| New model in OGS2.0 | DPOGS203740 |
|---|---|
| Genomic Position | scaffold1271:- 15793-27384 |
| See gene structure | |
| CDS Length | 3453 |
| Paired RNAseq reads | 1091 |
| Single RNAseq reads | 2834 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013407 (8e-134) |
| Best Drosophila hit | Ret oncogene, isoform D (2e-16) |
| Best Human hit | dual serine/threonine and tyrosine protein kinase isoform 1 (1e-94) |
| Best NR hit (blastp) | dual serine/threonine and tyrosine protein kinase [Apis mellifera] (8e-128) |
| Best NR hit (blastx) | dual serine/threonine and tyrosine protein kinase [Strongylocentrotus purpuratus] (3e-110) |
| GeneOntology terms | GO:0004672 protein kinase activity GO:0005524 ATP binding GO:0006468 protein amino acid phosphorylation GO:0004674 protein serine/threonine kinase activity GO:0016301 kinase activity GO:0005737 cytoplasm GO:0016740 transferase activity GO:0004713 protein tyrosine kinase activity GO:0000166 nucleotide binding |
| InterPro families | IPR017442 Serine/threonine-protein kinase-like domain IPR011009 Protein kinase-like domain IPR002290 Serine/threonine-protein kinase domain IPR020635 Tyrosine-protein kinase, catalytic domain IPR017441 Protein kinase, ATP binding site IPR008271 Serine/threonine-protein kinase, active site IPR000719 Protein kinase, catalytic domain |
| Orthology group | MCL18030 |
Nucleotide sequence:
ATGGCGGGCGGCGCTTGGCGTCGCAGTGCGGCCCGCGCTCGCACGCTCCGGAACCTATTG
CGCGACACGACACGCGCTTTACAAGAGATACAGGATGTGTTAACCGTCGACCCAGAAGTG
GAACGCACGATTCAAGACATCACCTCTCAGTCTTCGCGGCCAACAGCGCTGGTGGTGATG
GGTTGTTCTCCCAGTGCTAGGGCCAGGTTATTGAACTGTTTGTTGGGTAGAAGGCTCCTA
CCTGAAAATCTCCCCCGAGGGTCCAAATGGTTACACATACAATACGGGGCTACCACTCAA
GCGCACTTGACCGTTGGTAACTCTGAATTCGAGCTTGTTGAGGTCTTGGAGTGCAATCAG
GGACCATGGGATACTTTACCTGTACAGGACATCGCTCGCCAAGATCACACAGACTTAGGG
ACGATGCTTGAAGTGGAGATAAACAATTCATTCCTAAAAGATGGCCTCAAAATCATCGTC
CCACCAGACGTCATGGACCCGGGGATGGCTGATTACGCGACTTTGAAACATTTAAACGCA
GATTTATACCAGAGGAGAGAAACAATACTGAAGTCGTACAGTCCCGTGTACTTGTACGCG
CTGGACAAATTCGGTACAAACATATTCAATGATAACATCTGCAACAAGATGGACTCTTCG
