Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_10013 LG2 39380899 39383657 PREDICTED: uncharacterized protein LOC108330433
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   signal transduction, defense response to fungus, innate immune response, response to molecule of bacterial origin, cellular response to salicylic acid stimulus, defense response to bacterium, defense response to oomycetes, secondary metabolic process, innate immune response, cell surface receptor signaling pathway, defense response to oomycetes, response to molecule of bacterial origin, response to abscisic acid, innate immune response, cellular response to salicylic acid stimulus, defense response to oomycetes, defense response to bacterium, protein phosphorylation, response to inorganic substance, defense response to bacterium, cell surface receptor signaling pathway, protein phosphorylation, response to oxidative stress, positive regulation of defense response, defense response to fungus, response to nitrogen compound, defense response to fungus, leaf senescence, leaf senescence, response to abscisic acid, protein phosphorylation, response to molecule of bacterial origin
Cellular Component   is active in   plasma membrane
Cellular Component   located in   plasma membrane
Molecular Function   enables   protein kinase activity, protein kinase activity, calcium ion binding, ATP binding, protein kinase activity, kinase activity, polysaccharide binding, ATP binding
SNP Position Effect Amino acid change
G/A 39381430 missense_variant p.Pro536Ser
T/C 39381468 missense_variant p.His523Arg
C/A 39381941 missense_variant p.Arg365Ser
T/A 39381943 missense_variant p.Arg365Trp
T/A 39382020 missense_variant p.Lys339Ile
T/C 39382021 missense_variant p.Lys339Glu
T/G 39382033 missense_variant p.Ile335Leu
C/T 39382119 downstream_gene_variant
C/T 39382240 downstream_gene_variant
G/A 39382493 missense_variant p.His260Tyr
A/G 39382898 missense_variant p.Tyr254His
G/A 39382980 synonymous_variant p.Phe226Phe
G/A 39383527 missense_variant p.Pro44Leu
G/C 39383533 missense_variant p.Pro42Arg
A/T 39383558 missense_variant p.Ser34Thr
C/T 39383563 missense_variant p.Cys32Tyr
C/G 39383630 missense_variant p.Val10Leu

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_10013.1
