Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_19669 LG5 10821045 10823570 PREDICTED: receptor like protein kinase S.2-like
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   defense response to oomycetes, cellular response to salicylic acid stimulus, cellular response to jasmonic acid stimulus, response to wounding, response to bacterium, cellular response to salicylic acid stimulus, defense response to bacterium, protein phosphorylation, cellular response to jasmonic acid stimulus, response to bacterium, defense response to oomycetes, defense response to oomycetes, cellular response to jasmonic acid stimulus, defense response to bacterium, defense response to bacterium, protein phosphorylation, protein phosphorylation
Cellular Component   is active in   plasma membrane
Cellular Component   located in   nucleus
Molecular Function   enables   transmembrane receptor protein serine/threonine kinase activity, transmembrane receptor protein serine/threonine kinase activity, transmembrane receptor protein serine/threonine kinase activity, transmembrane receptor protein serine/threonine kinase activity
SNP Position Effect Amino acid change
A/T 10821149 missense_variant p.Lys35Asn
G/T 10821549 downstream_gene_variant
G/A 10821659 downstream_gene_variant
T/A 10821660 downstream_gene_variant
G/A 10821720 downstream_gene_variant
G/T 10821857 downstream_gene_variant
G/A 10821860 downstream_gene_variant
G/T 10821890 downstream_gene_variant
A/T 10821908 downstream_gene_variant
C/T 10822335 missense_variant p.Pro127Leu
T/A 10822340 missense_variant p.Phe129Ile
G/A 10822390 synonymous_variant p.Gln145Gln
C/T 10823191 upstream_gene_variant
G/A 10823344 missense_variant p.Val427Met

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_19669.1
MKLNRLCIVLPPNSGEMVVPLEKGVQQEPFQTPEKQVVEAKQPHRACGGQVLASLGDFLGKLYDSGWWRICQKGEHKEKHDSGVLFHDMDGLLCTLHDPQLRPSMKWVVEALSDFSFKLPPLPSFLSHPLYISLSSPSDTSHSPSSTSGTSSTTDNASITNNNTSNYVTAAGETVYVTAEYKNSEIISSKSNHHQRPFPVVETPREISYKEIVSATDNFSDSRRVAELDFGTAYHGILDDKCHVLVKRLGMKTCPALRDRFSNELRNLGRLRHRNLVQLRGWCTEQGEMLVIYDYSASRILSQLLMHHNNGTRSGASFLQWHHRYNVVKALASAVLYLHEEWDEQVIHRNITSSAVILEPDMNPRLSSFALAEFLSRNEHGHHVVSDTRKSVRGIFGYMQPEVLLVKKVHEFEMRKRPLKELADIRLSGEYNDQELMRLVRLGIACTSCNPQLRPSMRQIVSILDGNDKLLVQSSKESREEWRQRNYRSLSMVKRIQALGIQ*


