Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_17082 LG4 31970718 31974279 PREDICTED: proline-rich receptor-like protein kinase PERK1
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   protein phosphorylation, response to fungus, protein phosphorylation, protein autophosphorylation, protein autophosphorylation, protein phosphorylation, response to fungus, response to wounding, protein autophosphorylation
Cellular Component   located in   plasma membrane, plasma membrane, plasma membrane, nucleus, plasma membrane
Molecular Function   enables   protein kinase activity, protein kinase activity, protein kinase activity, protein serine/threonine kinase activity, protein serine/threonine kinase activity, protein serine/threonine kinase activity
SNP Position Effect Amino acid change
C/T 31970958 missense_variant p.Pro81Ser
C/T 31970965 missense_variant p.Pro83Leu
C/T 31970967 missense_variant p.Pro84Ser
G/A 31970969 synonymous_variant p.Pro84Pro
G/A 31971216 missense_variant p.Val167Ile
G/T 31971247 missense_variant p.Cys177Phe
G/T 31971420 intron_variant
T/A 31971595 downstream_gene_variant
C/G 31971606 downstream_gene_variant
A/G 31971612 downstream_gene_variant
T/C 31971664 downstream_gene_variant
C/G 31971926 missense_variant p.Arg237Gly
C/T 31972358 missense_variant&splice_region_variant p.Arg381Trp
G/T 31972396 downstream_gene_variant
T/C 31972574 downstream_gene_variant
T/C 31972676 downstream_gene_variant
A/G 31972890 downstream_gene_variant
C/A 31972947 missense_variant p.Phe408Leu
C/T 31972955 missense_variant p.Ala411Val
T/C 31973026 downstream_gene_variant
A/G 31973141 downstream_gene_variant
G/T 31973230 downstream_gene_variant
C/A 31973241 downstream_gene_variant
C/A 31973527 downstream_gene_variant
T/A 31973528 downstream_gene_variant
A/G 31973617 downstream_gene_variant
T/C 31973740 synonymous_variant p.Asn507Asn
T/C 31973812 synonymous_variant p.Ser531Ser
A/G 31973824 downstream_gene_variant
A/T 31973902 downstream_gene_variant
A/T 31973910 downstream_gene_variant
T/C 31973944 downstream_gene_variant
A/C 31974036 synonymous_variant p.Thr556Thr
