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Detail information of GWHGAAZE018501
Functional Annotation
Database
Orthologs
E value
Annotation
Nr
XP_010647831.1
0
PREDICTED: uncharacterized protein LOC100260579 [Vitis vinifera]
Swissprot
tr|Q0DJS1|TOR_ORYSJ
1E-65
Serine/threonine-protein kinase TOR
trEMBL
tr|V4S7G8|V4S7G8_9ROSI
0
Uncharacterized protein {ECO:0000313|EMBL:ESR36377.1}
TAIR10
AT1G50030.2
3E-65
target of rapamycin
Location And Transcript Sequence
(JBrowse)
Scaffold
Type
Start
End
Strand
GWHAAZE00000005
gene
20401741
20416480
-
GWHAAZE00000005
mRNA
20401741
20416480
-
GWHAAZE00000005
exon
20401741
20402310
-
GWHAAZE00000005
exon
20402777
20403046
-
GWHAAZE00000005
exon
20403201
20403293
-
GWHAAZE00000005
exon
20403521
20403651
-
GWHAAZE00000005
exon
20403747
20403917
-
GWHAAZE00000005
exon
20404033
20406847
-
GWHAAZE00000005
exon
20406932
20406985
-
GWHAAZE00000005
exon
20407122
20407569
-
GWHAAZE00000005
exon
20407779
20408835
-
GWHAAZE00000005
exon
20409689
20409803
-
GWHAAZE00000005
exon
20410016
20410204
-
GWHAAZE00000005
exon
20410737
20415684
-
GWHAAZE00000005
exon
20416218
20416480
-
GWHAAZE00000005
CDS
20416218
20416480
-
GWHAAZE00000005
CDS
20410737
20415684
-
GWHAAZE00000005
CDS
20410016
20410204
-
GWHAAZE00000005
CDS
20409689
20409803
-
GWHAAZE00000005
CDS
20407779
20408835
-
GWHAAZE00000005
CDS
20407122
20407569
-
GWHAAZE00000005
CDS
20406932
20406985
-
GWHAAZE00000005
CDS
20404033
20406847
-
GWHAAZE00000005
CDS
20403747
20403917
-
GWHAAZE00000005
CDS
20403521
20403651
-
GWHAAZE00000005
CDS
20403201
20403293
-
GWHAAZE00000005
CDS
20402777
20403046
-
GWHAAZE00000005
CDS
20401741
20402310
-
Transcript Sequence
>GWHTAAZE018523 ATGCAAGGACTCCATCACCAACAACAGCAGTTAGCTGCTCTTCTATCAGTTGCTCTCCCCCCCAAAGACGATTCCTCTTCTTCCTCTAATGCTCCTTCTCCTTCTCCTCCGGCACCATCACCGTCTGAAGAAGACGAATCCTCTCGTATCGCGGCCCTTACATCACTACACAGAGCCATTATCTACCCTCCAAACTCCCTCCTCATCACTCACTCCGCTTCTTTCCTCATCCAGGGCTTCTCCCAACTCCTCCTCTCCGACAAATCATATGTGGTGCGCCAGGAAGCAGCTAGAGCTTATGGCGCTTTGTGTGCTGTATTGTGTTCAATTCCCCTAGCATCGAATGGAAGGCAGAATCATGTTATTATTGGAAGTTTGGTTGATCGATTTATTGGTTGGGCATTACCGTTGCTTAACAATGCAAGTGCTGGAGACAGGACGGTGGAATTGGCATTGGAAGGCCTTCGTGAGTTTCTCACTGTTGGAGATATGGGGGCAATTGAGAGATATGCGTTGCCGATTCTCAAAGCTTGCCAAGAGCTTCTCGAGGACGAGAGAACCTCATTGACTTTGCTGCCGCGGCTTCTTGGTGTTTTAACGCTGATATCTTTGAAGTTTTTCAGATGCTTTCAGCCTCATTTTGTTGACATTGTTGATCTGCTTCTTGGGTGGGCAATGGTACCAGATCTTGCTGAATCCGACAGGCGTGTTATCATGGACAGTTTCTTGCAATTTCAGAAACACTGGATGAATAATCTGCAGTTCTCGTTGGGGTTGCTTTCCAAGTTCTTGGGTGATATGGATGTATTGCTTCAGGATGGAGGTCCTGGGACCTCACAGCATTGTCAAAGATTGCTTGCACTGCTGTCTTGTTTTTCTACAGTTTTGCAGGCTACAGCTTCTGGTTTGCTTGAGATGAATCTACTCGAACAAATAAGCGAACCTCTTAGCAAAATGCTTCCTCCTTTGTTGGGATGTTTATCAATGCTTGGAAAGAAATTTGGATGGTCAAAATGGATTGGGGAATCCTGGAGGTGCTTGACTCTCTTGGCTGAAATTCTTAGCGATAGGTTTTCAACATTTTACCCCTTTGCAGTTGATATCTTGTTTCAGAGCTTGGATATGGACAATAAAACCGAACTTTTAGGTGCTGGGAAGATCACTTCATTTCAGGTCCACGGTGTTCTTAAAACAAATCTTCAGCTTTTGTCCCTTCAAAAGCTTGGTCTTCTCCCTTCATTCGTGCATAAAATATTACAGTTCGACACACCTATATCCCAGCTTCGTTTGCATCCCAATCACTTGGTCACTGGAAGTTCTGCCGCTACTTATATTTTCTTGCTCCAACATGGTAACAATGAAGTTGTTGAAGAAGCGATGACTTCCTTGATTGAAGAGTTGGAACTATTAAAGGGCATGCTTGGAAATACTTTGTGTAATGGAGATGAGTTTGGAAGCACAGAACCTGCTAAATCCTATTTAAAATCTGAGTTGTTTGCGTTGATTAAATTCGACTTGAAAGTTCTTTTAAGCTGTGTTTCCATGGGTGGGGGTACCACTTTGATTGGCCAATCAGAAGTTGATGCTCTGTATGTTAGTAGATCATTGAAAATAGTATCTTACATTATCGAGAAATTGAATCCTTTTGACTCGCCTATTCAGGACAATGTGGAGTTGCAAGCTGCTGTTATGAAGGCACTGCAGCGGCTAACTGCAATTGAATTTTTAAGCAAGTGTTCCATAAGGCAACAGATAAGTGAGGAAGGTTCCCCGGATACGGTGATTGAAAATCTCCAACTGATGAACAAAATGAGGGATGGACATTTAGTGATGATTTTTGAGCATCTAAGGAAGTATACTGAGCTCTTTGTGAAAGCTCTTGATCGTTTTTCCCCATTGGCTGTTAAATTAGAAGCCCTGCAGTGGATCCATAAATTCTGCGAGAGTGTAATTTCTATGCATGGGACTACTAGTGCAACAAATTATCCTTGTGAAGCATTTGGATGTGTTGATGTTGTTGGGAATTTGGTGTTCTCAGTTCTGGATGCTGCGTCAGATAGGGAGCCAAAAGTGAGATCCAATGTTGCATCAGTTTTGGAAATGCTTCTGCAAGCAAAAATTATCCATGCCGAACACATCTATAACATTTCCGAAGTGGTCCTCGAGAAACTTGGTGATCCAGATAAAGATGTAAAAAATGCTTTTGTGAGGTTGCTTTCCCACGTGTTGCCCATTGCAGTATACGTGTGTGATATATACGCGTACAGAACAGGTATTACTTGTTGGCCCAATATTCACTGGAAGCAACTATTTGCTCTTAAGCAACTGCCTCAGCAGCTTCACTCGCAGCAACTTGTGTCCATATTGAGTTACATTTCACAAAGATGGAAGGTACCTCTTTCTTCTTGGATCCAGCGGCTCATTCATACTTGCCGAAGTGGAAAGGACTTAACTTTGACTCAAGTAGAGGACACGGTGAACTCCAGTGTGAATGGTTTATCATGGAATATAAAAGTGGAGGAAGATATTCTTGAAAGAATTTGTTCGGTAAATCTCCTTGCTGGTGCATGGTGGGCTATACACGAAGCGGCTCGGTACTGTATCACTACAAGACTTCGAACAAACCTTGGTGGACCCACACAAACTTTTGCTGCCCTAGAGCGCATGCTTCTGGACATTGTGCATGTTCTACAGCTTGATACTGAGCAAGGTGATGGAAACTTAAATATAGTTTATTCTTCTTATGCTCACTTGTTACCACTGAGGTTATTACTAGATTTTGTCGAGAGCCTGAAGAAATACGTATATAACGCGTATGAAGGATCGACTGTTTTACCCTGTGCCTCTCGCCAGAGTTCCTTGTTCTTTCGGGCGAACAAGAAAGTTTGTGAGGAGTGGTTTTCTCGGATATGCGAGCCAATGATGAATGCTGGACTCGCATTGCAATGTCACGATGCTACAATTCACTACTGTAGTTTGCGTTTGCTGGAGCTTAAAAATCTAGTGGCATCAACTTTGAAGGACAAGTCAAGAGCCCAGATGAATGAAAGTCTTCACAATGTCAAGGTTAGGTTTGTTGGAGATATCTTGAGAGTTTTACGGCACATGGCATTGGCTCTGTCTAAGAATCGAGAACCAGAGGCTTTAGTTGGCTTGCAGAAATGGGCAACGATGGCCTTCTTTCCGCTCTTTATAGAGGAAAACCAAAGTCTTAGTAGTAATAGTGGGATCTTTGGACCTTTTTCATTGATCACAGGTCTTGTCTTTGAGGCTCAAGGCCAGTACGAGAAAGCTGCTGCTCACTTTACTCATTTGTTACAGATCGAGGAGTCACTCAGTTCTATGGGGTCTGATGGTGTACAGTTTACGATTACACGTATCATCGAGAGTTATACTGCTGTTTCTGATTGGAGATCTCTAGAATCCTGGCTATCAGAGCTCCAAATACTTCGTTCTAAGCACGCTGGGAAGAGTTATTCTGGCGCTTTAACTATGGCTGGTAATGAAATAAATGCAATTCATGCATTGGCCCGCTTTGATGAGGGTGATTTTCAGGCAGCTTGGGCATGCCTTGATTTGACACCTAAAAGTAGCAGTGAACTCACACTCGATTCCAAACTGGCCTTGCAGAGGAGCGAGCAGATGCTTTTGCAAGCTATGCTTCTTCAAATCGAGGGGAAGGTGGACAAAGTATCTCATGAAGTGCACAAGGCCAAAACAATGCTCGAGGAGACTCTGTCGATTTTGCCACTCGATGGGTTGGCGGAGGCTGCACCGCATGTAAACCAGTTGCACTGTATCTTTGCATTTGAAGAAAGCTGCAAGCTTATAGGCAGCCCAAAGAAACAACTTCAATCGTTGCTAAGTTCGTATATCCATGCGGTGCAATCTCCAATCAACCGAGTTCATCAAGATTGTAATCTATGGCTAAAAGTTCTCCGAGTTTATCGAACCATAATGCCGACTTCGCCCATGACTTTAAAGCTCTGTAAGAATTTGTTGAGCTTAGCTCGCAAGCAAGGAAACCTAATGTTGGCAAACCGTCTTAACAATCATCTGAGAGATCATTTCAGTAGTTGCTCTGAAGGAGGTTTCCGAGATTATATGATCTCGAGTTTTCATTATGAGGGCATTTTACTGTTGCATGCTGAAAACAAGGTTGAAGATGCTTTTACAAATCTTTGGTCGTTTGTGCAGCCTTGCATGATCTCCCCCTCGTGTATAGTTCCCAATGCTGTCGATAATGTTTTGAAGGCAAAGGCATGCTTGAAACTTTCTGATTGGTTGCAGCAGGATCATTTAGATAAGAGTTTGGAAAATGTTGTTCGAAAGATTCGAGCAGATTTTAACATACCTATTACTCCTTTTGGTACAGAAGCACCCACCTTAGGTGATGATAACCTAAGATCTAAAAAAGAGTTGGAAGTTATAGTTGAGGGACTTGTAGGTACAGCTACGAAATTGTCTTCACATCTTTGCCCTACTATGGGCAAATCATGGTTATCTTATGCTTCTTGGTGTTATGGGCAAGCTAGAGCATCTTTATCCGGCCCGCATGAGACTGCCCTTCAGTCATGCTCATTTTCTCCCATTCTTCAAGAAGTTATACCTGAAAGATTGAAGTTAACTGAGCAAGAGCTCTTAACAATTAAAGATGTTGTTTTGCAGCTTCTTTGGCCAATGAGTGATGCTAAAACTTTGAATGAGGAAGTGGGAGATTCTAACCTTAACCGTGGGTCTTCTGAATATACGAGAAATGAGAACTATGTGATGGCTTTGGTGCAGCAAGTAGTGCATATAATTGAATCTGCAGCTGCAGCTCCTGGAACAGAAAACTCTAGCGGTGAAAGTCTTTCAGCTACTCTGACATCACAGTTGCAAAAGTGTTTACTAAGCGCAAATGTGGGCCTAGAACAAACTGAATCATTATCTATTGTTGATGATTTAGTTGAGGTTTGGTGGTCTTTGAGGAGGCGAAGAGTGTCTTTATTTGGGCATGCGGCTCAAGCTTTCATAAATTGCCTTTCGTGTTCGTCTTCTAAGCATTTGGATAGTCATTTATCTGGTGCTGATGGTAAGTCAAGGCAAAAGACTGTGAGTTACACCTTGAGGGCTACACTCTATGTCTTGAACATTCTTCTCAACTATGGTGTGGAGTTAAAAGACACACTTGAATCTGAGCTTTCAAGGGTTCCATTGTTGTCATGGCAGGAAATAACACCCCAACTATTTGCTAGGTTAAGTTCTCATCCTGAACAAGTGGTTCGGAAACAGTTGGGGGGATTACTAGTTATGCTTGCAAAGCTCTGTCCTTGGTCAATAGTTTATCCGACCCTTGTTAATGTAAATTCTTATGAAGATGCTCCATCGGAGGAGCTTCAGCATATACTTGCATGTTTGAGTAAGCTTTATCCAAGATTAATCCTGGATGTCCAACTCATGATAAAAGAGCTAGAAAATGTTACTGTTCTTTGGGAAGAACTATGGCTCAGCACTCTTCAAGATCTTCACACAGATGTGACGAGGCGCATAAATTTGCTGAAAGAAGAGGCAACACGAATTGCAGAGAACGTTACCCTCAGTCATAGTGAGAAGAACAAGATAAATGCTGCAAAATATTCGGCCATGATGGCTCCCATTGTTGTAGCCTTAGAACGTCGTTTGGCTTCAACTTCAAGGAAACCTGAAACACCTCACGAGGCGTGGTTCCACAAGGAGTACACGGAGCAAATCAAATTAGCTATCTTAAACTTCAAGACTCCTCCATCATCTGCTGCGACTCTTGGCGAAGTTTGGCGACCATTCGATAGCATTGCTGCATCATTAGCATCTTATCAGAGGAAATCGTCAATATCTTTAGGAGAAGTTGCACCACAGCTGGCTCTACTATCATCGTCTGACGTTCCAATGCCCGGCCTCGAGAAGCAAATTTTGACATCTGAATCTGAAGGCAGCCTCACTACCACTCTTCAGGGGATTGTTACAATAGCTTCTTTCTCTGAACAAGTTGTTATCTTATCGACCAAGACTAAGCCTAAGAAACTTGTTATAATGGGCTCAGATGGTCAGGCATACACCTATCTTTTAAAAGGGCGGGAAGATTTGCGTCTTGATGCTAGAATCATGCAGCTATTACAAGCTATAAATGGTTTTCTTCACTCATGTCCTGCAACTCGAGGTCAATCTCTTGGGATTCGCTATTATTCTGTGACCCCAATTAGTGGTCGGGCTGGTCTGATCCGGTGGGTGGACAATGTAATAAGTATATATAGTGTCTTCAAATCATGGCAGACCCGGGTCCAGTTAGCGCAACTCTCAGCATTGGGTGCTGGTAATCCCAAAAACTCGGTTCCTCCACCTGTTCCTCGGCCAAGTGATATGTTCTATGGTAAAATTATACCAGCACTGAAAGAGAAAGGCATAAAAAGAGTAATATCTCGACGAGACTGGCCTCATGAAGTTAAGCGAAAAGTTCTTTTGGATCTTATGAAGGAGGCACCTAAGCAACTTCTTCACCAAGAACTTTGGTGTGCTAGTGAAGGATTCAAAGCCTTCAGCTCAAAATTAAAGAGGTATTCGGGCACTGTAGCAGCCATGAGCATTGTGGGCCACATTCTGGGTCTAGGGGACAGGCACTTGGACAATATTCTTATGGATTTTTGTAGCGGGGATATTGTGCACATTGATTATAACGTGTGCTTTGATAAAGGGCAAAGACTAAAGATTCCCGAAATCGTGCCCTTCCGCTTGACCCAGACAATCGAGGCAGCATTAGGACTGACTGGAGTCGAAGGTACCTTTAGAATGAATTGTGAAGCAGTTCTTGGTGTTTTGAGGAAGAACAAAGACATACTTTTGATGCTGTTGGAGGTTTTTGTTTGGGATCCTCTTGTGGAATGGACTCGCGGAGATTTCCACGATGATGCGGCAATTGTTGGCGAAGAAAGAAAGGGCATGGAACTTGCAGTCAGCTTGAGTCTATTTGCATCTCGTGTGCAAGAAATACGTGTTCCATTGCAGGAACATCACGATCTTTTATTAGCTACCTTACCTGCCATTCATTCCACTCTTGAGAGGTTCGCAAATGTCCTAAATCAATACGAAGTCGTCTCTGCTCTTTTCTATCATGCTGATCAAGAGAGATCTAATCTTATTCTGCATGAAAACTCTGCAAAGTCGATCGTTGTTGAAGCAACGTCTAATTCAGAGAAAACACGTGCCTCATTTGAAACACATGCTCGGGAATTTTCCCAAGCAAAGGCTGTGGCAGCCGAGAAAGCCCAAGAGACCGTAACTTGGATTGAGCAACACGGAAAGATTCTTGACGCTTTACGAAGTGGGTCGGTCCCAGAAATCCAAGGCTGTATAGAGCTAGCTGGTAAGGAAGAAGCATTGTCTCTTACATCGGCTGTTATTATGGCTGGGGTCCCACTGACTATTGTGCCAGAGCCCACACAAGCACAATGCCATGATATAGATAGGGAAGTTTCTCAGCTAATAGCCAATTTGGATAATGGACTCTCTTCTGCAGTAACAGCTCTCCAAACATATTCTTTGGCTTTGCAAAGGATACTGCCACTGAATTACATTACAACCAGCCCATTGCATAACTGGGCACAGGTTTTGCAACTTTCAGCGAATACCATTTCCTCTGATATCTTATCCCTCAGCAGAAGACAAGCTGCCGAACTTACTGGAAATGAATTCCCAGGTGGATTTGATTCTGTTAAGGGTACTTATGATGATCTGTGTCTTAAAGTAGAGAAGTACGCTCAAGAGATTGAGAAGGTAGAACAAGAGTGTCTTGAACTGGCCAATTCAGTTGGATCAGAGACTGAATCAAGAGCCAAGGATCGTCTTTTATCTGCTTTTATGAAGTACATGCAGTCTGCTGGTCTTCAAAGGGAAGAAAATTATGGGTTGTTGAAACATGACAAAACAAAAGAATATAGATTGCAAACAGATATTGCAGAGAAGAAGGAGAAGGTTCTAACTGTTTTAAATATAGCTGTAAGTTCTCTTTATAGTGAGGTGAAGCATAGAGTGCTTGACATATTGAATCATTCCATTGTGGCAAGAAATATGGACAATAGACTGCGGTCAGATCTTGGAACAATTTTCTGTGAGTTTGAAGAGCAAGTAGAGAAGTGCGTTCTTGTTACGGGATTTGTTAATGAACTTCAGCAATATATTGGCAGGGATTTGCCTAGTTTTGATGCTGATATAGACCATTCAAATTATTCTTTGAAGAGGAACTGGGCTTCAATTTTCAAAACCTGTTTACTATCCTGTAGGAGCTTGGTTGGGCAAATGACCGAAGTTGTTCTTCCAGATGTGATAAGATCTGTCATAGCATTCAATTCAGAGGTAATGGATGCATTTGGTGCTCTGTCACAAATCCGGGGGTCAATTGATACAGCCCTGGAGCAGCTTATTGAGGTTGAAATGGAGAGGACATCTTTAGTAGAATTGGAACAGAACTACTTTATAAAGGTTGGTCTCATTACCGAGCAACAACTGGCTCTTGAAGAAGCTTCTGTGAAGGGTAGGGATCATCTTTCTTGGGAAGAGGCTGAGGAACTTGCCTCTCAAGAAGAAGCTTGTAGAGCACAGCTTGATGAACTTCATCAAACATGGAACCAGAAGGATATGCGAACTTCTTCTCTGATAAAGAAAGAAGCTAGCATTAAAAACGCTTTGGTTTCCGCCGAACACCATTTTCAATCTTTAATTAGTGCCGAACTGGACAGGGAGTCGCATAATTTGAGAAGCAAAGCTCTTCTGGTAGCACTAGTCCAGCCCTTCTCTGAGTTGGAATCGGTTGATAAATCATTGTCGTCATTTGGGGGACTTGTTGCTTCTTGCTCAACCGAGATTTCTCACCTTACAGATTTGATTAATTCCGGTTCTGCGGTATCTGAATATGTATGGAAGTTCTCTGGAATACTGAGGGGCCACTCCTTTTTTATCTGGAAAGTCTGTGTTATTGATTCTTTCCTTGATTCGTGCATACACGATGCGGCTTCATCTGCGGATCAAAATTTAGGGTTCGACCAGTTTGTCAATGTAGTTAAGAAAAAACTGGAAACCCAACTTCAAGAACATATAGGTCAATATCTGAGACATAGGGTTGCTCCTATCTTATTGACCAGATTAGATGCAGAAACTGAACTTCTAAAGCAAACAGTGGTGTCAACAAGGGACCTCGGTTTTGATGAAATGGTGAAAGATTTCGGGGCTGTAAACAGAGTAAAACTTATGCTTGACGAGTACTGCAACGCACATGAAACTGTCAGAGCAGCAAGGTCGGCAGTTTCCCTCATGAAAAGACAGGGGAATGAACTTAAAGAGGCTCTTTTGAAGACTAGTCTTGATATTATTCAAATGGAGTGGATGTACAATGTTACCTTGAGCCCCTTGCATAATTGCAGGCTCATATCTCATAAATTCCTTGCAAGTGATGATAACTTACTTCCAGTTATTCTAAACCTTAGCAGACCAAAGTTGTTGGAAAGCATTCAATCTTCTGTTGCAAAAATAAGTATTTCCCTAGAGAGCCTGCAATCTTGTGAACGAACTTCGGTCACAGCTGAAGGGCAGCTTGAAAGAGCCATGGGGTGGGCTTGTGGTGGTCCAAATTCCAATGCAATTCCTCCCGAATTTCACGACCATCTGCTGAGACGACAGCAATTGTTATGGGAAGCTCGAGAGAAGGCATTAGATATAATAAAAGTTTGTGTGTCAATATTGGAGTTTGAATCATCAAGAGATGGCATTTTTAGGTCTGCGGGAGAGCTTTCATCTGGAGCTGGTGCAGATGGAAGAACATGGCAACAAGCATACTTGAGTGCATTAACAAGATTAGATGTTACTTATCACTCTTTCACTCGTAGTGAACAAGAATGGAAGTTTGCACAGAGCAAAATGGAAGCTGCTTCTGATGGCTTATTTTCAGCAAGTAATGAATTGTGCATTGCTTCTGTTAAAGCAAAGTCGGCATCAGGTCCTATTTCTTCTCTTGAATTTACACTTGTGCATATTATGTTCCTTGTTAGCAGAAGTGATTTGCAGTGTACGCTTGTTGCAATGAAGGATTGTGCCTATGAAGCCAGTGTGGCACTCTCTGCTTTTGGGCGTGTTTCTAGGGGTCACACTGCTTTGACTTCTGAATGTGGTTCAATGCTTGAAGAGGTCCTGGCGATAACTGAAGGTTTACATGATGTTCATAGTTTGGGTAAAGAGGCCGCAGCATTACACTTCTCCCTTATGGAAGATCTTTCTAAGGCGAACTCCATCCTAATTCCACTGGAATCTGTATTGACCAACGACGTTACTGCAATGACTGATGCTATGACTAGAGAAAGAGAGACCAAAATGGAAATATCTCCCATTCATGGACAAGCCATATACCAGTCTTACAACTTAAGAATAAAGGAGGCTTGCCAGTCCTTTATGCCTTTGGTACCATCGCTAACTTTCTCAGTGAAGGGGCTCCATTCCATGTTGACCAGGCTGGCACGAACAGCGAGTCTCCATGCAGGAAATCTTCATAAAGCTCTTGAAGGGCTAGGAGAAAGCCAACAAGAAGTAAGGTCACAGGAGGTGAATTTGTCAAGGCCAGACCTTGTAGGTGAAGAAGACATAAGCGAGTATGATAACAAAGACAGCAGCAATGACATTTTCTCCTCCAAATCTGGTGGAGAAAACGAGGATGATTGTAGTGGTATGACTAATAGACTTTCACTGCAAGATAAAGGATGGATATCCCCTCCAGATAGCATTTATAGTAGCAGCTCCGATTCTTCTTGTGTTACATCATCAGCTGAAGAATACTTGAACCCAGTACCATTATCATCATCATATGGAACTAGGAATCATGATGGGCTTACAGAATCCGAGCATAGGGATGTAAATAATGGTGATGCGGTTTCAGTGGATGATGAACTATTTGATAAATCTACGCCTCCTGTTCTTGTTGAGACTTTTTCGCATTCTTTGAACCTAGGAATCTCAGAGGTGAAGTTTGATGAACCATCCTCCTCGAACCAAGACAAGGTTGACAGGGAAATTCATGAAGAAACTCCTTTGCCAAATACAACAGGTCCTGCAAGTCAGATCCCCCGG
