| Genomic Position | scaffold150:- 118295-130742 |
|---|---|
| See gene structure | |
| CDS Length | 4485 |
| Paired RNAseq reads | 3518 |
| Single RNAseq reads | 9488 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA014073 (3e-167) |
| Best Drosophila hit | protein kinase C delta, isoform D (5e-163) |
| Best Human hit | protein kinase C delta type (5e-103) |
| Best NR hit (blastp) | PREDICTED: similar to Putative protein kinase C delta type homolog [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to Putative protein kinase C delta type homolog [Tribolium castaneum] (7e-169) |
| GeneOntology terms | GO:0004697 protein kinase C activity GO:0019992 diacylglycerol binding GO:0004674 protein serine/threonine kinase activity GO:0006468 protein amino acid phosphorylation GO:0023034 intracellular signaling pathway GO:0005524 ATP binding |
| InterPro families | IPR000719 Protein kinase, catalytic domain IPR000961 AGC-kinase, C-terminal 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 IPR017442 Serine/threonine-protein kinase-like domain IPR017892 Protein kinase, C-terminal |
| Orthology group | MCL12444 |
Nucleotide sequence:
ATGTATTACAGTGGATCTCCCTCATACACGAGTGCGCCCTACGGTTATAGTAGTTCAATA
TTACCGTACGGATCATCATATAGTGCTACTTATTTAAGTCCCGGTAGCAATTACAGCTCA
CACTCTTCGCTTGGAGGATACTCGAGGACACCTTTGACATCCCGATGGCTTACGAGTGGC
AGTCGTGTATATTCGCCTATGCTTTCAACAATATCAGAGAAAGGCACATTAACACCTGTA
CGAATTAATAGTCCGAGAAGAGCTCCAATCATAAACAGAAATTATGTGACACCCCAGTAT
TCACATAGACCAATTAATATCAATACTGCTGATATCGATGTATCTAGAGATAAATATAGA
TATAAAAAATCGAACACCACTCCCGAACTAGTATCGAAGTTGCCATCAAGAAATGATAGT
CCAAAAACTAATAAAGAAACCGGACATGACAAACCAGATATCGGAATTGATTCATCTCCA
GGACGTAAGCGTACTACTATAAAACGCGACCGGCCTGTTGTTAGACTTCATACAGTGAAA
CGTAAAGATAAAGATTCTCCGCGCAAGCCGGTTCAAACCGATTCAAATAAGGCCATTAAT
TCTGGAAACGGGGCAGAGAAGTTAGAGAAACAAAGTGAGACCTTGAAATGGCGACAAAAA
TTAGCCGATGATTTGTCTTACCGAGTACAAAAAGAAAAGAAATCTTTAGGGGCAAAATTA
GTAGAAAAGTTTACACTTAAAGACAAAGAAAATGATGATTATACATTAACAAAAAAAGAA
TCGCCAACAACTGTAGTTATTAGAGACATTTTGAATAAAAATAATGTCGAAAATAATGAA
ACGACGGATAAATTAAATAGGCGATGTTCCATGGAGCTTTTGGCCGAACAAGCAAATCTA
TTAGATTCTTTAATTAGGAGAGAGAACTTAAGTACTGTAACCTTAGATTTAAGTAAAATT
GGAACTGAAGGAGATGCTGGAACAAAACCACAAATAAATACGTCTAAAAAAGCGAAAACC
TTAAAACCAGTAAATCCTTTAACAACAACCAAATCTGACCACTCATTACACGATCGCCTC
AAAGAAAAAAAAATTATAGATAAAAAACCTTCTAAAAGACAAAGTATAAGAAAGTGTTCA
TCTGGCAGTAGTATTTGTAGATTAGATTCTATTACCGAATCACCTAAAAACGTCAAACAA
TTAGAGACAGCTGTTATTGAAGATCAAGAGAAAAATGAAAAACCAAACAAAGTCGTGAAA
