCAGCACGTTCATGGCGGCGAGCGGCTTGAACCCGGACCTGAGAGCGCGG
TCCTCCCGCGGCGCCTACGACCATCTCTACCAGCTGATGGACTTCGCTCTTGAGATGCAA
AAAGTGGTTGAAAATTTCAACCAGGACCTACTCGAATTCGACTTCATACTGCGCATAGGG
TACAACTACGGTGACGTCACTGCCGGTGTCATCGGCACCACCAAGTTGTATTATGACATA
TGGGGTGACGCCGTCAACATCGCCTCCAGGATGGACTCCACCGGTGTCCCGAAGCGGATC
CAGGTGGGGGAGGCTTGTATACCAGTGCTGTCCTTGAAGTACGAGTTGGAACCCCGCGGC
AGCGTGTACGTCAAAGGTAAGGACAACATGAACGTGTACTTGGTCGTCAAGAAGAAAGAT
GACTAG
Protein sequence:
MSGHSGCVTCNEGSDHYDTKHEDCSEGEDAQIRIAPHVQAYLAHNNSTTNCCGFAIPIAF
ERAAAGTWWNPRFDSEILEGQYRSSSFRQIRLRFRFALLYILIFSVSWFIYFIVLGMNGV
NVKWKFLCSLFAGVLFITCVMLFVTFTNIYKLYTSKLSLIMALALCSLSLSLVTLTTQFQ
TDLYKTADISQSGHFTMCLEILLIIYTLTPLPLFACVITGLLYSIVFEVLNVIAQLSEHE
LHYSGIFVRILLQLCVHIIGVHIYLMTFVRMRGTFMKVGQSLLVRRQLEMEKQLKEKMIH
SVMPPKLASCLMKEQVFESDTNLKRHDPLNPRTSQPGASDIKSLFRPFNMSSMDNVSILF
ADIVGFTRMSSNKGAEELVNILNDLFEKFDELCISHGCEKISTLGDCYYCVSGCPEPRPD
HATCCVEMGLGMIDAIQEFDRERGEGVNMRVGVHTGTVLCGIVGTRRFKFDVWSNDVSFA
NKMESTGKPGRVHISEETSKFLGGSYVLEESEEVFGHKTYFIEGRQMSSPYDHDHCLSPS
NPINLRLIISPAVSPQSVLSFNNSPLPLSTKTSESSTEDKNHRSDVDHSRNFLSPSPFNF
RNKASSLPSILDSDTEMDEKKCFPERNGNSSKSPTSVGSYGKYTNKLRNWKVPRFLRKHS
DAPMHEMKKRELSDKTIHLVERGDDCVQSNRGYHQVPIVIEAQEKRNQNSSKLNLPNNHE
TAFEREVIDIRSYLSQSRSNMSPFARSSSYRSQYGRNNTEVPVCRARSSTLATQGELIRP
KDRRLNLPLQARLDDAVSLCPSVNSRKDSGIRSTSRRSSIQQQDSVLPSRLIVRLGWIFA
LNHALATSQADMMQHRVSGYYTSSQSSVNDLPTRARLPPPLNEEQVQSLQKLRKQSDLQL
IRCVQDNARSGINYFVQPPLNRITLFFKYPEMEMHYRDKAHRSDDCEDFPPTLTTSRFNT
ALDILVSAIILLAAISSILIVYSEWQFTIGWFAFFIMIEAVAMAFCVYRHYLKWKTKRDP
HDVTDTMRRSVKIFRNLSNWYPWHLSGSLLISLPILAVLINFSCQNTTLTILKGEQSFYV
YLLYISVVHFCNFTQMSWLVKNTLVTLYAGLFLFFAVLGCHEANTQLLNSDIKLNPQMVA
QNITSFILNVTSDDFMQNGTVASDAVNHEMHLTELYLDIALLLILVWFLNREFEISYRLS
FYSNVVANRDKQRVQNMRNQADWLLHNIIPRHVADQLKSTAKYSENHRDVAIIFASIVNF
NEMYDESYLKGKEYLRVLNELIADFDELLERQEFQHVEKIKTIGSTFMAASGLNPDLRAR
SSRGAYDHLYQLMDFALEMQKVVENFNQDLLEFDFILRIGYNYGDVTAGVIGTTKLYYDI
WGDAVNIASRMDSTGVPKRIQVGEACIPVLSLKYELEPRGSVYVKGKDNMNVYLVVKKKD
D