Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_06031 LG1 89541719 89546546 hypothetical protein LR48
 Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   abscisic acid-activated signaling pathway, response to abscisic acid, protein phosphorylation, response to osmotic stress, response to gibberellin, positive regulation of abscisic acid-activated signaling pathway, protein phosphorylation, positive regulation of abscisic acid-activated signaling pathway, response to abscisic acid, intracellular signal transduction, regulation of seed germination, response to osmotic stress, abscisic acid-activated signaling pathway, protein phosphorylation, positive regulation of abscisic acid-activated signaling pathway, protein phosphorylation, regulation of seed germination, response to abscisic acid, response to water deprivation, response to water deprivation, response to salt stress, response to abscisic acid, protein phosphorylation, response to water deprivation, response to gibberellin, positive regulation of abscisic acid-activated signaling pathway, response to salt stress, protein phosphorylation, response to osmotic stress, positive regulation of abscisic acid-activated signaling pathway, response to osmotic stress, abscisic acid-activated signaling pathway, abscisic acid-activated signaling pathway
Cellular Component   is active in   nucleus
Cellular Component   located in   nucleus, cytoplasm, cytoplasm, cytoplasm, plastid
Molecular Function   enables   kinase activity, protein kinase activity, protein binding, protein binding, protein kinase activity, protein binding, protein binding, protein binding, protein serine/threonine kinase activity, protein serine/threonine kinase activity, protein binding, protein binding, protein serine/threonine kinase activity, protein kinase activity, protein kinase activity, protein kinase activity, protein kinase activity, protein binding
Pathway   B 09132 Signal transduction   C 04016 MAPK signaling pathway - plant [PATH:ko04016]
SNP Position Effect Amino acid change
G/A 89541821 synonymous_variant p.Phe377Phe
T/A 89541854 missense_variant p.Glu366Asp
G/A 89542278 intron_variant
C/T 89542448 missense_variant p.Arg303His
T/C 89542761 intron_variant
G/T 89542878 intron_variant
G/T 89543079 intron_variant
A/C 89543195 intron_variant
G/C,A 89543204 intron_variant
T/C 89543242 intron_variant
A/G 89543310 intron_variant
G/T 89543365 intron_variant
C/A 89543429 intron_variant
A/T 89543477 intron_variant
A/T 89543528 intron_variant
G/T 89543545 intron_variant
T/A 89543625 intron_variant
A/T 89543633 intron_variant
C/A 89543794 intron_variant
G/C 89543995 intron_variant
T/C 89544214 intron_variant
G/A 89544224 intron_variant
A/G,T 89544242 intron_variant
A/T 89544249 intron_variant
T/C 89544351 intron_variant
T/C 89544366 intron_variant
C/T 89544368 intron_variant
C/T 89544615 intron_variant
T/C 89544673 intron_variant
A/G 89545275 intron_variant
G/C 89545444 intron_variant
A/C 89545446 intron_variant
G/A 89545470 intron_variant
A/G 89545538 intron_variant
T/C 89545851 intron_variant
G/T 89545924 intron_variant
G/T 89546047 synonymous_variant p.Leu132Leu
A/C 89546048 missense_variant p.Leu132Arg
G/T 89546338 missense_variant p.Pro70Gln

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_06031.1
MERKVRHLGQRGNGTVFCVVGSTNLQLLASIPTQSTNIFFIYSITFSSLSLTNKPSIAHKVFSSFLFSLPRIVVVVLHPTPNEAMDRAALTVGPGMDMPIMHDSDRYDLVRDIGSGNFGVARLMQDKLTKELVAVKYIERGDKIDENVKREIINHRSLRHPNIVRFKEARFFFQQLISGVSYCHAMQVCHRDLKLENTLLDGSQAPRLKICDFGYSKSSVLHSQPKSTVGTPAYIAPEVLLKQEYDGKLADVWSCGVTLYVMLVGAYPFEDPNEPKDFRKTIQRILSVQYAIPDCVQISQECRHLISRIFVFDPAERITMSEIWNHEWFLKNLPADLMDERIMSNQFEEPDQPMQSIDTIMQIISEATVPAAGTYTFDQLMGEQIYDLESESDAESELDIDSSGEIVYAI*