CDS Sequence:
>Vu_19669.1
ATGAAGCTGAATCGCCTCTGCATCGTTTTACCACCAAATTCTGGTGAAATGGTGGTGCCACTTGAAAAGGGTGTTCAACAAGAACCCTTCCAAACACCAGAGAAACAAGTTGTTGAGGCCAAACAGCCTCACAGGGCATGTGGGGGACAAGTTCTTGCTTCTCTTGGAGATTTTTTGGGCAAGTTGTATGACTCAGGGTGGTGGAGAATTTGCCAAAAGGGAGAGCACAAAGAGAAGCACGACTCTGGTGTGTTGTTTCATGACATGGATGGCCTCCTCTGCACACTCCATGACCCACAATTGAGGCCAAGCATGAAATGGGTAGTGGAAGCTCTTTCTGACTTTTCTTTTAAACTACCACCACTCCCTTCTTTTCTCTCCCACCCTTTATACATCTCTTTGTCTTCCCCATCTGATACTAGTCACAGTCCAAGCAGCACAAGTGGCACTAGCTCCACCACAGATAATGCAAGCATAACCAACAACAATACCTCAAACTATGTCACGGCAGCAGGTGAAACTGTGTATGTAACCGCTGAGTACAAAAACAGTGAAATCATCTCTTCTAAGAGCAATCACCACCAGCGACCATTTCCTGTGGTAGAAACTCCAAGAGAAATATCATACAAGGAGATTGTTTCTGCTACAGATAACTTCTCTGATTCAAGAAGGGTGGCTGAGCTAGACTTTGGAACTGCTTACCATGGCATCCTTGATGACAAATGCCATGTTTTGGTGAAACGCCTTGGGATGAAGACTTGTCCTGCACTGCGTGATAGATTCTCCAACGAACTCCGGAACCTGGGACGGCTTCGCCACAGGAATTTGGTTCAACTTCGTGGATGGTGCACTGAGCAAGGAGAGATGCTTGTTATTTATGATTACTCGGCAAGTAGAATCCTCAGCCAACTGCTTATGCATCATAACAATGGAACTCGAAGTGGAGCTTCTTTCCTCCAATGGCATCACAGGTACAACGTAGTGAAAGCACTGGCCTCCGCAGTACTCTATCTACATGAGGAATGGGATGAACAAGTGATCCACAGAAACATTACTTCTTCCGCTGTCATTCTTGAGCCAGATATGAATCCAAGACTCAGCTCTTTCGCTCTGGCAGAATTTTTGTCAAGGAATGAGCATGGTCATCATGTAGTTTCTGACACTAGAAAATCGGTTCGTGGGATTTTCGGCTACATGCAACCAGAGGTACTTTTGGTGAAGAAGGTTCATGAATTTGAGATGAGAAAAAGACCATTGAAAGAATTAGCTGACATTAGACTCAGTGGAGAATACAATGACCAAGAATTGATGAGATTAGTAAGGTTAGGAATTGCTTGCACAAGTTGCAACCCGCAGCTAAGACCAAGCATGAGACAGATAGTAAGCATCCTTGATGGCAATGACAAATTACTTGTCCAGAGTAGCAAAGAGAGCAGGGAAGAATGGAGACAAAGAAATTACCGTTCTTTGTCAATGGTTAAGAGAATCCAAGCTCTAGGAATACAGTAA


Promoter Sequence:
>Vu_19669::LG5:10819045-10821045(+)
TCAAAAAGTTCAATCCTAAAAAGACGCATTAAACACAGACCTAGAAATAATTTTTTTTCAATGAATGTTGACTAATAATTTTGACAAAATAAAATAACATATTCAAATTAAATATAATTTTAATATTTATGTGAAGTTATTAAAGTCTGTCATCTGTAAGTTATCTTATTGCACTACTTTTATGTATGAATAAATAATATAAAAACAATTATACTTATTTTAATTACCAACAACACTCGTTCATATGCTATTAGAGAAAAAGTTTCAACAAAAATGATAAATCTGAAAACAAAATGGGTGACAGAACTATCCTCCCTTATGCATTTCTTCATGCTCTCTTTGTTTTTCCTTTGCCTTTTATACACATCATTTATTAGTTGCGCCAATTTCTCCCTAAATGTAGTACATTAGAGATAAGGTATCTCCCTACCTACTCTGGGAGAAAATACCAATAACTTAGAGGATAAGAACATGTGAATACGATTTTTTTTTTCAATTAAATTTAGATTTTGAAAGTTGTCTAGTTACTATTTTATATTGATAATGTGATATTTATGCTTTAGTTTACAAAAATCACACAGATAGGAAGTATGTTATAATATTTTTCATATAATTAGAAGGGTTAGTATAATTTGTAAAGAGTATCATTGTAACCTTGTTGAGAGAATTAAAAAGGTAAAGTAGGACCTAAAAGGATGAGAAAATTAAAAAAAAAAATTTAATAACTTTTTTACATTAGTTTATGGTAATTTGTGATTCATCCGTTTAAAATATACATGTCAATAATTTATTTAGAAAAGTTGTTAACATATTAAATTGACCTAAGGTAAACTTTGTCTGGTTGTTATCAAATGAAGTCACTTTTACCAGCTAAACTGGGAGTTTTAGCAAATATATTTCCATTTTCTAATGTTTGGTTGGTTCAGTTTTGTTGTGTTCTTGGCCCATCCTTTTAAGAATGTTTTTCGCTTATTAGCGGTGTTAACCTAAATTCAACCTAATACTTTCACAATTTTGTCTGTTTTCAATAAATTGATGCTGTTCGTAATACACAACTTTTGTCTCCATGCCCAAAACCTACGCTGAAAAAGCAATTTCCTTTACTATCAAATGCTTTTGCACGTCACATGTTTACACATACTTTATTTGGGAACGAATTTTCTTTCTTTATTCATTTAATGAGCGTGATTCAATAAAATGGGATCAATCAATTTTTTGAGGAAAGTACCAAAAACTGTCAAAAACTAGAGAAGTCATGAGTTAATATGGGTGAGTTAACTCACTCCTTTGACAATCCTGTATAAAACAGAGCCTTCTGCTTATAAAAATTAAATTTGATGATGATTTTAAAAAAAAATTAACATGAATATAATAATAGATAGATAAACTCAAAAGTAAATGATGATATAAAAAGGTCATGTAATATAAAAAGTTCATGTACGTATTAAGTTATATTAATTTAAGTCAAAATTTACCACCTATTTTATAAAAGTAAAAGTTAGGAACGTATACTGGAACTTGACCGTGTGACTCATAATCTTCCATTTCTTTCTAGATGTGTCACGAAGAACATCTGACTATTGTTTCACATTAATGCCAAAATATGAAACCCTAAACCACTTATTGAGTTGTTACAAAATAAATGGATAGATGTATATTAAGACTCAAAAGTATTTTACAATTATAACTTTTTAATAGAAAAAATAATTATATTATTTTTTGGCCGATTATAAAATGTGCAGCAGTTTTCGAGATTAATTTTGTAAAATATAAATAATTGTCTCTAGGAAACATTGACATGGTCTGGAGGTAGGTTCGAAATTGGCCAAGAGCAGGATAAAATTCAACTTATTCAAACTAAACGCGTTGAAAAACATAGCGACAACCCAACAACAATTAAATGTCATTATCAGATACCAGAGAATCTCCTCAATATCTACTTCAATACCAAGTTCAAATACCATTTTTCTCTCACAAACCATTCACCAAAACCTCAGCCA


Gene Sequence:
>Vu_19669(+)
ATGAAGCTGAATCGCCTCTGCATCGTTTTACCACCAAATTCTGGTGAAATGGTGGTGCCACTTGAAAAGGGTGTTCAACAAGAACCCTTCCAAACACCAGAGAAACAAGTTGTTGAGGCCAAACAGCCTCACAGGGCATGTGGGGGACAAGTTCTTGCTTCTCTTGGAGATTTTTTGGGCAAGTTGTATGACTCAGGGTGGTGGAGAATTTGCCAAAAGGGAGAGCACAAAGAGAAGCACGACTCTGGTGTGTTGTTTCATGACATGGATGGTGTGCAAGTTTCTGTTAACGTTGGCAGGGACAACCCCAGAATTTTCAGCTATGCAGAGCTGTTCATAGGGTCTAATGGTTTCAGTGAAGACCAAGTTTTGGGGAGTGGAGGGTTTGGCAAAGTGTACAAGGCCGTTTTGCCGAGTGATGGAACCGTGGTTGCTGTGAAGTGCTGTTTGGCAGGGAAAGGGAAGCAGTTTGAGAAAAGTTTTGCAGCGGAGTTAACAGCCGTCGCTGATCTTCGCCACAAGAATCTTGTGAGGCTGAGGGGTTGGTGTGTCTATGAAGATCAGTTGCATCTTGTTTATGACTACATGCCAAACCGAAGCCTTGACCGTGTTCTGTTTCGCAGACATGAGAATTTGAAGGCCAAGCCTCTTCAATGGGGACAGAGAGTGAAGATTGTGAAAGGTTTGGCAGCTGCATTGTACTATCTCCATGAGCAACTAGAGACTCAAATCATTCATAGGGATGTTAAAACCAGCAACGTTATGCTTGATTCCCATTACAATGCTCGGTTGGGTGACTTTGGCATGGCAAGGTGGCTAGAGCATGAGCTTGAGTATGAGTATAAGAATAAGAACAGGAAAACAATATCAATCAGAAGTGACCATTTCAGATTGGGAGAGACGTCAAGAGTAGGGGGCACAATTGGGTATCTTCCTCCTGAAAGCTTGCAGAAACAAAGCAATGCTACCTCCAAATCTGATGTCTTCAGTTTTGGGATTGTTGTGTTAGAGGTGGCATCTGGAAGGAGAGCAATTGATCTCACACAGCCAGATGAACAAATGATTCTGCTTGACTGGATTAGAAGGCTTTCTGATGAAGGGAAGCTTCTGGAAGCAGCTGATACAAGGCTACCGGATGGATCCTTCATGCTGTCAGAGATGCAGCATTTCATTCACACAGGCCTCCTCTGCACACTCCATGACCCACAATTGAGGCCAAGCATGAAATGGGTAGTGGAAGCTCTTTCTGACTTTTCTTTTAAACTACCACCACTCCCTTCTTTTCTCTCCCACCCTTTATACATCTCTTTGTCTTCCCCATCTGATACTAGTCACAGTCCAAGCAGCACAAGTGGCACTAGCTCCACCACAGATAATGCAAGCATAACCAACAACAATACCTCAAACTATGTCACGGCAGCAGGTGAAACTGTGTATGTAACCGCTGAGTACAAAAACAGTGAAATCATCTCTTCTAAGAGCAATCACCACCAGCGACCATTTCCTGTGGTAGAAACTCCAAGAGAAATATCATACAAGGAGATTGTTTCTGCTACAGATAACTTCTCTGATTCAAGAAGGGTGGCTGAGCTAGACTTTGGAACTGCTTACCATGGCATCCTTGATGACAAATGCCATGTTTTGGTGAAACGCCTTGGGATGAAGACTTGTCCTGCACTGCGTGATAGATTCTCCAACGAACTCCGGAACCTGGGACGGCTTCGCCACAGGAATTTGGTTCAACTTCGTGGATGGTGCACTGAGCAAGGAGAGATGCTTGTTATTTATGATTACTCGGCAAGTAGAATCCTCAGCCAACTGCTTATGCATCATAACAATGGAACTCGAAGTGGAGCTTCTTTCCTCCAATGGCATCACAGGTACAACGTAGTGAAAGCACTGGCCTCCGCAGTACTCTATCTACATGAGGAATGGGATGAACAAGTGATCCACAGAAACATTACTTCTTCCGCTGTCATTCTTGAGCCAGATATGAATCCAAGACTCAGCTCTTTCGCTCTGGCAGAATTTTTGTCAAGGAATGAGCATGGTCATCATGTAGTTTCTGACACTAGAAAATCGGTTCGTGGGATTTTCGGCTACATGTCACCAGAATACGTGGAATCAGGCGAAGCAACCACTGAAGCTGATGTTTATAGTTTTGGTGTGGTGGTGCTTGAAGTTGTGAGTGGACAGATGGCAGTAGATTTTAGGCAACCAGAGGTACTTTTGGTGAAGAAGGTTCATGAATTTGAGATGAGAAAAAGACCATTGAAAGAATTAGCTGACATTAGACTCAGTGGAGAATACAATGACCAAGAATTGATGAGATTAGTAAGGTTAGGAATTGCTTGCACAAGTTGCAACCCGCAGCTAAGACCAAGCATGAGACAGATAGTAAGCATCCTTGATGGCAATGACAAATTACTTGTCCAGAGTAGCAAAGAGAGCAGGGAAGAATGGAGACAAAGAAATTACCGTTCTTTGTCAATGGTTAAGAGAATCCAAGCTCTAGGAATACAGTAA