MSVHYKQLLVQLLLVALLIAKSKTQAISKPNCSSNCGDVTIPFPFGISDTCSLDPSFVLTCNQTSPSSHTLFLPQTNITVLNISLNGQMQISWPVASDCYADGGKLVRQSFQDLNLTTFQVSSNRNRLTVVGCDTLGLMVGSDLEGKNYTTGCISLCNRLQDIETNGTCSGTGCCETSIPRGLSSFSYGSGSLFKHTHVIDFNPCGYVFLVEDGAYNFSSTDLVKFDKTTFPVAVDWVVKNQTCEDGKKEAFSYAYVNECMGSNDCVDGAKCSNSPGGYNCLCPKGFEGDGKNYGTRCTYKSTINSRKEIILIIALSVSVGLVALLVGSFYVYWASKKRKIIKLKEQFFHQNGGLFLQQHIIKHKGSIETAKVFTIEELEEATDNFDEGKILGQGGQGTVYKGVLLDNRTVAIKKSKISDPNQIEQFINEVIVLSQINHKNVVKLLGCCLETEVPMLVYEFIPNGTIYEHLHDHNCFLKLLWKTRLRIATETAGALAYLHSATCTPIIHRDVKTTNILLDHNLIAKVSDFGASRIFPLDQSQLTTLVQGTLGYLDPEYFHTSQLTEKSDVYSFGVVLAELVTGMKALSFDRPEASRNLALYFVSSMKTGQLLNIVDNQILHEADVEQLKEVANIANRCLKVKGEERPTMKEVAIELEGLQIVGKHGWESVSSSSEETENFINSAPSVLCVESGINLAFDCLNQISTSLGSGR*


CDS Sequence:
>Vu_10013.1
ATGTCTGTGCACTATAAGCAGCTGCTGGTGCAGCTGCTTCTTGTTGCCCTCCTTATTGCAAAATCTAAAACTCAAGCCATATCAAAGCCAAACTGTTCTTCAAACTGTGGCGATGTTACCATTCCCTTCCCCTTCGGCATCTCTGACACTTGTTCCTTAGACCCCTCATTTGTTCTTACTTGCAACCAAACCTCTCCCTCATCACACACCCTCTTCCTGCCACAAACCAATATAACCGTGCTTAACATCTCACTCAACGGCCAAATGCAAATTTCATGGCCTGTAGCCAGCGACTGCTACGCCGACGGAGGAAAACTCGTGAGACAATCATTTCAAGACCTAAACCTCACAACTTTTCAAGTCTCTTCCAACAGAAACAGGTTGACTGTAGTTGGGTGTGACACGCTTGGATTAATGGTGGGAAGCGATTTGGAGGGAAAGAACTACACCACGGGATGCATTTCCTTGTGCAACAGGCTCCAAGACATCGAAACAAACGGCACTTGTTCCGGCACCGGTTGTTGCGAGACTTCGATTCCACGCGGGTTGTCGAGTTTCTCCTACGGTTCAGGGAGTTTGTTCAAGCACACGCATGTAATAGACTTCAACCCGTGCGGGTATGTGTTTCTTGTGGAAGATGGGGCCTACAATTTCTCCTCCACGGACCTCGTCAAGTTCGACAAAACCACGTTTCCCGTTGCGGTGGATTGGGTGGTTAAGAACCAAACGTGCGAAGATGGTAAGAAAGAGGCTTTCAGTTACGCGTATGTTAACGAATGCATGGGATCCAACGATTGCGTTGATGGGGCCAAATGCAGTAACTCTCCTGGTGGTTATAACTGTTTATGCCCAAAAGGATTTGAAGGAGATGGAAAAAATTATGGAACAAGATGCACTTACAAATCTACCATCAATTCAAGGAAAGAAATCATACTCATAATTGCTCTGAGTGTGAGTGTAGGCCTAGTAGCACTGCTTGTGGGAAGCTTTTATGTGTATTGGGCATCAAAGAAAAGAAAGATAATCAAACTTAAAGAACAATTTTTTCACCAAAATGGTGGTCTTTTCTTACAACAACACATAATCAAGCATAAAGGGTCTATTGAAACGGCTAAAGTCTTCACTATAGAGGAGCTAGAAGAGGCCACCGACAACTTTGATGAAGGCAAGATTCTTGGCCAAGGTGGCCAAGGAACAGTTTACAAAGGAGTATTGCTAGACAATAGAACAGTGGCAATTAAGAAGTCTAAAATTAGTGATCCGAATCAGATTGAACAATTCATTAACGAGGTAATTGTGCTTTCTCAAATCAATCATAAAAATGTGGTAAAACTCTTGGGTTGTTGTTTAGAGACAGAAGTTCCCATGCTGGTTTATGAATTCATTCCCAATGGTACTATTTATGAGCACCTTCATGATCATAATTGTTTTCTAAAACTTTTATGGAAAACAAGGTTGAGAATAGCAACAGAAACAGCTGGGGCCTTGGCTTATTTGCACTCAGCTACTTGTACACCTATCATACACAGAGATGTGAAAACTACAAATATTCTTCTTGATCATAATCTCATTGCAAAGGTTTCTGATTTTGGAGCATCAAGGATTTTCCCCCTTGATCAGTCTCAACTAACCACTCTGGTGCAGGGAACATTAGGGTATCTTGATCCAGAATACTTTCACACAAGCCAATTGACAGAGAAGAGTGATGTGTATAGTTTTGGGGTTGTCCTGGCAGAGCTAGTAACAGGAATGAAGGCACTTTCATTTGATAGGCCAGAGGCTAGTAGAAACCTTGCACTGTACTTTGTTTCTTCAATGAAAACAGGTCAATTACTTAACATTGTGGACAACCAAATATTGCATGAGGCAGATGTTGAGCAACTGAAAGAAGTTGCCAATATTGCAAATCGATGTTTAAAGGTGAAAGGAGAGGAAAGACCCACCATGAAAGAAGTGGCAATAGAACTTGAGGGACTTCAAATTGTGGGAAAACACGGATGGGAAAGTGTTAGTTCGTCTTCAGAAGAGACTGAAAACTTCATAAACTCAGCACCATCCGTTCTTTGTGTTGAAAGTGGCATCAATTTAGCTTTTGATTGCTTAAACCAGATTTCCACGTCTTTGGGGAGTGGAAGATGA


Promoter Sequence:
>Vu_10013::LG2:39383657-39385657(-)
ATTTTAAGAGAAATGGTGGCTTAATGTTAGAGCAGCAAATTTCAAAGATGGAGGGATCATCTGAGAGAGCTAAAATATTTACTGCAAGAGAGCTGAAGAAAGCCACTGAAAACTTTCACGAGAGCAGAATCATTGGCAGAGGAGGCTACGGCACAGTTTATAAGGGAATTCTTCCAAATGACCAAGTTGTTGCCATAAAGAAATCAAAACTAGTAGATCACAGCCAAATTGAACAATTTGTCAATGAAGTGGTTGTACTTTCCCAAATTAACCACAGAAATGTGGTCAAACTCCTAGGCTGCTGTCTGGAGACAGAAATGCCACTGCTAGTTTATGAATTTGTGAACAACGGAACACTCTTTGATCACATTCACAACGAAAACACCACACTTCCCTGGGAAACACGTCTAAGAATAGCAGCAGAAACAGCTGGTGTGCTTGCTTACTTGCATTCTTCAGCTTCCATACCGATCATCCATAGGGACTTCAAGTCAACTAACATACTCTTAGATGACAAATACACGGCTAAGGTTTCTGACTTTGGAACCTCTAGATTGGTTCCACGTGACAAGTGTCAGTTGACAACATTGGTTCAGGGAACTCTTGGGTACCTTGACCCTGAATACTTTCAGACCAGTCAACTAACTGAGAAAAGTGATGTGTATAGTTTTGGTGTTGTACTTGCTGAGTTGCTAACTGGAAGAAGAGCACTTTCGTTTGACATGCCAGAGGAGGAGAGGAATTTGGCGTTGTATTTTCTTTCGGCTGTGAAGGATGATTACTTGTTCCAAATTGTTGAGGATTTTGTCAATGAGGGAAATAGTGAGCAGGTGAAGGAAGTTTCTAACATTGCTCAATGGTGCTTGAGGCTTAGAGGTGAGGAAAGACCTACCATGAAGGAAGTTGCTATGGAATTGGAAAGTCTCAAAACCATGACAGTCACAACTTCACTGATTAATGCCACATCGAATGCAGCAGAATACGTTATCGGTGAAAGATCAGGTTCAGCAGAAAGAGACACTGATAATTGTCATTATACTTATGCTATACGTGCTGGACCTGAGGATGATACCATTTGCAACGATGTGATGTCACCGTTATGGGATGGTAGATGAAGTGTGCTTACTTGGAGGTGCTTTGTCTATGGACCAATTCGAAGATTCGATATATACATATTATGATGGCCACGATAAAGCTTTTTAATTTCATCGTCCCTCAGTTCTGCATCAAAAGTAATAAGGTATTGTTGATGAGTATTATTTTCAGAAACGTTAGCAAGTGGTTCGATAAATGCTATGATGTACAATTGAATGTTCTGTCACCATTGTTCAGATTATTACTAATGAAAATGCTTTCCCTTTTTGTATTTACACAAATGAACGAATGGATATATCATTATCAGTAACTTCATAGAATTAAATTAATTCATGAACTCGGTTTAAAAAATTGTTGATTTAAAATCTGTCAATGTTGCTTACAAATGAACTCACTTTTGCAAGAATTTTTATAGTTATTAATAGAATTTACTCGATAAATTTAATCATACAGAACAAATGTGTGAAAGGTAAAAAATATAGTAAATTAAGAACTAAAAGTATATACAAATTAATGGATAATTTTATTAATTATTTTTTAACAGATACCTTCATTAATCAGTTTTTGCCTTCCACAGCCGGCTGTCCTGCTCCTAGCTAGCAAATCGACACAATCAAGGTCTTAGGAAGGTTGAAAATACAGCAAAGAAAGAAAAATATGATGAAAAAAACAAAGTAAAACAGTTGAAATGAGAAAGAACACAAAATGAAAAATAAAAATATTCTATAAGTACATAAATATCATTATTGATATATTAAAATTGTAGAGCATGCAGCCTTGTTTGAATCCAATATCCAGTGCAGTAACAGAGTTAATCCTCTTGATCCCTTTAGATTCTCTCTAACCACCATCATTACAATAGCAGAAGAGATAATGTCCATTAGAAGAACTTGAAAAACAAAGTC


Gene Sequence:
>Vu_10013(-)