Network for GWHGAAZE018501
Network category
Network
Top300 PCC genelist
Coexpression Positive
Network
Top300 PCC genelist
Coexpression Negative
Network
Top300 PCC genelist
Functional Module
Module ID
Function Annotation
Protein Structure
Pfam accession
Pfam name
Alignment start
Alignment end
E-value
PF15785.6
SMG1
667
1183
2.10E-39
PF00454.28
PI3_PI4_kinase
2025
2301
3.40E-42
Protein Sequence
>GWHPAAZE018512 MQGLHHQQQQLAALLSVALPPKDDSSSSSNAPSPSPPAPSPSEEDESSRIAALTSLHRAIIYPPNSLLITHSASFLIQGFSQLLLSDKSYVVRQEAARAYGALCAVLCSIPLASNGRQNHVIIGSLVDRFIGWALPLLNNASAGDRTVELALEGLREFLTVGDMGAIERYALPILKACQELLEDERTSLTLLPRLLGVLTLISLKFFRCFQPHFVDIVDLLLGWAMVPDLAESDRRVIMDSFLQFQKHWMNNLQFSLGLLSKFLGDMDVLLQDGGPGTSQHCQRLLALLSCFSTVLQATASGLLEMNLLEQISEPLSKMLPPLLGCLSMLGKKFGWSKWIGESWRCLTLLAEILSDRFSTFYPFAVDILFQSLDMDNKTELLGAGKITSFQVHGVLKTNLQLLSLQKLGLLPSFVHKILQFDTPISQLRLHPNHLVTGSSAATYIFLLQHGNNEVVEEAMTSLIEELELLKGMLGNTLCNGDEFGSTEPAKSYLKSELFALIKFDLKVLLSCVSMGGGTTLIGQSEVDALYVSRSLKIVSYIIEKLNPFDSPIQDNVELQAAVMKALQRLTAIEFLSKCSIRQQISEEGSPDTVIENLQLMNKMRDGHLVMIFEHLRKYTELFVKALDRFSPLAVKLEALQWIHKFCESVISMHGTTSATNYPCEAFGCVDVVGNLVFSVLDAASDREPKVRSNVASVLEMLLQAKIIHAEHIYNISEVVLEKLGDPDKDVKNAFVRLLSHVLPIAVYVCDIYAYRTGITCWPNIHWKQLFALKQLPQQLHSQQLVSILSYISQRWKVPLSSWIQRLIHTCRSGKDLTLTQVEDTVNSSVNGLSWNIKVEEDILERICSVNLLAGAWWAIHEAARYCITTRLRTNLGGPTQTFAALERMLLDIVHVLQLDTEQGDGNLNIVYSSYAHLLPLRLLLDFVESLKKYVYNAYEGSTVLPCASRQSSLFFRANKKVCEEWFSRICEPMMNAGLALQCHDATIHYCSLRLLELKNLVASTLKDKSRAQMNESLHNVKVRFVGDILRVLRHMALALSKNREPEALVGLQKWATMAFFPLFIEENQSLSSNSGIFGPFSLITGLVFEAQGQYEKAAAHFTHLLQIEESLSSMGSDGVQFTITRIIESYTAVSDWRSLESWLSELQILRSKHAGKSYSGALTMAGNEINAIHALARFDEGDFQAAWACLDLTPKSSSELTLDSKLALQRSEQMLLQAMLLQIEGKVDKVSHEVHKAKTMLEETLSILPLDGLAEAAPHVNQLHCIFAFEESCKLIGSPKKQLQSLLSSYIHAVQSPINRVHQDCNLWLKVLRVYRTIMPTSPMTLKLCKNLLSLARKQGNLMLANRLNNHLRDHFSSCSEGGFRDYMISSFHYEGILLLHAENKVEDAFTNLWSFVQPCMISPSCIVPNAVDNVLKAKACLKLSDWLQQDHLDKSLENVVRKIRADFNIPITPFGTEAPTLGDDNLRSKKELEVIVEGLVGTATKLSSHLCPTMGKSWLSYASWCYGQARASLSGPHETALQSCSFSPILQEVIPERLKLTEQELLTIKDVVLQLLWPMSDAKTLNEEVGDSNLNRGSSEYTRNENYVMALVQQVVHIIESAAAAPGTENSSGESLSATLTSQLQKCLLSANVGLEQTESLSIVDDLVEVWWSLRRRRVSLFGHAAQAFINCLSCSSSKHLDSHLSGADGKSRQKTVSYTLRATLYVLNILLNYGVELKDTLESELSRVPLLSWQEITPQLFARLSSHPEQVVRKQLGGLLVMLAKLCPWSIVYPTLVNVNSYEDAPSEELQHILACLSKLYPRLILDVQLMIKELENVTVLWEELWLSTLQDLHTDVTRRINLLKEEATRIAENVTLSHSEKNKINAAKYSAMMAPIVVALERRLASTSRKPETPHEAWFHKEYTEQIKLAILNFKTPPSSAATLGEVWRPFDSIAASLASYQRKSSISLGEVAPQLALLSSSDVPMPGLEKQILTSESEGSLTTTLQGIVTIASFSEQVVILSTKTKPKKLVIMGSDGQAYTYLLKGREDLRLDARIMQLLQAINGFLHSCPATRGQSLGIRYYSVTPISGRAGLIRWVDNVISIYSVFKSWQTRVQLAQLSALGAGNPKNSVPPPVPRPSDMFYGKIIPALKEKGIKRVISRRDWPHEVKRKVLLDLMKEAPKQLLHQELWCASEGFKAFSSKLKRYSGTVAAMSIVGHILGLGDRHLDNILMDFCSGDIVHIDYNVCFDKGQRLKIPEIVPFRLTQTIEAALGLTGVEGTFRMNCEAVLGVLRKNKDILLMLLEVFVWDPLVEWTRGDFHDDAAIVGEERKGMELAVSLSLFASRVQEIRVPLQEHHDLLLATLPAIHSTLERFANVLNQYEVVSALFYHADQERSNLILHENSAKSIVVEATSNSEKTRASFETHAREFSQAKAVAAEKAQETVTWIEQHGKILDALRSGSVPEIQGCIELAGKEEALSLTSAVIMAGVPLTIVPEPTQAQCHDIDREVSQLIANLDNGLSSAVTALQTYSLALQRILPLNYITTSPLHNWAQVLQLSANTISSDILSLSRRQAAELTGNEFPGGFDSVKGTYDDLCLKVEKYAQEIEKVEQECLELANSVGSETESRAKDRLLSAFMKYMQSAGLQREENYGLLKHDKTKEYRLQTDIAEKKEKVLTVLNIAVSSLYSEVKHRVLDILNHSIVARNMDNRLRSDLGTIFCEFEEQVEKCVLVTGFVNELQQYIGRDLPSFDADIDHSNYSLKRNWASIFKTCLLSCRSLVGQMTEVVLPDVIRSVIAFNSEVMDAFGALSQIRGSIDTALEQLIEVEMERTSLVELEQNYFIKVGLITEQQLALEEASVKGRDHLSWEEAEELASQEEACRAQLDELHQTWNQKDMRTSSLIKKEASIKNALVSAEHHFQSLISAELDRESHNLRSKALLVALVQPFSELESVDKSLSSFGGLVASCSTEISHLTDLINSGSAVSEYVWKFSGILRGHSFFIWKVCVIDSFLDSCIHDAASSADQNLGFDQFVNVVKKKLETQLQEHIGQYLRHRVAPILLTRLDAETELLKQTVVSTRDLGFDEMVKDFGAVNRVKLMLDEYCNAHETVRAARSAVSLMKRQGNELKEALLKTSLDIIQMEWMYNVTLSPLHNCRLISHKFLASDDNLLPVILNLSRPKLLESIQSSVAKISISLESLQSCERTSVTAEGQLERAMGWACGGPNSNAIPPEFHDHLLRRQQLLWEAREKALDIIKVCVSILEFESSRDGIFRSAGELSSGAGADGRTWQQAYLSALTRLDVTYHSFTRSEQEWKFAQSKMEAASDGLFSASNELCIASVKAKSASGPISSLEFTLVHIMFLVSRSDLQCTLVAMKDCAYEASVALSAFGRVSRGHTALTSECGSMLEEVLAITEGLHDVHSLGKEAAALHFSLMEDLSKANSILIPLESVLTNDVTAMTDAMTRERETKMEISPIHGQAIYQSYNLRIKEACQSFMPLVPSLTFSVKGLHSMLTRLARTASLHAGNLHKALEGLGESQQEVRSQEVNLSRPDLVGEEDISEYDNKDSSNDIFSSKSGGENEDDCSGMTNRLSLQDKGWISPPDSIYSSSSDSSCVTSSAEEYLNPVPLSSSYGTRNHDGLTESEHRDVNNGDAVSVDDELFDKSTPPVLVETFSHSLNLGISEVKFDEPSSSNQDKVDREIHEETPLPNTTGPASQIPR
Gene family
Gene family
subfamily
--
--
KEGG pathway
KO
Enzyme
pathway
mapID
K08873
SMG1
mRNA surveillance pathway
map03015
Gene Ontology
GO term
Ontology
Name
GO:0000184
biological_process
nuclear-transcribed mRNA catabolic process, nonsense-mediated decay
GO:0016310
biological_process
phosphorylation
GO:0016301
molecular_function
kinase activity
GO:0004674
molecular_function
protein serine/threonine kinase activity
Expression pattern
Expression pattern detail
SRP
Sample
Description
TPM
SRP075780
SRR3591705
youngest leaf
8.425
SRR3591706
second leaf
5.389
SRR3591707
mature leaf
4.902
SRR3591708
Shoot apex
6.503
SRR3591709
Stem
6.348
SRR3591710
White floral bud
6.321
SRR3591711
White flower
7.231
SRR3591712
Green floral bud
6.995
SRR3591713
Yellow flower
4.629
SRP173429
SRR8316895
Juvenile bud stage
4.530
SRR8316896
Juvenile bud stage
