| New model in OGS2.0 | DPOGS200830 |
|---|---|
| Genomic Position | scaffold1567:+ 16858-24016 |
| See gene structure | |
| CDS Length | 3192 |
| Paired RNAseq reads | 4354 |
| Single RNAseq reads | 10776 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009883 (1e-16) |
| Best Drosophila hit | CG7597, isoform A (2e-162) |
| Best Human hit | cell division protein kinase 13 isoform 2 (8e-147) |
| Best NR hit (blastp) | PREDICTED: similar to CG7597-PA, isoform A [Apis mellifera] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to CG7597-PA, isoform A [Apis mellifera] (1e-179) |
| GeneOntology terms | GO:0008353 RNA polymerase II carboxy-terminal domain kinase activity GO:0006468 protein amino acid phosphorylation GO:0004693 cyclin-dependent protein kinase activity GO:0005575 cellular_component GO:0005524 ATP binding GO:0006911 phagocytosis, engulfment |
| InterPro families | IPR017441 Protein kinase, ATP binding site IPR008271 Serine/threonine-protein kinase, active site IPR011009 Protein kinase-like domain IPR017442 Serine/threonine-protein kinase-like domain IPR000719 Protein kinase, catalytic domain IPR002290 Serine/threonine-protein kinase domain IPR020635 Tyrosine-protein kinase, catalytic domain |
| Orthology group | MCL11758 |
Nucleotide sequence:
ATGGAGCGCGGTTACGAGAAGAGACACAGTAAGCACCACAAGGAAAAGCATAAGAAGCGA
GCACACAAGAAGTATAGAAGTCATTCGGGCTCCCATGAACAGTCATATGCTACTAGTAAC
TCCATGAAACCCCTGGTGGAATATTCCGATGTCAGCTCCGAGGATCTGTCGGCCCCGGAG
GCCGGTGAGATAGAGAGTGAAGCCAGTTCCATCGGTCGGCACATTGCAGACGACTTGGAT
AGAACGAGAAAATCCCACCCTATACGTACTTTCCTTGATAACAAGATATCTGTGACGACT
AGCAGCCGACGTGTGGTCGAGGAATACAGCCTCACTCGTGATTCCTCTTCCACGGCGAGG
AAGAGACGAGGCGTTGAATACGAGGAGCCAGTCCCAGACTTCGATGATCATTCCCGATAT
AAGAAGAAGAAGGAGAAGCGAAAGAAAGACAAGAAGAAGAAAAAGAAGAAGTCCAAACAC
AGGTCACGCTCAGCCAGTCTAGAGAGCTTGTCTCCTGGTGATATTGTACCAACTTGTACA
CCACTTCGGCCCCTGACTCCACAACGGTACACCCAGGTGCCAGTCAGCGAATGGGAAAAG
GGATCATCTCCATTACGGAACGGTTCCTGTTCCCCAGTGTCGCCCTCAACACCTCCGCTG
AGGCATGAGGTGTCACCTCGACACCGACCCATTCACCGTGAGCCATCTATGCACAATGTT
ATCCCATTCTCGCCACATCCAGAGAGATCTCCTATTATTAGCAGGAGGAGGCAGAAGTCC
ACAACTCCTCACACACCCCTGGCGCCTCCCTACCATGAGACCGTTACTATTGATTCAGAT
ACAGAACAGGACTACGACAGGAGACGCGACTACTGGCACGAACAGCGCATCTCTAATGAA
ATCATGGTTATATCTGACTCCCCGGTCCACGAATCGCGAAGCCGCGACTACAGTCCGAGA
CGTCATCGCCGCCGCTCGCCTCGGAGACGACGCAGTAGAGACAGGGAGAGACACAGGGAG
AAGGTCCATCATCGATCTCACAGTAGGTCGTCATTGAAGCGTCGCCGTTCTGGGTCACGT
TCGAGACGCCGTTCATCATCACCTCCACGACATCGTCCGAGACATTCAGACATCCCCAGA
GACAGGCACAGGAGTAAACATGAATCCCCGAGTCCACCCACACTGTTACAGAGAAAAATT
GACTTCAAAGAAAAGATTAGCGATACCAGTTTGTTTGCGGAACTTGTTAAAGACAAACAC
AAGCGTGCCAAGAAACTACAAGAAATATTAGAACAGAAAGAAGAATCACAGGGAGCTGCC
TCAAGTAGTGCTTCAGTTACCAACACTGATGCGCCAACAGAAGACCTGGCCGATAATGCG
GATAGCTTGCAGAGTTCAAAGGAGAATGGTGAGAACTCTAAGTCGGATGTAGTTGACATT
CCAATGCCCGTGCAGACTTCAGAGGAATCCAATGCTCAACCAGCAGAGGCTGAGCCCCAA