AGGAATGAAGACGACTTCTGGTCGACCTTCAACCTTTATTACATGTTGAACAATGAAAAG
GTCGAGAAGAAGGTGGAAATGTCAGAAGATCTTTGGAAGGAAGCTGCCGATTCTGTCTTC
AGTGCTGAGAACTGCCTTGATCTCCATCAAATCAAGGACATAGACAGCAGTTCTCAAGTC
TTCTTCGTTCTCTTCTCGGACAGCAGAGCAGAAGAGAAGCTAAGAGATCCCCAAAGTGAT
GCGACGGAATCGACTGAGTCCGTTTATAATAGCGAGGAGTTACCAGAATCTGATCAACTG
ATGAAAGTCGTTGGCCGGGAGTGTTCCATCCGTCGTCTGCACGAGGAACACGCCGCCTTC
ATGAACGATCTCCTCGACCAGTGGGAACTCATCACCAGTCCGCCAAAGAAACACCACGTG
AAAAGCCAATGGACCATCCTGAACGACAAAGAGTTGTTCAGGACCGTGGACAAAGAAGAC
AATAAGAGGAAGAAAGACGACAACGATGTAACCGTAAAGAATAGAAGTAGTTTACTTAAC
TTGATCCTCAAGTTCGCGACGGAGACTTCACAGACCTACTTGTTGGATCAATGCACTCGG
CTGAGTGAGCTGCACGTGAAGTTACTCCAGCAGTTCATCCTGGCGTCGTTCGACCTGGCT
CGTGAGTTGCAGGTGGTGCCTCGCAAGATACAGTACGTAGCCCAGCAGGAACAACAGCTG
TACGAGGGCGATAAAAAACGAGAGCTGGTTCAGATGATGCAGGAAGTGTTGGACGAAATA
CAGACAGACATCAACGACATGGACTGGAGCGTGGACGACCTTCCCTGTCACCAGGACAAG
CGCTTCACTCTATCCAGTTCAATTTTTCATTCAACCAGAAGCAAGTCTCTATCAATAAGG
TTAACAGAAGTAGCGAAGCCATCAGACCTCATGGTGCCAGATGTTCCAGAAGTATCTTCG
GATGTCGAAGAGGCCGTGTCCTATGATAGTTATAATTTCGATGACTTCGAAATCATACAC
TCCAATGAAGAGAATCCCAGTAGCGAGTGGAGTCGGATGTCACCGTCAAGTTGTACGTCA
TCGTGTGCTCGTGTGTCCACTAAACAAGCAGCGTTGGATGTACAACATACTGTTCTTTCA
AGACTGAGTCAAAAAATAAGTTTGAAGCTAGTGAAATTTGTTGACTGCTTGAAGGTTAGC
TACTTCGGTACTTTACAGAGATCTGGAGCTGGCGAGTTATTGTCGTCTCCCTCTCTCACT
ATCTCCCTCTCTCTCACCAGATGTCTCGAGTCGCTAGAGGGTTCGTGTCGCAGTGAGCTG
GGAGGTCGTCCAGCGAGCGAAGCAATGCTGCAGCTTCTGTCGGTAGCTCGTGACGTAGAC
CTCGGGCCCTGCGCCTCCGTTTCAGCCCTCAGAGACCTGCTAGACTCACTGAGGAGATAC
AAATCAGCCACTCTAAACATAATATTGCGACTGGCGTGTCATCTATCTGAATGTCTCATG
TGCTGGTGTAGTCTTCGTCTGTCGGCCGCTCCCGAGGCGGAGTGCTGCGCTCTGAGCGCT
GCCTGGAGACGACGCGCTGCCTCCAGGGCGGCGCGGAGACTAGACACGCACACACTCGCA
CGGATCATATCGGAACAGATATTAGAGAGACTGAGCGTAGCCCACGAGCGGTACCAGTCA
GCGCTGAATTCGCTGGAGACAGCGCTGGCAAGTCGCTTGCATCACACCGAGGACGTCAAA
CTTGCTATACGAAAGAAGTTCGCCCCATCGTTCGCTCGCTTGTGTCTGGAGAGTACGTCG
ATGTGCGACCTGCTGATGTATGGGATGCCGGAGCTTGGCAGAGAGATCGGTCGCGGTCAA
TACGGCGTAGTGTACTCCGTGAGAGGGTCCTGGGCGGGTCACAGTCCGGCCGCCGTGAAG
TCGGTTCTCCCGGCCGACACGAGGCACTACCGAGAACTCGCTATGGAGTTCTTCTATACC