6.013
SRR8316897
Juvenile bud stage
3.473
SRR8316894
Third green stage
3.212
SRR8316900
Third green stage
5.440
SRR8316901
Third green stage
4.931
SRR8316898
Complete white stage
0.586
SRR8316899
Complete white stage
3.330
SRR8316903
Complete white stage
3.553
SRR8316902
Silver flowering stage
1.279
SRR8316904
Silver flowering stage
3.258
SRR8316905
Silver flowering stage
1.414
SRR8316906
Gold flowering stage
4.252
SRR8316907
Gold flowering stage
3.084
SRR8316908
Gold flowering stage
3.636
SRP132670
SRR6706286
Control
4.568
SRR6706287
Light intensity 50%
5.136
SRR6706288
Light intensity 20%
5.928
CNP0000432
CNS0095592
Slightly white alabastrum(diploid) 1
2.125
CNS0095593
Slightly white alabastrum(diploid) 2
1.747
CNS0095594
Slightly white alabastrum(diploid) 3
2.104
CNS0095595
Whole white alabastrum(diploid) 2
1.613
CNS0095596
Whole white alabastrum(diploid) 3
1.096
CNS0095597
Whole white alabastrum(diploid) 4
1.348
CNS0095598
Silvery flower (diploied) 1
3.089
CNS0095599
Silvery flower (diploied) 2
2.720
CNS0095600
Silvery flower (diploied) 3
8.650
CNS0095601
Golden flower (diploid) 1
2.413
CNS0095602
Golden flower (diploid) 2
9.135
CNS0095603
Golden flower (diploid) 3
8.850
CNS0095604
Slightly white alabastrum(tetraploid) 1
2.935
CNS0095605
Slightly white alabastrum(tetraploid) 2
2.117
CNS0095606
Slightly white alabastrum(tetraploid) 3
7.846
CNS0095607
Whole white alabastrum(tetraploid) 1
1.417
CNS0095608
Whole white alabastrum(tetraploid) 2
0.877
CNS0095609
Whole white alabastrum(tetraploid) 3
3.690
CNS0095610
Silvery flower (tetraploid) 1
7.001
CNS0095611
Silvery flower (tetraploid) 2
8.456
CNS0095612
Silvery flower (tetraploid) 3
3.440
CNS0095613
Golden flower (tetraploid) 1
1.459
CNS0095614
Golden flower (tetraploid) 2
5.058
CNS0095615
Golden flower (tetraploid) 3
4.944
CRA001975
CRR073297
Stem 1
4.777
CRR073298
Stem 2
4.272
CRR073299
Stem 3
2.668
CRR073300
Leaf 1
4.194
CRR073301
Leaf 2
3.257
CRR073302
Leaf 3
2.364
CRR073303
Juvenile bud 1
2.046
CRR073304
Juvenile bud 2
1.283
CRR073305
Juvenile bud 3
4.849
CRR073306
Third green 1
0.518
CRR073307
Third green 2
0.390
CRR073308
Third green 3
0.664
CRR073309
Second white 1
0.439
CRR073310
Second white 2
0.956
CRR073311
Second white 3
1.086
CRR073312
Silver flowering 1
0.778
CRR073313
Silver flowering 2
1.037
CRR073314
Silver flowering 3
0.771
CRR073315
Gold flowering 1
1.525
CRR073316
Gold flowering 2
2.325
CRR073317
Gold flowering 3
1.365
CRR073318
Tawny withering 1
2.585
CRR073319
Tawny withering 2
1.825
CRR073320
Tawny withering 3
1.986