T/G 31974184 missense_variant p.Ser606Ala
T/C 31974186 synonymous_variant p.Ser606Ser
G/A 31974269 missense_variant p.Gly634Glu
G/A 31974272 missense_variant p.Ser635Asn

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_17082.1
MSTAPAPSSPPSNGTAPPPSTPSAPPPATPSAPPPATPSSPPPSPPSSPPPATPSAPPPATPSSPPPSTPSAPPPSTPSTPSPPSTTPPSSSPPSPPSGSPPSPPSGSTPSPPSSGGGGGSTPSPPSRSSPSPPSGSSPTTPSPPPSSSSGISTGVVVGIAVGAVAVLVVLSILCICCRKKKRRRDEEYYAPPPPQPLRGPKDDYGGPPRQWQHNVPPPQDHVVSMMPPKPSPPPAPAYAAQPPPPPPPFIISSGGSGSNYSGGEPLPPPSPGISLGFSKSTFTYEELARATDGFSDANLLGQGGFGYVHRGILPNGKEVAVKQLKAGSGQGEREFQAEVEIISRVHHKHLVSLVGYCITGSQRLLVYEFVPNNTMEFHLHGHPKIIHRDIKSANILLDFKFEAKVADFGLAKFSSDVNTHVSTRVMGTFGYLAPEYASSGKLTDKSDVFSYGVMLLELITGRRPVDKTQTFMEDSLVDWARPLLTRALEEDDFDSIIDPRLQNDYDPNEMARMVACAAACTRHSAKRRPRMSQVVRALEGDVSLADLNEGIKPGHSTMYSSHESSDYDTVQYREDMKKFRKMALGTQEYGASSEYSAATSEYGLNPSGSSSEAQSRQTTREMEMRKMKNSQGFSGSS*


CDS Sequence:
>Vu_17082.1
ATGTCAACAGCCCCAGCGCCGTCTTCGCCGCCGTCCAACGGCACCGCGCCTCCGCCGTCCACCCCGTCGGCACCACCGCCCGCCACACCTTCGGCACCTCCTCCTGCGACTCCGTCGTCACCTCCACCTTCACCTCCGTCATCTCCGCCCCCAGCGACTCCCTCCGCTCCTCCGCCGGCGACACCTTCTTCGCCACCTCCGTCGACTCCGTCTGCTCCTCCACCGTCTACTCCTTCGACTCCATCCCCGCCGTCAACCACTCCACCATCGAGTTCTCCTCCCTCGCCTCCGTCTGGTTCTCCTCCCTCACCGCCGTCGGGGTCTACACCATCGCCACCTAGTAGCGGTGGCGGCGGTGGAAGCACTCCAAGTCCACCGTCTCGGAGCTCGCCTTCTCCTCCGTCCGGATCGAGTCCAACCACGCCTTCGCCTCCTCCGTCGTCTTCGTCTGGTATTTCGACTGGTGTGGTGGTCGGAATCGCCGTGGGGGCAGTCGCGGTTCTTGTTGTGTTAAGCATTCTTTGCATATGCTGTCGGAAGAAGAAGAGAAGACGCGACGAGGAGTACTATGCTCCGCCGCCGCCGCAACCGCTGAGGGGACCCAAAGATGATTACGGTGGTCCGCCGCGTCAATGGCAGCACAATGTTCCTCCTCCGCAAGATCATGTGGTTTCAATGATGCCTCCAAAGCCATCACCTCCACCGGCTCCCGCTTATGCTGCTCAACCTCCTCCACCTCCGCCTCCTTTTATCATCAGCAGTGGCGGGTCTGGATCAAACTATTCAGGTGGCGAACCACTTCCTCCTCCTTCTCCGGGAATTTCATTGGGGTTCTCTAAAAGCACTTTTACCTACGAGGAGTTGGCACGAGCAACGGATGGATTCTCTGATGCGAACCTCCTCGGACAAGGTGGATTCGGATATGTTCACAGAGGAATTCTTCCCAATGGCAAGGAGGTGGCAGTGAAGCAATTGAAGGCTGGAAGTGGGCAAGGGGAGCGTGAGTTCCAGGCTGAGGTTGAGATAATTAGCCGTGTTCATCACAAGCATCTTGTATCTTTGGTTGGATACTGCATCACTGGGTCCCAGAGGTTGCTTGTTTACGAATTTGTTCCGAACAACACAATGGAGTTCCATTTGCACGGTCATCCTAAGATCATCCATCGTGATATCAAATCTGCCAACATCCTTCTGGATTTTAAGTTCGAAGCAAAGGTTGCAGATTTCGGTCTTGCTAAGTTTTCTTCTGATGTTAATACTCATGTTTCTACACGAGTGATGGGGACTTTTGGGTATCTGGCTCCAGAATATGCTTCTAGTGGAAAACTCACAGACAAATCAGATGTTTTCTCCTATGGAGTCATGCTCCTTGAGTTAATAACTGGACGGCGACCAGTTGATAAAACTCAGACATTCATGGAGGATAGTTTGGTAGACTGGGCTAGACCTTTGCTCACACGAGCTTTGGAAGAAGATGATTTTGACTCTATTATTGACCCAAGGCTTCAGAATGACTATGACCCTAATGAGATGGCACGAATGGTGGCATGTGCCGCAGCTTGCACACGTCATTCAGCAAAGCGCCGACCAAGGATGAGTCAGGTTGTGCGTGCTTTGGAAGGAGATGTGTCTCTAGCAGATCTTAACGAAGGAATCAAACCTGGACACAGCACAATGTACAGTTCTCATGAAAGTTCAGATTATGATACTGTACAGTACAGAGAAGACATGAAAAAGTTCAGAAAAATGGCACTGGGAACTCAGGAATATGGTGCAAGCAGCGAATACAGTGCAGCTACAAGTGAGTATGGTTTAAACCCATCTGGTTCGAGCAGTGAAGCGCAGAGCCGCCAAACCACAAGAGAAATGGAAATGAGAAAGATGAAGAACAGTCAAGGTTTCAGTGGAAGCTCTTGA


Promoter Sequence:
>Vu_17082::LG4:31968718-31970718(+)
TGCTGCAAAATATTGTTATTTTTTTTCTCTATTTTATTTTTATCTCTTTATGTTGTGCTTTATGTCACACAAAGATTTTGTATAAACGTAATTTATCTTATTCTTTTTTATTTTATGAATAAACATGTCCATGTCTTGTTGCGTTGTGCGATAGTGTGATCCAGCTGCTTATTTAACTCTTACTTAGAGTAACAGCTACTATAAATATTAATTAAAAAAAATTCTACTCTTTCTGCAGAATGGGTTACCTAATATTTGACTCAGTATCAATTAACCAATCATAAGAGGATAACCCTATAATAAAATCGAGTTTAAACAACTAGTTTTCACATTCAATATTTTATTTAATAATTATATAAGTTTTGTAAGCAAGTGGTTTATTATTAAATTCTTTAAATATAAAAGAAATAGCATTTGAAGAAGAAAATCTACTCTGTTTTTGTCCAATTTATTCCCCGTGTTAATGAGTGTTGGTGAATAATTAACTTTAATAGCTTGATTACAAAAAAAAAAAAATTAAACATTTGACATTTGAATTTAAGCACCAACTGAGTGAATCAGCAGAAAATTCAAATTCAAATTGAAACTACAGCGTCTTGATATTTATTAATATTGGTAAGTAGCAGTAATTGCTAATATCTTTTAATTAGTAATTAAAGTGGGAAGGAAAATTAATGCTAAACTCAATGAACACGTTAAGACCATTAATTAAATTCATAACTTTGTAAGAAATTATGGTTAACGTGGAACATAACGGAACACTATCATTTTTTTCAATCTTCTTCGATTTCACGGCTCAAGACCTGTAATTACGGCGTTAACTAATAAACACGTTACGGATTTTAACACTCTATTTTTGTTTTCTAATTCCGAAAAAAATTATTTAAAAATAAAATTATAACCATACTTTTAATTTTAAATATACGAGATTTGGGAATATATATATACACCGTCTGCGGAAACCGGAAACGGAAAACTGGAAGAGGTTTTCATTTGGTAGCTATTTTTATATTTTATTTATGAGTTCGCTTTTTGCAGCGGAGAGTGTGTTAACGGTTGAATACCGAATTCAAACGTACCTTAATTTATTTATTTAATAAAAAGTTGATTTTGTTGATTATGATATTTGAGTCTGCAATTGTCATGTGCTGGACTTTGTCTTCTTCTTCACGACTTTACGTAGGACTGGGAACACGGTTACGCCCATACGTTAATTTTAAATATTAACTATTAAATATTTAATTAATTATTTTTTCAAAACAAAATTAACCCATTTTTTTAACTATCGACGCGTAGAAAATCCAATAACTGGATTTTGTTATTATATATCGGAAATGATTTATTTTGCCGATAATGAAAACTAATTGCAAACGAAAATGCAAACAAATTCCGGCAAAGAAAAAAAAGCAACCGTCGCAATGTACCAATGCCTTCTGTTTTAAATTTAAATTACTTATTTCTTATTTTAGTTCATGTTTAAGTTGATTGTCATGTAATATATATAGATAAAATAAAATATAATTTATTAAAATTATTTTAGAACTTATTTTATATGATTACGTTTTTTTTACATGAATAAAACAAATGATATCTTGCGACTAATTAAATTAATTAATTAATTAACTGTAAGAAGAAGGTGTCCGCGGCGCATTCGTGTGGGGCCATGTTACCCGTTTGTCTTCGCTGGTTGGCTCAACCAATAAGTTTAAATTAATAATAAAAAAAAATGAAAAAAAAAAGTGACAGTGAGACTGAGGAGCAGCTTCAAAGGTGATAGGTGAGAAAGAGAATCTACGGTTTTTTTCAGATAAAACGCTTTCTTACTTCGACGCAAACCATTCTTCGTTGTCTCATTTTTTTCTCTCTCTAAGCCGTTTTAGAGAGAGAGAGAGGGAATTAAACATAAGTATAAACCTTGTTCTCTTCGACCTTAATCCTTGCCAAGCTTCTTTGTGTGTTTCGATCTCAATTCTTTTTGATTCTGTAGCTGTTCTCAGCAA


Gene Sequence:
>Vu_17082(+)
ATGTCAACAGCCCCAGCGCCGTCTTCGCCGCCGTCCAACGGCACCGCGCCTCCGCCGTCCACCCCGTCGGCACCACCGCCCGCCACACCTTCGGCACCTCCTCCTGCGACTCCGTCGTCACCTCCACCTTCACCTCCGTCATCTCCGCCCCCAGCGACTCCCTCCGCTCCTCCGCCGGCGACACCTTCTTCGCCACCTCCGTCGACTCCGTCTGCTCCTCCACCGTCTACTCCTTCGACTCCATCCCCGCCGTCAACCACTCCACCATCGAGTTCTCCTCCCTCGCCTCCGTCTGGTTCTCCTCCCTCACCGCCGTCGGGGTCTACACCATCGCCACCTAGTAGCGGTGGCGGCGGTGGAAGCACTCCAAGTCCACCGTCTCGGAGCTCGCCTTCTCCTCCGTCCGGATCGAGTCCAACCACGCCTTCGCCTCCTCCGTCGTCTTCGTCTGGTATTTCGACTGGTGTGGTGGTCGGAATCGCCGTGGGGGCAGTCGCGGTTCTTGTTGTGTTAAGCATTCTTTGCATATGCTGTCGGAAGAAGAAGAGAAGACGCGACGAGGAGTACTATGCTCCGCCGCCGCCGCAACCGCTGAGGGGACCCAAAGGTGAGTGAGCTTTTTGTTTTTGTCTTTTGACATTTGATCTAATAATTTTACTGAAAAAGCCTTTCACGTTTTTGCTAATTTTATTGATTTTAAAGGTTTTTCGTAAATTGTGCTTGGTTTCAAGATGTTCTCAATGTTTAATTCCTCAGTCGATTCTCTTGCCGAATCTTTTTACTTATGAAAGCACATTATGAACTGGATAAAACTAATAGCATGTATTTTCTTACAATTTGCTTCTAGTTTTTTTCTTAGTTGTTAAGGTTTGTTTGTTTGTTCTGATTCTTAAAAAAATGAATGGCTGCTTACTTTGTCTTCTGGTGATGTTCAAATGTATTAGAGTAGTTTGTTCAAACTCTTCATTAAAGATTTTTTTTTCTTTCATTTAGCTTCTCCAATAGCAGATTTTAATATGTCAGACATATTTCGTTTAGAAACTGTTCTTACTCTTGAAGAAAACGATAATTACTTATTTGATGGTGTTCTCTTCATAATTTTTAGATGATTACGGTGGTCCGCCGCGTCAATGGCAGCACAATGTTCCTCCTCCGCAAGATCATGTGGTTTCAATGATGCCTCCAAAGCCATCACCTCCACCGGCTCCCGCTTATGCTGCTCAACCTCCTCCACCTCCGCCTCCTTTTATCATCAGCAGTGGCGGGTCTGGATCAAACTATTCAGGTGGCGAACCACTTCCTCCTCCTTCTCCGGGAATTTCATTGGGGTTCTCTAAAAGCACTTTTACCTACGAGGAGTTGGCACGAGCAACGGATGGATTCTCTGATGCGAACCTCCTCGGACAAGGTGGATTCGGATATGTTCACAGAGGAATTCTTCCCAATGGCAAGGAGGTGGCAGTGAAGCAATTGAAGGCTGGAAGTGGGCAAGGGGAGCGTGAGTTCCAGGCTGAGGTTGAGATAATTAGCCGTGTTCATCACAAGCATCTTGTATCTTTGGTTGGATACTGCATCACTGGGTCCCAGAGGTTGCTTGTTTACGAATTTGTTCCGAACAACACAATGGAGTTCCATTTGCACGGTTGGTACTCCTGATTTTTGCTTTCCATCACAAGATGCATTTAAAAATTCTGTTTGGTTGGTCTATCTTTTCTGCTGAAAGTTGGCTAAGCACCAACTTCTACCACTTGCATAATGCTTTTGATGGAAGCGGTCTTCGTGGTTATTTCCACTGCAGGAAGAGGACGACCTACCATGGATTGGCCCACAAGACTAAGAATTGCTTTAGGATCTGCTAAGGGACTGGCGTATCTTCATGAAGATTGTATGTTTTTCACCCCTGATTTGTTTTCTTCTGCTGTTGTTAATTTATTTATGTCGACCTAAATCTTTGTTTTTATTTTCTGCACGTTCAGGTCATCCTAAGATCATCCATCGTGATATCAAATCTGCCAACATCCTTCTGGATTTTAAGTTCGAAGCAAAGGTGTGTTGTTCTGCCACATGTCTTTCTCACAACAGCACAATTTGATAAAACAGCTGTTCATTGTTTTACCTGATTTAGTCTAATTGATAAAAATCATAAAACTCACTTCCATTGTTCACTTTTATAATGTTATTTGAATTTGTGATCGAATTGCTCTTTATTTGTTGACAGGTTGCAGATTTCGGTCTTGCTAAGTTTTCTTCTGATGTTAATACTCATGTTTCTACACGAGTGATGGGGACTTTTGGGTAGGGACACACTTTCTTCTTTCTATCTTTTCATGGACGAATTAACTTACGCCATTCTTTAATGACACGAGAGATGGATAAAGAGAGTACATCATAGCTAAAAAATTCTCAAACTTTCAACTTTAGTGAACTATTTTATGTCTCTGGCGTGCCATGTGTGATTGTTGTCAATTTTCATCGGTCTTATTGCTGTCAAGTGTCAACAACAGTTTATAAGGAAAACCAAGACCAATAATCTGGAACAAATATGTTGTTGTTTGAATCTCACGTGTCGTGCTTCAATTATTACTTACAGGTATCTGGCTCCAGAATATGCTTCTAGTGGAAAACTCACAGACAAATCAGATGTTTTCTCCTATGGAGTCATGCTCCTTGAGTTAATAACTGGACGGCGACCAGTTGATAAAACTCAGACATTCATGGAGGATAGTTTGGTAGACTGGGTAAGTATTATTTCATTCATCGATTCTGGGAATTATTACTTTTAACTCAGAAATTCACTGTGTATACATTTCTGAATTCATATGTTAATTTCTTAGTTACAAGTAGCCAAGAAATATAGAGGTTTCTGTGTGTGTTTTGGAGCAGAACATGGTTCTGCAGAACAACTCTTGACTAAATCCATCTTTATCATATCACAGGCTAGACCTTTGCTCACACGAGCTTTGGAAGAAGATGATTTTGACTCTATTATTGACCCAAGGCTTCAGAATGACTATGACCCTAATGAGATGGCACGAATGGTGGCATGTGCCGCAGCTTGCACACGTCATTCAGCAAAGCGCCGACCAAGGATGAGTCAGGTAAATCAAAGTACTTTGTTGTCATTTTTCATGTAATCAATATGCTAAGGTCATACATAGGACAGTATGTCTTGCATTTTTTTGTTACACATAGAATGAAGAATCTTGAATTGGCCTAAGATACGAGATCATGATCCTTGTATCTACAGGTTGTGCGTGCTTTGGAAGGAGATGTGTCTCTAGCAGATCTTAACGAAGGAATCAAACCTGGACACAGCACAATGTACAGTTCTCATGAAAGTTCAGATTATGATACTGTACAGTACAGAGAAGACATGAAAAAGTTCAGAAAAATGGCACTGGGAACTCAGGAATATGGTGCAAGCAGCGAATACAGTGCAGCTACAAGTGAGTATGGTTTAAACCCATCTGGTTCGAGCAGTGAAGCGCAGAGCCGCCAAACCACAAGAGAAATGGAAATGAGAAAGATGAAGAACAGTCAAGGTTTCAGTGGAAGCTCTTGA