Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_15411 LG4 7742328 7744935 PREDICTED: wall-associated receptor kinase-like 2
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   cell surface receptor signaling pathway, protein autophosphorylation, protein autophosphorylation, protein autophosphorylation
Cellular Component   is active in   plasma membrane
Cellular Component   located in   plasma membrane, plant-type cell wall
Molecular Function   enables   protein serine/threonine kinase activity, kinase activity, protein serine/threonine kinase activity, protein serine/threonine kinase activity, polysaccharide binding, calcium ion binding
SNP Position Effect Amino acid change
T/C 7742849 synonymous_variant p.Thr174Thr
G/A 7742850 missense_variant p.Val175Ile
T/A 7743123 missense_variant p.Phe266Ile
G/A 7743146 synonymous_variant p.Gln273Gln
A/G 7743410 upstream_gene_variant
G/A 7743490 upstream_gene_variant
T/C 7743493 upstream_gene_variant
C/G 7744009 missense_variant p.Ser359Cys
A/C 7744170 missense_variant p.Ile413Leu
T/C 7744171 missense_variant p.Ile413Thr
A/G 7744173 missense_variant p.Arg414Gly
A/G 7744397 upstream_gene_variant
C/T 7744548 upstream_gene_variant
G/A 7744572 upstream_gene_variant
A/G 7744637 missense_variant p.Gln468Arg
G/T 7744656 missense_variant p.Lys474Asn
G/T 7744766 missense_variant p.Arg511Met
C/A 7744912 missense_variant p.Gln560Lys
A/C 7744914 missense_variant p.Gln560His

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_15411.1
MELLHNLNILTTVMLLCMFPHSLKCQQAYLNDTVYDCSDNPSAPKGYLCNGLRKSCTSFLLFRSKPPYDSPVRIAYLLGSEASTIASINNISRNDKIASNKTIIVPVFCSCSGNIYQHNTPYTASKNDTYYQLVTETFQGLTTCQSMMGQNYYAATKIAIGAELTVPLLCACPTVNQTAIGVTSLLVYLVNYGDTIESIGKAYGVDEQRMLEANELAVPQSENINTDLLSLTPLLVPLIGKSCKENPDKFYCKCYQAPDGSSKGPFCDESDGQKFPAKLVAALGAGLGVGFLCLFLLGYKSYQYIQKKRENIRKENLFRQNGGYLLQEKLSSYGNGEMAKLFTAEELQRATDSYNRSRFLGQGGYGTVYKGMLPDGTIVAVKRSKEIERNQIETFVNEVVILSQINHRNIVKLLGCCLETETPLLVYEFIPNGTLSHHIHRRDNEPSLSWESRLRIACEEDEGQNLIAQFLSLMKENQVYEILDGRVAKEAMKDDILAIANLAMRCLRLNGRKRPTMKEVSLELEALRKVQSSLQIKHDHEHKTSDIIQECTEESMSLSLQLESTSL*


CDS Sequence:
>Vu_15411.1
