Monarch geneset OGS2.0

DPOGS205916
TranscriptDPOGS205916-TA3120 bp
ProteinDPOGS205916-PA1039 aa
Genomic positionDPSCF300089 + 375021-378690
RNAseq coverage553x (Rank: top 23%)
Annotation
HeliconiusHMEL0055090.095.00% 
BombyxBGIBMGA007017-TA0.091.65% 
DrosophilaPkn-PG4e-17583.33% 
EBI UniRef50UniRef50_E0VZR90.062.51%Putative uncharacterized protein n=1 Tax=Pediculus humanus corporis RepID=E0VZR9_PEDHC
NCBI RefSeqXP_002431613.10.062.51%conserved hypothetical protein [Pediculus humanus corporis]
NCBI nr blastpgi|2420223700.062.51%conserved hypothetical protein [Pediculus humanus corporis]
NCBI nr blastxgi|2420223700.062.93%conserved hypothetical protein [Pediculus humanus corporis]
Group
Gene OntologyGO:00055241.3e-96ATP binding
GO:00064681.3e-96protein phosphorylation
GO:00046741.3e-96protein serine/threonine kinase activity
GO:00167726.5e-91transferase activity, transferring phosphorus-containing groups
GO:00046724.5e-63protein kinase activity
GO:00071651e-21signal transduction
GO:00056221e-21intracellular
GO:00047131.4e-14protein tyrosine kinase activity
GO:00055151.6e-09protein binding
KEGG pathway 
InterPro domain[712-971] IPR0022901.3e-96Serine/threonine-protein kinase domain
[707-1030] IPR0110096.5e-91Protein kinase-like domain
[712-962] IPR0174424.5e-63Serine/threonine-protein kinase-like domain
[140-212] IPR0110721e-21HR1 rho-binding repeat
[972-1036] IPR0009614.4e-19AGC-kinase, C-terminal
[144-212] IPR0008619.8e-15HR1 repeat, rho-binding
[712-970] IPR0206351.4e-14Tyrosine-protein kinase, catalytic domain
[992-1036] IPR0178921.5e-09Protein kinase, C-terminal
[346-496] IPR0089731.6e-09C2 calcium/lipid-binding domain, CaLB
Orthology groupMCL10577 Multiple-copy universal gene
Genotypes for resequenced monarchs and outgroup Danaus species

Nucleotide sequence:

>DPOGS205916-TA
ATGGCAGACCCAGGTTATTACCACAGTGATTATATTCGACACCCTGTCCTCTACGAGCTGGGTGTCAAGTATGGAATTAAAACGGAATGTATTCCAGAAATAGCATTGCCGTCTAAGTTGGAAGAGCTCAAGGATGTCATACGTAGGGAGATACGTAAAGAACTGAAAATAAAGGAAGGCGCCGAAAAGCTACGCGAAGTTGCTACTGATCGAAGATCATTGTCGGATGTAGCAAACATCGTTAAAAAAGCAAATTTAAAACTTAACGAACTTAAATCTGATTTGCAAGAACTGGAATCACAACTTCTTTTGTCACGCGGTCAATCTACTCCGACCTCTCCACAAGACTTGTCTTACGATGAAGAAATTATACTTGCTTCAGAAGCGGCTCAACAGCAGCGTCAATTGGGAGAAGGTACTGCAGACCGGAAGTTGGCATCATTGGAAAAACAATTAAATATAGAGTTAAAGGTAAAACAAGGGGCAGAAAATATGATCCAAAGCATAAGCAGCAGTAACCAATCTCGTGATAAAAAACTTCTTAATGAAGCCCATCAAATGCTAGCAGATTCTAAAGATAAGATTGAATATTTAAAACTGCGAATTTCAAAATTGAGTAAGCAACAAAAAGGCGATAATGCTGGAGCAAATGGAGATGGCAGAGGTACAGACCTTAGTGGTGTTGATCCATTGCTTGATGAAAGAATTGCAGAACTAAGGAATCGCTTACGAATTGAAGCTGCAGTTGTTGAGGGATCCAAAAATGCCATAAGGCTATTACAGAGCGACAAAAAAGTGACTGATAAGAAGGCTTTACAGGAAGCCCAGACAAGTCTTGTTGAGTCAACACAAAAACTAGACTTATTAAGAAGGTCTTTGGACATGCGCCGACAGGAACTCCCAGTTGAGAGTGCTGCATTTATAGAATTAGGACATGAATTACGTAGTACTGGCTCCAGCCCTGGATATGTTAGTTTGACGGGAGCCAGCGGACCAAGAAACTTGTTTGTATCACCTGCCCCTATGATCAGCCCATGTGTTCAAGTCACTGGTACCTTAGAGGTTAGATTGATGGGATGTCAAGATTTATTGGAAGAAGTACCTGGGCGTACTCGCAGAGATCCACTTGCAAGTCCATCGGATCTAAAATCTTTTGTCAAAGGTGTTGCAATACGCAACTCAATGAAGTACACATATAGTATTAAGGAGGATACAAGTAATGAGATCATGGCTGTTATGAAGCTCGATAATCACACGGTAGCCCAAACCAGTTGGCGACCTTGCTCTCAGCAGGCCTGGGATCAAAGATTTACTATAAGGTTAGATAAATCAAGGGAATTGGAGATTGGCATTCACTGGAAAGATTGGCGTGGGTTATGCGCTGTAAAATTTTTGAGATTAGAAGAATTTATCGATGATATTCGGCATGGAATGGCTTTGGAACTTGAACCTCAAGGGCTTTTGTTTGCAGAAATTAAGTTCCTTAATCCGATTATATCTAGAAAACCTAAACTCCAGCGTCAAAGGAAAATATTCAAACAGCAGGGTAAGAATATTCCTCGACCATCCTATGGAGAGATGCACATACCTGCTGTTGTACTTGGCAGACTTCTGAAACGTTCATCGCCTTCAATACAAAATATTCAAACTGCTCACATACAGGCTCAACAGCAAAACTTTGAAAATATTGAAAATAAAGATGTTGAAAACCCACATGCCACTCTTGTTGGAATGGCTGGTGTCAGACCTTTGGGTCTACCATCCACCCCTACAACACCACTAGTGCCTATGCCACCTCAAAAGCCAACACTGCCATTATACCCACCACCTAATGTATCAACTCTTAGAATGGAGAAAGAATTGCAAGAGGCCTTTGCTTTCTTAGATGACTCTTACACCAGAGATACCTACATTTCGAAGGAGCCACAATCATCACAGTGTAATACACCTCTTGTTGAATATCCACCATCTCCATCACCAAAATTAATTCTAGACTTCCCTAGTAATGAGGACCAAATAGTTGAAGTGACAAGTAACATGAGAATTTCTTCATCTCGCTCCTCTTCAGTCATTGAAACTTTAGGCAGGGAATCTGATTCCAGGAGACAATCAGGAGAGATGTCAATGAATAGCTTCAGACTATTAAGTGTTTTAGGACGTGGACATTTTGGAAAAGTTATTTTAGCTCAGTACAAATCCACAAATGAATATTTTGCAATCAAAGCTTTAAAGAAAGGTGATATAATAGCCAGAGATGAAGTTGATTCCTTGTTATCAGAAAAACGCATATTTGAGGTAGCTAATGCAATAAGGCATCCATTTTTGGTAAACTTATTTGCATGTTTTCAAACAGATCAACATGTTTGCTTCGTAATGGAATATGCAGCTGGAGGAGATCTTATGATGCATATACATGCAGATGTCTTTACAGAACCAAGAGCAGTATTTTATGCAGCTTGTGTAGTATTAGGTCTACAGTATTTACATGAAAATAATATAATTTATAGGGATTTAAAATTAGATAACTTGTTACTTGACACTGATGGTTATGTTAAGATTGCAGATTTTGGTTTATGTAAGGAAGGCATGGGCTGGGGTGACCGTACTGGTACATTCTGTGGAACACCAGAGTTTCTTGCTCCTGAAGTTTTGACTGAAACATCTTATACAAGAGCAGTTGACTGGTGGGGACTTGGGGTTTTAATATTTGAAATGCTGGTAGGAGAATCACCTTTTCCTGGTGAAGATGAAGGCGAAGTTTTTGATTCCATTGTAAACGACGAAGTTAGATATCCTAGAACGCTGTCTTTAGAATCAATTGCATTAATGCGTCGACTTCTACGAAAGAATCCTGAGAGGCGATTAGGTTCCTCCGAAAGGGATGCAGAAGATGTCAAAAAGCAAGCATTCTTCCGAAATGTTGATTGGGAGCAATTGCTTCTGCGTAAAGTTAAACCACCATTTGTGCCAACTATAAGTAATCTTGAAGATGTCAGCAACTTTGACAGTGAGTTTACGTCTGAAGCAGCAGTCTTAACCCCGCCTAAAGAGCCTCGCCCACTGAGCAACGCAGATCACAAACTGTTTTCCGACTTCACATACATGGCAGACTGGTGCTAG