CCTAAGGTTAAACGTAAAATAACATCTTCAGTAGAAGTAACAACACCACCTTCACCTTTA
AAATTTATTGTTGAAAATGTTACAGTAGAAGAAAAATCCCGACCACTTAAAAAGGATATA
ATATATAGTAGTACAGTGGATGAAATCCTTCCTCAAGATAAGCCTTTTGAGATTAATGCA
GAAGATACACAAAATATACATTATAATACAAATATGGAAACTATGGAATTGAATAGTCCT
AATAGTGAGATAAAAACTAATATTCAGTCAGAAAATTTAGTTAAAGGTCATAGAAGCAGT
ATAAAATCTAAACCTATTTTGAAAGCAAAAAACAATTTAAATTCACCAGAACCGGAAGAT
GGAAATTTTTGGGATAAAATCGGTAAACGAGAAACGGTTTACTTAGTCAAGAGAAAACAA
AACTTAGAAGATACACAAGAAAAAATTAAGCGATCTTTATTTTGGTTCCCAAGCGAAGAA
GAGGAAGCTGAATGTTCAGATACAAATGCTTTCGGTAATAGCAGTGAAAAAAAATGTATT
AATAATTCTACATTAGAAGTAAAAGATCACATAGAAGCAAAAGTGAATTTAAATTTGAAT
AAAGATATATTTCAGGGAGATAGTTCACAATTATCAGTAGTACAGGATAAAAGTGATATA
AAAGATGAATCCACTACAAAAAATTTAAAGGCAGTAATAGAAAACCTGGATAAAATTAAA
GATGAACCAAAATTGAAACAAACATGCACTAAAACCAATAATGAGGGTGATAAAAGTCGT
GACCTTAATAGTGAAAAACCAAAAATTAGAAATTTTAAAGTAAAAAAGAATATTGATGAT
TCTAATATTAAAAAAATAAACTTAGTTAATAAAGTAGATTCTCATATAAAGGAAGCCAAG
AATGAAAGCCCAAACACTTCAGAAACTCATAAAATACAAGGAGAGGAAAAAAATATTCCA
AATACTTGTTTGGCGGGTGGAAACACAAGTAGTTTAGAAAATGAGAGTAAACATGACAAA
ATATCAGTAGACATAGTTTCAACACAAAACACGGATTCCAATATCTTAGAAACGGATAAG
ACAGAAGACGTAAACAAGGTAGATGATGTTTCAAAAACTACAATCCAAAGCATGTCTAAG
GAGAAGTTAAACCAAGAAGGTACAGATAAACTATTCGCTAAGTTTGAATTGCAAGTTAAA
AACAAAAATCATCACGAAAAAACAAAGGAAAGAAATGATAAAGAGCAATTAAAAATTTAC
GAAAATCAATCTGAAATTGACGTCGATTCAGAAATTAATAGATGTCATGACGATAATTTA
AACAAAATCAATGAACCCTTAAAAGGTGAAAATAATATCGATATTCACGACTGCTTAAAA
ACAAATTTATTAAAAGAAAATGAATCACAACTTATATCTGGTTCAGATCTCACGGAAAAT
GTTGAAAATACTAAAGATAAAAGTAATGTAGAAAAAGTAAGCTCTGTCTTGCTATCTTCC
GAGGAGCAAAAATCTTGCTCTAGTACCTCTAATGAAGCAAACATTCCAAATATCGTAGAT
GAAGTTAAAAATTCAATGGAAAAATCAATTGTAGATAACAAAGAGAACAATGTTTCAAAT
GATAACAAAAATGATATAGCTATGGAGAAACCTACTATAGTACCTCCAAAGAAAGTGAAA
GAAGAAAAATCACCATTCGTATTAATCGCTACACCTCGGCCTTTACAAAAGCGAAATCCA
CAAGTGATTCGTTCATCCTCCTCTTCCGAAACGTCTGAAGATTCATCAGAGGAGGATGAG
GATGAAAAGGAATCCGACTCAAGCGAAGAAGGAACAGAGTTTTTTGAGTGCGAGAGCAAT
GTCGATGGAAGAACTTCAACTGGATCTAATGATTCTGGATTTGATTCTTCGGCACCAACG
TCCCCTGCAAGTTTCCTACATGTTAAGAAAGACTGTGATGTAAATTGTCATCGAAAGTGT
GAAAAGTTGACTGCAAATTTATGCGGTGTGAATCAACGTCTACTAGTTGAAGCTTTGGCA
ACCCGTACTACGTCGAAAAAAGGTGCAGACAGCCCCAGTACCTCCACAAGCCCCGCAACC
TCTCAAACCTATAACTTTGACATCTCCGAACAAGAGTTGGAACATTCGACAGCGTACGAT
CTGTTTAGAAAAACAGGGCGATTTATTCCGCCAGCCCGTTCAATCCCACGCTTCCGAAAG
TACACGATCGATGACTTCCAATTTATCAGAGTATTAGGCAAGGGTAGTTTTGGCAAGGTT
ATGTTGGCAGAACTCAGAGATACAGAATACTACTATGCTGTTAAATGTTTGAAAAAGGAT