GCTGCCCAGCAAACAAACGCAACCACCAATGGGGAAGCTAATGAGAATTCTAATAGCTCT
GAGACTCAAAAAGTTCCCGTCACACCGCCCGCCCCCCTACCAAGCGCCGCGTCCACTTTA
CCGCCCCTCCCAAAGGTGGGTGGGAGCGTGGTAGAGGGCGTCTTTATGAATAGCCAACAA
CCGCCTCCGCCGAAACCAAAAAGCCTTACGAAACTGCCCATGCCGCCCAATACTCAGGTC
GAAGATTTAAAGACCCTCGCCAACGACAGTCCATTGAGCACGCCGTCCCCAAGTCCCGTC
AAGAAACCGGAAAAACCTAAGAGAACCGGTATTATGAATTTACCTATGCCGCCAGTGATC
CCTGGGTCAGAGGAGCTGAGCGGGGACGAATTGGACGGGTCCACTCCGCCCGCGCGTCCT
CCCACACACAGGGATCAATACTCACACGTGTTCAGCGGCAGGAGGCAGGCCGATGCGGGA
TCTAAACTGAAGAGGCCGCGTATTCTGAAACGCCGAGGATCTAAGGTCGTCCCGGTAGCG
ACTCCGACACACCACGCCAAGGACTGGGGCGAGAAATGTGTGGACGGTTTCCAGGTAATA
ACTCAAATAGGCGAAGGCACGTACGGTCAAGTATATAAGGCGCGCGACAAAAACACGGCC
CAACTCGTAGCACTGAAGAAGGTGAGGTTGGAGAACGAAAAAGAAGGCTTTCCCATCACC
GCTGTCAGAGAAATTAAGATTCTGAGACAACTCAATCACAAGAACATTGTTAATCTGAGA
GAGATCGTTACCGATAAACAGGACGCCATGGACTTTAGAAAGGACAAGGGCTCGTTCTAT
CTGGTGTTTGAATACATGGACCACGACCTCATGGGTCTCTTGGAGTCGAAGATGGTAGAC
TTCACCGAGTCACATAACGCATCCATAATGCGTCAGCTGTTAGACGGACTGGCGTACTGT
CATCGCAAGAATTTTCTACATCGAGACATCAAATGCAGTAATATATTAATGAACAATAAA
GGGGAAGTAAAGCTAGGGGATTTCGGTCTGGCTCGACTGTGGTCAGCCGAGGACAGAGCT
CGGCCATACACTAACAAAGTTATCACACTGTGGTATAGACCACCAGAGCTATTGTTAGGA
GAGGAACGATATGGCCCCGCTGTGGATGTGTGGTCCATGGGATGTATACTGGGCGAGCTG
TTCCTGAAACACCCGCTGTTCCAGGCTAACACGGAGATGATGCAATTGGAGATGATATCT
CGCATCTGTGGCACTCCAGCGCCGGGAGTGTGGCCCAACGTGGTGAAGCTGCCCCTCTGG
CACACACTGCGGCCCAAACGTTTCCACAAGCGGTGTGTTCGGGAACAGTTTGCGTTTATG
CCACCAGCGGCTCTACAGCTGTTGGATCGTATGCTGGAGTTAGATCCAGACAAGCGAATC
ACGGCGGACGACGCGCTGAAGAGCGTGTGGCTGAAGAATGTTGTCCCGGATCAAATGCCG
GCCCCGGAGCTACCGACATGGCAAGACTGTCACGAGCTCTGGTCGAAGCAACGCCGGCGG
CAGCAGAGGGAACAGGAACAGTCGTCGAAACCTAAATCCTATACATTCACACAGGATGAG
AACTCTGAATCGAGTTTCAAAAGTGATATCAAGTCAGAGACTAACCCGGAACCTGTCGGA
CAAGTTAAATAG
Protein sequence:
MERGYEKRHSKHHKEKHKKRAHKKYRSHSGSHEQSYATSNSMKPLVEYSDVSSEDLSAPE
AGEIESEASSIGRHIADDLDRTRKSHPIRTFLDNKISVTTSSRRVVEEYSLTRDSSSTAR
KRRGVEYEEPVPDFDDHSRYKKKKEKRKKDKKKKKKKSKHRSRSASLESLSPGDIVPTCT
PLRPLTPQRYTQVPVSEWEKGSSPLRNGSCSPVSPSTPPLRHEVSPRHRPIHREPSMHNV
IPFSPHPERSPIISRRRQKSTTPHTPLAPPYHETVTIDSDTEQDYDRRRDYWHEQRISNE
IMVISDSPVHESRSRDYSPRRHRRRSPRRRRSRDRERHREKVHHRSHSRSSLKRRRSGSR
SRRRSSSPPRHRPRHSDIPRDRHRSKHESPSPPTLLQRKIDFKEKISDTSLFAELVKDKH
KRAKKLQEILEQKEESQGAASSSASVTNTDAPTEDLADNADSLQSSKENGENSKSDVVDI
PMPVQTSEESNAQPAEAEPQAAQQTNATTNGEANENSNSSETQKVPVTPPAPLPSAASTL
PPLPKVGGSVVEGVFMNSQQPPPPKPKSLTKLPMPPNTQVEDLKTLANDSPLSTPSPSPV
KKPEKPKRTGIMNLPMPPVIPGSEELSGDELDGSTPPARPPTHRDQYSHVFSGRRQADAG
SKLKRPRILKRRGSKVVPVATPTHHAKDWGEKCVDGFQVITQIGEGTYGQVYKARDKNTA
QLVALKKVRLENEKEGFPITAVREIKILRQLNHKNIVNLREIVTDKQDAMDFRKDKGSFY
LVFEYMDHDLMGLLESKMVDFTESHNASIMRQLLDGLAYCHRKNFLHRDIKCSNILMNNK
GEVKLGDFGLARLWSAEDRARPYTNKVITLWYRPPELLLGEERYGPAVDVWSMGCILGEL
FLKHPLFQANTEMMQLEMISRICGTPAPGVWPNVVKLPLWHTLRPKRFHKRCVREQFAFM
PPAALQLLDRMLELDPDKRITADDALKSVWLKNVVPDQMPAPELPTWQDCHELWSKQRRR
QQREQEQSSKPKSYTFTQDENSESSFKSDIKSETNPEPVGQVK