ATGGAGCTTCTTCACAACCTCAACATTCTCACCACAGTTATGCTCCTATGCATGTTCCCTCACTCACTCAAGTGCCAACAAGCATACCTCAATGACACTGTCTATGACTGTTCTGACAACCCTTCTGCACCAAAAGGCTACCTTTGCAATGGCCTTCGAAAGTCATGCACTTCCTTCTTACTTTTCAGGTCCAAACCTCCCTATGATAGCCCTGTCAGAATTGCCTACCTTCTTGGCTCTGAGGCATCTACCATAGCCTCAATCAACAACATCTCAAGAAATGACAAGATTGCTTCTAACAAGACAATCATTGTTCCTGTATTCTGTTCATGTTCAGGAAACATCTACCAGCACAACACACCTTACACTGCCAGCAAGAATGACACCTATTATCAGTTGGTAACAGAAACCTTCCAAGGTCTCACTACCTGTCAATCAATGATGGGTCAGAATTACTATGCAGCAACCAAAATTGCAATTGGTGCTGAGCTCACAGTTCCCTTGTTATGTGCTTGTCCAACTGTAAATCAGACAGCAATAGGGGTCACCTCCTTGTTGGTTTACTTGGTGAACTATGGTGACACTATTGAATCCATAGGAAAGGCTTATGGTGTGGATGAACAAAGAATGCTTGAGGCCAATGAGTTGGCTGTGCCACAAAGTGAAAACATAAACACGGATCTCCTTTCCTTGACACCTCTTTTAGTTCCTCTAATAGGGAAGAGCTGCAAAGAGAACCCAGATAAATTCTATTGCAAATGTTATCAAGCACCGGATGGAAGCTCTAAGGGGCCCTTCTGTGATGAGTCTGATGGTCAGAAATTCCCTGCCAAGTTGGTAGCCGCTTTAGGAGCAGGACTTGGTGTAGGCTTTCTGTGTTTGTTTCTTCTGGGATACAAATCATATCAGTATATACAGAAGAAGAGAGAAAATATCCGAAAGGAAAACCTTTTCAGGCAAAATGGTGGCTACTTGTTACAAGAGAAGCTCTCATCTTACGGAAATGGAGAAATGGCAAAGCTTTTTACAGCTGAGGAGCTACAAAGAGCAACAGATAGCTATAACAGGAGTAGGTTTCTTGGTCAGGGTGGCTATGGCACAGTGTACAAAGGAATGTTACCTGATGGAACCATAGTTGCAGTTAAAAGGTCCAAAGAAATTGAAAGGAACCAGATAGAGACTTTTGTGAATGAAGTGGTGATTCTATCACAGATCAACCACAGGAACATTGTCAAACTATTAGGTTGTTGTCTTGAGACAGAAACTCCTTTACTAGTCTATGAATTCATTCCAAATGGAACACTCTCTCACCATATCCACAGGAGAGACAATGAGCCCTCCCTTTCATGGGAGAGTCGCCTTAGAATTGCATGTGAGGAAGATGAGGGTCAGAATCTGATAGCACAGTTTCTTTCTCTGATGAAGGAGAACCAAGTTTATGAAATTTTAGATGGAAGGGTGGCTAAGGAAGCAATGAAAGATGACATTCTAGCCATTGCAAACCTTGCAATGAGATGCTTGAGACTTAATGGGAGGAAAAGGCCAACCATGAAGGAGGTTTCACTGGAACTAGAAGCATTGAGAAAGGTGCAAAGTTCCTTACAGATCAAACATGATCATGAGCACAAAACTAGTGATATTATTCAAGAGTGCACAGAGGAAAGCATGTCACTGTCCTTACAACTAGAGTCTACATCCTTATAG


Promoter Sequence:
>Vu_15411::LG4:7740328-7742328(+)
CAAGCTTGATACATACGATTTGTATCCACCAGCTTGAGGGGGAGTGTTAGATATATTATCTTTATTTTATATTTATCTTTTATCTTTATCTTTTATCTTTATCTTTTATCTTTAGTTAATTTGTTATTATTTGTATTTTGGGCTTAGCCCATATTTTTTCCATTATAAATAGAGGATCCTATGTATATATTCAATACAAGGGAGATTAATCCCATATATAATTATCACTATATTCAACAGCTCTTTAACTTTGCATGTTGCCATAATAAAATTAATAAGAGATTGAAATCTATAGTATTTTCTCATAATCATATCATCAAAACCACTATAGTAATAAATACAACTCTAACACTTTTAAACAAATGATTTCTTAGCAATGCAGGCCGAATCGACCCGTTTAAGCTCGATCTACACTTGGCTTATTTTGCTTTTGAAAAGTAATCAGAATTTTATAACCTGTTTCACATACATTGTGACTCGTAGCCTTACGGGTGACTAAAATTAATACTTAGAAGCATTTTAATTAAATCGAGAAAGATTAAAATTGGAGGTGTTATGCTATGTCCTCGAATTTGAACAAAAAAATTAGGGTTGAACAAATTTGGATAAGCAGATTGGCTCACCCTACCCCTCAAAGGCTCGCACGAATTGCAGGTTATGTAAGCGAGGCTTCAATGGATCAATGGACTCAAAATTTCAAGTCACCTCTCACTTTGAGAGTTGTTCCCTCCACCACCCCAAGTGCTCTCTACACCTCCTCATTATTTTTTTTATTCCAAAAATACCCTACATTAATTTAATTTTATTTATCTTTTTCAAAATCCTAAATCTCCCTACACCCCTACATCCCTTCACTTTTTTTTATTATGAATTTTATTTGTATAAAACAAACATTTATTCTCTATAACCCAAAAATACTACCTACAATTTCGTCTTACCAACTCTGATTTTGGATTGAAGAAGGTTTGAAAATTTACAATTCTAAAACTGAATTAAATAATGAGTTTTTATTATTATTTTACCACGGATAATGATTTATTTTTAATTTGAGATAAATTAATAATATAAAAACAAAGTCATGTGTGGTAACACTTGAAATAAGAAAAATGATAGTAAATAAAAATATATTAGCAAATTTGTAGTACCCTGTTCTGGAACGGAAATCAAAGGAATAAAAAAAAGAAAACAAAAGCAGAGAAGAACAAAAAGAAACAAAGTGTGTATGCCTACAGGTCAACTGCTTGACTCGTTTCGCACTGTCATTCAAAGTTTGAGATTTCTAAAACAAAAATAATGAACAAAATAGACAAAACCTACAAGAGAAAATAAAAAATAAAAGAAAAGATATAAATGTAAGAGAATAAATTTGTATTTTAAAGATATACTAATCCATTGAACTAAGACGTGAAAATTACCTTTATATATATGAAGATTAGGAATTCACAGCTATTTTGTTATAATATAAATTTGACTAACAGATCAACGGCAATGTGATCATATTCTTAACTCTAAACTGTTACCACTGCAAAGATGAGAATTCAATAGGGTTCATCAAGAATAGCCATCCCGAATGAATAACATTAGTACAAGAAAGAACATTGATATCATTTATTAACAACAAATAATAGTTATCTAATTAGTTAACCAACGGGTTAAATCTTCCTTTTTTTCTTTTTCCATATAGTTTGAATCTAACAACTTTGGCATATTATTAACTTTGTAATGATTTATGATTGGGCCGCAGAGCTCAAAATCGGACACAAGTAACACAGTTTCGTTGTTGAATTCCTGCACTTTTCAATATAAATAAATGTCCTTCTCATCCATATTTGAAAAATCATGGAGAGAGAGCTAACCGACTTCACTGTGCTGAATATTCGGCATACCAAGACAAAACATAAAACGAACCACACCGCGTGATCAGAACTAAACTAACACAAACATTAGAAACCAAATTCATCTGTAACTCATCTGCTGTCTTCTCTGCACATTTTTGTTCA


Gene Sequence:
>Vu_15411(+)
ATGGAGCTTCTTCACAACCTCAACATTCTCACCACAGTTATGCTCCTATGCATGTTCCCTCACTCACTCAAGTGCCAACAAGCATACCTCAATGACACTGTCTATGACTGTTCTGACAACCCTTCTGCACCAAAAGGCTACCTTTGCAATGGCCTTCGAAAGTCATGCACTTCCTTCTTACTTTTCAGGTCCAAACCTCCCTATGATAGCCCTGTCAGAATTGCCTACCTTCTTGGCTCTGAGGCATCTACCATAGCCTCAATCAACAACATCTCAAGAAATGACAAGATTGCTTCTAACAAGACAATCATTGTTCCTGTATTCTGTTCATGTTCAGGAAACATCTACCAGCACAACACACCTTACACTGCCAGCAAGAATGACACCTATTATCAGTTGGTAACAGAAACCTTCCAAGGTCTCACTACCTGTCAATCAATGATGGGTCAGAATTACTATGCAGCAACCAAAATTGCAATTGGTGCTGAGCTCACAGTTCCCTTGTTATGTGCTTGTCCAACTGTAAATCAGACAGCAATAGGGGTCACCTCCTTGTTGGTTTACTTGGTGAACTATGGTGACACTATTGAATCCATAGGAAAGGCTTATGGTGTGGATGAACAAAGAATGCTTGAGGCCAATGAGTTGGCTGTGCCACAAAGTGAAAACATAAACACGGATCTCCTTTCCTTGACACCTCTTTTAGTTCCTCTAATAGGGAAGAGCTGCAAAGAGAACCCAGATAAATTCTATTGCAAATGTTATCAAGCACCGGATGGAAGCTCTAAGGGGCCCTTCTGTGATGAGTCTGATGGTCAGAAATTCCCTGCCAAGTTGGTAGCCGCTTTAGGTACTTTTGTTTAAACCCTCTTCAAGAAGAATCATAATATGCTTTCATTGAAACTTTGGCTTTGGATTTTAGAATAGCATATAGCTGTTGTTTGGAGATTACACCCCTTATGAGCTATGTATCATCCTAGAAGAGTAAGAGCAATAGAGTGCAGTAAGAACTTGTATTTATTGTTTTAAACATAGCTTTCTGTTTTCTAACATTTTTTCGTTCCCTGAGCACATTTGAAAGTATTTTTCTTAAGCACATTTCTCTGTTTCGAAATGTTTATCCCTTGAACACTTGATTAGAGCATTTGAAGAAAATAGAAGAGGATGAAAAAACGTCCTAAACTGTTTGTAGTTTGTGGTTCCTAAAAGGCATATATTGGAAAAAAAATTAAATCTTAATAGATATTTTAGGAGAAGTTAATTTAATTGCTAAGTTGTGTGAAATTGTCTTAGGAAACAGCTTTCAAAATAACATAGTTACAAAGAAATCAAGCAGACCCAAAATGGTCTCTAATGACAACTGGCCAAAATTTAATTTTCACTTACTTGAACTTGCAACTTGTAAGCCTTTGCTTTCATTTTGAATGAGTTTTAGTTTTTCTTTTAATTTACAGGAGCAGGACTTGGTGTAGGCTTTCTGTGTTTGTTTCTTCTGGGATACAAATCATATCAGTATATACAGAAGAAGAGAGAAAATATCCGAAAGGAAAACCTTTTCAGGCAAAATGGTGGCTACTTGTTACAAGAGAAGCTCTCATCTTACGGAAATGGAGAAATGGCAAAGCTTTTTACAGCTGAGGAGCTACAAAGAGCAACAGATAGCTATAACAGGAGTAGGTTTCTTGGTCAGGGTGGCTATGGCACAGTGTACAAAGGAATGTTACCTGATGGAACCATAGTTGCAGTTAAAAGGTCCAAAGAAATTGAAAGGAACCAGATAGAGACTTTTGTGAATGAAGTGGTGATTCTATCACAGATCAACCACAGGAACATTGTCAAACTATTAGGTTGTTGTCTTGAGACAGAAACTCCTTTACTAGTCTATGAATTCATTCCAAATGGAACACTCTCTCACCATATCCACAGGAGAGACAATGAGCCCTCCCTTTCATGGGAGAGTCGCCTTAGAATTGCATGTGAGGTTGCTGGAGCAGTGGCATATATGCATTTTGCAGCTTCTGTTCCCATTTTCCATAGAGACATCAAACCTACCAACATACTTTTAGACAACAACTTCAGTGCCAAGGTGTCTGATTTTGGAACATCAAGATCAGTGCCACAAGATAAGACTCACTTGACCACAGCTGTGGGAGGAACTTTTGGGTACATTGACCCTGAGTATTTTCAGTCTAGTAAGTTTTCAGATAAAAGTGATGTGTACAGTTTTGGGGTAGTGCTGGTAGAGCTCATAAGTGGGAGAAAGCCAATTTCATTCTTAGAGGAAGATGAGGGTCAGAATCTGATAGCACAGTTTCTTTCTCTGATGAAGGAGAACCAAGTTTATGAAATTTTAGATGGAAGGGTGGCTAAGGAAGCAATGAAAGATGACATTCTAGCCATTGCAAACCTTGCAATGAGATGCTTGAGACTTAATGGGAGGAAAAGGCCAACCATGAAGGAGGTTTCACTGGAACTAGAAGCATTGAGAAAGGTGCAAAGTTCCTTACAGATCAAACATGATCATGAGCACAAAACTAGTGATATTATTCAAGAGTGCACAGAGGAAAGCATGTCACTGTCCTTACAACTAGAGTCTACATCCTTATAG