AGGTCTATACCGGCACATCCGCGTATTGTTCGTCTGCTCGGATCGTTGGTTCAGCGCGGG
ACTTCCCCGTGTGTGTTGCTCGTCTCTCAAAGGTTCACCAGAGATCTCCACGCCGCGGTC
AGACACGGCCTGCCGTTTGATACCAGGATGAGGATAGCCTGTGATATCGTTGAAGGGATC
CGTTACCTACACTCGCTAGGTTTAGTTCACCGGGACGTTAAACTGAAGAACGTTCTGTTA
GACTCGTGTTGCCGCGCGGCGTTGTCCGATCTAGGTTTCTGTACAGCGGGCGCGTTGCTA
TCGGGCTCTGTGGTTGGAACCCCAGTACACATGGCGCCTGAACTATTGGCTGGGAACTAC
CACTCGGGAGTCGATGTTTACGCTTTTGGTGTGTTGTTTTGGTATCTTTGCGCTGGCAAC
ATTAAACTACCCTCCGCATTCGAGGCTTTTCAAAATAAAGAACAATTGTGGAGCAAAGTA
AAGAGAGGTCTCCGGCCGGAGCGCCTGCCTCACTTCTCGGACGCGTGCTGGGATTTGATG
CAGGCCTGCTGGGCCTCCGAGCCGGAACAACGCGCGCTGTTAGGAGACGTACAGCCGCAG
CTCGAGAGGATATTGGAAGAAGCGAGGGAGAGGGGCGAGGGGGAGGAGAGGGATAAAGAC
GGGGGGAAGAGATACGACGAGGAGGAGGACAGTCTAGATATGACAGGGTTGGAACAATAT
AGAAATAATGATGATTTTTCTAATAATTTTGTTTGTTTAGTTGGTCTTATAGTGTGTGTC
TTAATCTACGCTTTGAGTTACCTCTTTTTATAA
Protein sequence:
MAGGAWRRSAARARTLRNLLRDTTRALQEIQDVLTVDPEVERTIQDITSQSSRPTALVVM
GCSPSARARLLNCLLGRRLLPENLPRGSKWLHIQYGATTQAHLTVGNSEFELVEVLECNQ
GPWDTLPVQDIARQDHTDLGTMLEVEINNSFLKDGLKIIVPPDVMDPGMADYATLKHLNA
DLYQRRETILKSYSPVYLYALDKFGTNIFNDNICNKMDSSRNEDDFWSTFNLYYMLNNEK
VEKKVEMSEDLWKEAADSVFSAENCLDLHQIKDIDSSSQVFFVLFSDSRAEEKLRDPQSD
ATESTESVYNSEELPESDQLMKVVGRECSIRRLHEEHAAFMNDLLDQWELITSPPKKHHV
KSQWTILNDKELFRTVDKEDNKRKKDDNDVTVKNRSSLLNLILKFATETSQTYLLDQCTR
LSELHVKLLQQFILASFDLARELQVVPRKIQYVAQQEQQLYEGDKKRELVQMMQEVLDEI
QTDINDMDWSVDDLPCHQDKRFTLSSSIFHSTRSKSLSIRLTEVAKPSDLMVPDVPEVSS
DVEEAVSYDSYNFDDFEIIHSNEENPSSEWSRMSPSSCTSSCARVSTKQAALDVQHTVLS
RLSQKISLKLVKFVDCLKVSYFGTLQRSGAGELLSSPSLTISLSLTRCLESLEGSCRSEL
GGRPASEAMLQLLSVARDVDLGPCASVSALRDLLDSLRRYKSATLNIILRLACHLSECLM
CWCSLRLSAAPEAECCALSAAWRRRAASRAARRLDTHTLARIISEQILERLSVAHERYQS
ALNSLETALASRLHHTEDVKLAIRKKFAPSFARLCLESTSMCDLLMYGMPELGREIGRGQ
YGVVYSVRGSWAGHSPAAVKSVLPADTRHYRELAMEFFYTRSIPAHPRIVRLLGSLVQRG
TSPCVLLVSQRFTRDLHAAVRHGLPFDTRMRIACDIVEGIRYLHSLGLVHRDVKLKNVLL
DSCCRAALSDLGFCTAGALLSGSVVGTPVHMAPELLAGNYHSGVDVYAFGVLFWYLCAGN
IKLPSAFEAFQNKEQLWSKVKRGLRPERLPHFSDACWDLMQACWASEPEQRALLGDVQPQ
LERILEEARERGEGEERDKDGGKRYDEEEDSLDMTGLEQYRNNDDFSNNFVCLVGLIVCV
LIYALSYLFL