Protein sequence:

>DPOGS205916-PA
MADPGYYHSDYIRHPVLYELGVKYGIKTECIPEIALPSKLEELKDVIRREIRKELKIKEGAEKLREVATDRRSLSDVANIVKKANLKLNELKSDLQELESQLLLSRGQSTPTSPQDLSYDEEIILASEAAQQQRQLGEGTADRKLASLEKQLNIELKVKQGAENMIQSISSSNQSRDKKLLNEAHQMLADSKDKIEYLKLRISKLSKQQKGDNAGANGDGRGTDLSGVDPLLDERIAELRNRLRIEAAVVEGSKNAIRLLQSDKKVTDKKALQEAQTSLVESTQKLDLLRRSLDMRRQELPVESAAFIELGHELRSTGSSPGYVSLTGASGPRNLFVSPAPMISPCVQVTGTLEVRLMGCQDLLEEVPGRTRRDPLASPSDLKSFVKGVAIRNSMKYTYSIKEDTSNEIMAVMKLDNHTVAQTSWRPCSQQAWDQRFTIRLDKSRELEIGIHWKDWRGLCAVKFLRLEEFIDDIRHGMALELEPQGLLFAEIKFLNPIISRKPKLQRQRKIFKQQGKNIPRPSYGEMHIPAVVLGRLLKRSSPSIQNIQTAHIQAQQQNFENIENKDVENPHATLVGMAGVRPLGLPSTPTTPLVPMPPQKPTLPLYPPPNVSTLRMEKELQEAFAFLDDSYTRDTYISKEPQSSQCNTPLVEYPPSPSPKLILDFPSNEDQIVEVTSNMRISSSRSSSVIETLGRESDSRRQSGEMSMNSFRLLSVLGRGHFGKVILAQYKSTNEYFAIKALKKGDIIARDEVDSLLSEKRIFEVANAIRHPFLVNLFACFQTDQHVCFVMEYAAGGDLMMHIHADVFTEPRAVFYAACVVLGLQYLHENNIIYRDLKLDNLLLDTDGYVKIADFGLCKEGMGWGDRTGTFCGTPEFLAPEVLTETSYTRAVDWWGLGVLIFEMLVGESPFPGEDEGEVFDSIVNDEVRYPRTLSLESIALMRRLLRKNPERRLGSSERDAEDVKKQAFFRNVDWEQLLLRKVKPPFVPTISNLEDVSNFDSEFTSEAAVLTPPKEPRPLSNADHKLFSDFTYMADWC-