GTGGTTTTAGAAGACGATGACGTTGAGTGCACTCTAATAGAGAGGAAGGTTCTAGCGCTG
GGAACGAATCATCCATATCTTTGCCACTTGTTTGCTACATTTCAAACAGATTCGCATTTG
TTCTTCGTAATGGAGTATTTAAACGGCGGTGACCTGATGTTCCACATACAACAGAGCGGT
CGCTTCCCGGAAGCGAGAGCACGACTTTACGCCGCTGAAATTGTGTCAGGCCTTAAATTC
CTGCATAAAAGAGGAATCGTATACAGGGACTTAAAATTAGACAATATTTTATTAGATTTC
GATGGACACGTAAGAATAGCCGACTTTGGAATGTGTAAGCTACAAATATACCTAGATAAG
ACGGCAGACACGTTCTGCGGCACTCCAGATTATATGGCACCTGAAATAATAAAAGGTCTG
AAGTACAATCAGACAGTGGACTGGTGGTCCTTCGGTGTCTTGTTGTATGAGATGTTGATC
GGTCAGAGTCCTTTCAGCGGCTGCGATGAGGATGAACTCTTCTGGTCCATCTGTAATGAA
ATGCCTTCATATCCGCGCTTCCTGTCAAAGGAGGCACTCAGTATATTAACTAGATTACTG
GACAAAGACGCTAAGACTCGTCTTGGCGGGACGGAGTGCATGTACGGAGACGTCCGCGAT
CAGGATTTCTTCAGACCGATCAACTGGGAGCGACTCGAACATAGGGAGTTAGAAGCGCCC
TTCAAACCTAGAGTGAGGCATCCGATGGACACCCAATACTTCGACCGCGCGTTCACGGGC
GAACGTCCGAGACTGACGACGGTCGAACCTCAAGTGTTGCGATCAATGGACCAGGAACCG
TTCAGAGGGTTCTCTTACACGAATCCAAATGCTACGGATCGTTAA
Protein sequence:
MYYSGSPSYTSAPYGYSSSILPYGSSYSATYLSPGSNYSSHSSLGGYSRTPLTSRWLTSG
SRVYSPMLSTISEKGTLTPVRINSPRRAPIINRNYVTPQYSHRPININTADIDVSRDKYR
YKKSNTTPELVSKLPSRNDSPKTNKETGHDKPDIGIDSSPGRKRTTIKRDRPVVRLHTVK
RKDKDSPRKPVQTDSNKAINSGNGAEKLEKQSETLKWRQKLADDLSYRVQKEKKSLGAKL
VEKFTLKDKENDDYTLTKKESPTTVVIRDILNKNNVENNETTDKLNRRCSMELLAEQANL
LDSLIRRENLSTVTLDLSKIGTEGDAGTKPQINTSKKAKTLKPVNPLTTTKSDHSLHDRL
KEKKIIDKKPSKRQSIRKCSSGSSICRLDSITESPKNVKQLETAVIEDQEKNEKPNKVVK
PKVKRKITSSVEVTTPPSPLKFIVENVTVEEKSRPLKKDIIYSSTVDEILPQDKPFEINA
EDTQNIHYNTNMETMELNSPNSEIKTNIQSENLVKGHRSSIKSKPILKAKNNLNSPEPED
GNFWDKIGKRETVYLVKRKQNLEDTQEKIKRSLFWFPSEEEEAECSDTNAFGNSSEKKCI
NNSTLEVKDHIEAKVNLNLNKDIFQGDSSQLSVVQDKSDIKDESTTKNLKAVIENLDKIK
DEPKLKQTCTKTNNEGDKSRDLNSEKPKIRNFKVKKNIDDSNIKKINLVNKVDSHIKEAK
NESPNTSETHKIQGEEKNIPNTCLAGGNTSSLENESKHDKISVDIVSTQNTDSNILETDK
TEDVNKVDDVSKTTIQSMSKEKLNQEGTDKLFAKFELQVKNKNHHEKTKERNDKEQLKIY
ENQSEIDVDSEINRCHDDNLNKINEPLKGENNIDIHDCLKTNLLKENESQLISGSDLTEN
VENTKDKSNVEKVSSVLLSSEEQKSCSSTSNEANIPNIVDEVKNSMEKSIVDNKENNVSN
DNKNDIAMEKPTIVPPKKVKEEKSPFVLIATPRPLQKRNPQVIRSSSSSETSEDSSEEDE
DEKESDSSEEGTEFFECESNVDGRTSTGSNDSGFDSSAPTSPASFLHVKKDCDVNCHRKC
EKLTANLCGVNQRLLVEALATRTTSKKGADSPSTSTSPATSQTYNFDISEQELEHSTAYD
LFRKTGRFIPPARSIPRFRKYTIDDFQFIRVLGKGSFGKVMLAELRDTEYYYAVKCLKKD
VVLEDDDVECTLIERKVLALGTNHPYLCHLFATFQTDSHLFFVMEYLNGGDLMFHIQQSG
RFPEARARLYAAEIVSGLKFLHKRGIVYRDLKLDNILLDFDGHVRIADFGMCKLQIYLDK
TADTFCGTPDYMAPEIIKGLKYNQTVDWWSFGVLLYEMLIGQSPFSGCDEDELFWSICNE
MPSYPRFLSKEALSILTRLLDKDAKTRLGGTECMYGDVRDQDFFRPINWERLEHRELEAP
FKPRVRHPMDTQYFDRAFTGERPRLTTVEPQVLRSMDQEPFRGFSYTNPNATDR