ATGTCTGTGCACTATAAGCAGCTGCTGGTGCAGCTGCTTCTTGTTGCCCTCCTTATTGCAAAATCTAAAACTCAAGCCATATCAAAGCCAAACTGTTCTTCAAACTGTGGCGATGTTACCATTCCCTTCCCCTTCGGCATCTCTGACACTTGTTCCTTAGACCCCTCATTTGTTCTTACTTGCAACCAAACCTCTCCCTCATCACACACCCTCTTCCTGCCACAAACCAATATAACCGTGCTTAACATCTCACTCAACGGCCAAATGCAAATTTCATGGCCTGTAGCCAGCGACTGCTACGCCGACGGAGGAAAACTCGTGAGACAATCATTTCAAGACCTAAACCTCACAACTTTTCAAGTCTCTTCCAACAGAAACAGGTTGACTGTAGTTGGGTGTGACACGCTTGGATTAATGGTGGGAAGCGATTTGGAGGGAAAGAACTACACCACGGGATGCATTTCCTTGTGCAACAGGCTCCAAGACATCGAAACAAACGGCACTTGTTCCGGCACCGGTTGTTGCGAGACTTCGATTCCACGCGGGTTGTCGAGTTTCTCCTACGGTTCAGGGAGTTTGTTCAAGCACACGCATGTAATAGACTTCAACCCGTGCGGGTATGTGTTTCTTGTGGAAGATGGGGCCTACAATTTCTCCTCCACGGACCTCGTCAAGTTCGACAAAACCACGTTTCCCGTTGCGGTGGATTGGGTGGTTAAGAACCAAACGTGCGAAGATGGTAAGAAAGAGGCTTTCAGTTACGCGTGTAAGGCAGAGAACAGTGAATGTTTTCATTCAGTAGAGGCATCTGGTTACCTTTGCAGCTGCTCAAACGGTTTCGTGGGAAATCCCTATCTTCTTCATGGTTGCGAAGGTATTAGTAGCTGAATGCATTTTCTATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAATTAATATGTTGTTCATTACTTTTTCTGTTTTACTTATAACCACTTAAACTTTTAAATGTACAATAAATAGAAATAAGTTTTTTCTTAAAACTAGACAAAAAAAAATGCAAGGTGATAGTGAAAGAATAATGAATGAATGCATGATTGACTCGTTACTATAATGTAGATGTTAACGAATGCATGGGATCCAACGATTGCGTTGATGGGGCCAAATGCAGTAACTCTCCTGGTGGTTATAACTGTTTATGCCCAAAAGGATTTGAAGGAGATGGAAAAAATTATGGAACAAGATGCACTTACAAATCTACCATCAATTCAAGGAAAGAAATCATACTCATAATTGCTCTGAGTGAGTATATACACTCTTGTCCGGTAAATCACAACAAATTTCATCCTTAATTATGTAACAACGTATATAATATTGCATCTGCTGTACTTATACAAGCAATATTGTTGAGAGATTTCTCATCCTAATCAACAATAATAAATTCAAGTTAATTATCATTACAGTATGTCATTGGTAACTTCGAAGATGAGCCAACATAACGAAAACGCTAATTACGTTTCTCTTTGTTTATGCATAGGTGTGAGTGTAGGCCTAGTAGCACTGCTTGTGGGAAGCTTTTATGTGTATTGGGCATCAAAGAAAAGAAAGATAATCAAACTTAAAGAACAATTTTTTCACCAAAATGGTGGTCTTTTCTTACAACAACACATAATCAAGCATAAAGGGTCTATTGAAACGGCTAAAGTCTTCACTATAGAGGAGCTAGAAGAGGCCACCGACAACTTTGATGAAGGCAAGATTCTTGGCCAAGGTGGCCAAGGAACAGTTTACAAAGGAGTATTGCTAGACAATAGAACAGTGGCAATTAAGAAGTCTAAAATTAGTGATCCGAATCAGATTGAACAATTCATTAACGAGGTAATTGTGCTTTCTCAAATCAATCATAAAAATGTGGTAAAACTCTTGGGTTGTTGTTTAGAGACAGAAGTTCCCATGCTGGTTTATGAATTCATTCCCAATGGTACTATTTATGAGCACCTTCATGATCATAATTGTTTTCTAAAACTTTTATGGAAAACAAGGTTGAGAATAGCAACAGAAACAGCTGGGGCCTTGGCTTATTTGCACTCAGCTACTTGTACACCTATCATACACAGAGATGTGAAAACTACAAATATTCTTCTTGATCATAATCTCATTGCAAAGGTTTCTGATTTTGGAGCATCAAGGATTTTCCCCCTTGATCAGTCTCAACTAACCACTCTGGTGCAGGGAACATTAGGGTATCTTGATCCAGAATACTTTCACACAAGCCAATTGACAGAGAAGAGTGATGTGTATAGTTTTGGGGTTGTCCTGGCAGAGCTAGTAACAGGAATGAAGGCACTTTCATTTGATAGGCCAGAGGCTAGTAGAAACCTTGCACTGTACTTTGTTTCTTCAATGAAAACAGGTCAATTACTTAACATTGTGGACAACCAAATATTGCATGAGGCAGATGTTGAGCAACTGAAAGAAGTTGCCAATATTGCAAATCGATGTTTAAAGGTGAAAGGAGAGGAAAGACCCACCATGAAAGAAGTGGCAATAGAACTTGAGGGACTTCAAATTGTGGGAAAACACGGATGGGAAAGTGTTAGTTCGTCTTCAGAAGAGACTGAAAACTTCATAAACTCAGCACCATCCGTTCTTTGTGTTGAAAGTGGCATCAATTTAGCTTTTGATTGCTTAAACCAGATTTCCACGTCTTTGGGGAGTGGAAGATGA