CDS Sequence:
>Vu_06031.1
ATGGAGAGGAAGGTGCGTCATCTCGGACAGAGGGGAAACGGCACCGTTTTCTGTGTGGTTGGTTCCACCAATTTGCAGTTGCTTGCTTCCATTCCAACCCAATCCACTAATATTTTTTTTATCTATTCTATTACCTTCTCTTCTCTTTCCCTCACAAACAAACCATCCATCGCTCACAAAGTCTTCTCCTCTTTTCTATTTTCTCTTCCGCGAATCGTCGTTGTCGTTCTGCATCCTACTCCAAACGAAGCCATGGATCGGGCGGCGTTGACGGTCGGACCGGGCATGGACATGCCGATCATGCACGACAGTGACCGTTACGATCTGGTCCGTGACATCGGGTCCGGAAATTTCGGCGTGGCCAGGCTGATGCAGGATAAACTGACCAAGGAACTCGTTGCCGTCAAGTACATCGAGAGGGGCGATAAGATTGATGAAAATGTGAAGAGGGAAATTATTAACCACAGGTCTTTGAGACATCCCAATATTGTTAGGTTTAAAGAGGCTCGGTTCTTCTTTCAGCAACTCATATCCGGGGTTAGTTATTGCCATGCTATGCAAGTATGTCATCGGGACTTAAAGCTGGAAAACACTTTGTTGGATGGAAGCCAGGCACCTCGTTTGAAGATATGTGATTTTGGGTACTCCAAGTCTTCAGTGCTACATTCACAACCGAAGTCAACTGTGGGGACTCCTGCATATATTGCTCCAGAAGTATTGCTGAAACAAGAGTATGATGGCAAGCTTGCAGATGTCTGGTCGTGTGGAGTGACCCTATATGTGATGCTAGTGGGAGCATATCCTTTTGAAGATCCAAATGAACCAAAGGACTTTCGGAAGACAATTCAGAGAATTCTTAGTGTCCAATATGCCATTCCTGACTGTGTTCAAATATCTCAAGAGTGTCGCCACCTTATTTCAAGGATTTTTGTTTTTGACCCAGCAGAGAGAATCACCATGTCTGAAATCTGGAACCATGAATGGTTTCTGAAGAATCTTCCTGCGGATCTGATGGATGAGAGGATAATGAGTAATCAATTTGAAGAGCCAGACCAACCCATGCAGAGCATTGATACGATCATGCAGATAATTTCAGAAGCTACGGTACCAGCAGCTGGGACCTATACTTTCGACCAGTTAATGGGGGAGCAAATTTATGACTTAGAATCTGAATCTGATGCTGAATCTGAGCTTGATATAGATAGCAGTGGGGAGATAGTGTATGCCATATAG


Promoter Sequence:
>Vu_06031::LG1:89546546-89548546(-)
TTGAAAAGAAAAATGGATTTGATTGCTAGAAGAACTCAAATGACTTTCTTTAATGTTTGGTTGCTAACTTTCTCTGATTTAGAGAGAATATAATGAAACTTGCATTTTAAATAATTATTTCATAACTAATTTTAGTATGTTTGCATCACTTTCTCTGATCTTTTAATTCTAAAGGACATAAAGTATGTCTTCATCATACATATCTCAATCATTTAGTTCTATTGATAGGCAACATTTTGATTATACGGAGAACCTTTAAAAATATATTATACGAACTAAAATATGCTACTCGAGCTTAGTTGAATGTTTTGAATAAAAAAATGTTAAACTATAGTTTTACAAACTCAAAATCCAACAAACTAATATTATTCATTCAAATAGTTTTTTGCAGTCAAAATTGCCTATTAAAGATCTAGGATGTCCAAACCGTTTCCTTGGAATCGGGGTTGTACAAAGTAAAAATGACTTATTTCTTACACCACCATCAATACGTTTGTGATCAATTACACAATGAAAGAAGGTGAATTTAACTAATTTCAACATTATTGTCCATCATAACTTGTAAATTATTAGCAGCATTTAATATTTGACGTTTACATACTGTTTTTTTTTTAAATTTACAATATCGTTTTCTCTGTCAACAATTGATCACAATCCATGTGTCTTCCACTAAATTATATGAGTAGGCTTTGTGATATTTCAAAGGTAATTTTATCTTGGTTGCTTATCTAACCTTCAATTATGATTTTTTTATGACTTAGATTCAAGTGGAGATTCAAGAAACACGAACTTACTTCTCCATAATCATTTATTTGGAACTCAATGACATTTATTCCTTGAAAAAAAATATTTTTCAAATAGGAAGACTTAAACTATAAATGCTAACTATAATTTTAGTTAAATTTATTAGGACTCCACATATAATTAATTAGTTGTCTGGGATTTCTTTTCTAACAATAGCACGAATTTATGCATAATATGTGAATAGATAGTTTATACTAAAATATGACGTGATGAACGTGAAGCATTACGATAAAATTGTTTGTGACTTAATATTCCGATAGAGTGTTGAAAAAAGAAAAAGTAAGTTGGGAGAAAAAGAGATATGGTTTTGTTTTTAGTAGTGGTTAAGGGTAGGTGTAGTAGTGAAATAAGTGGTATTGAGTATGTTCGTGGATGAGTTGAATATTGATGATGGCTTGACCTAACTAAGATATGAAAATGTGGAACAAGAAATCTCTCAATCTGTGTCTGATTACCCATCAGAAGTTTTGTCCCTGCTTACTTATTTCCTTTTTAAGGTGGAATGAATTAGCATCATAATTATCACTCCTTGTTGAAGCTGAAGCTTCAAATCTTGTATTGCTTTGCACCAAAAATCACTTTCTCATCATCACCATCATCTCCTTCTATATACACTTCTTCTACGTTGACCATTTCCCATCCAAATCCATTTTCAATCCAATCCTTCTTCTTCTCTATTTCAACTGTGGGGGACCATCCTCTCACCCTGCCTTCCTTCTACTCTACCATAACACACCCACACCCACACCCACCCTATCTAATCACCACAAATTTCAATTTTTTTCTCATCTATCTTCAGCTAATAACTTCTTATAATAACTTCTTATAACTCATAGAAATAACATAAATATTAAAAAATTTACTACTACTATTCATTCATACATCACACATACTGTCTTAATCTGTTTGATTATTGGCTTTCACATTCAAAAATGTATATTTTGGAGTAAAATCACGTCTTTGACAACAAACACAACAATTAGTTATGTTGGAATCCAGTGTCAGCAGTTTCTAGTATCTTCTCAGAAAACTTATTTTATTCACAAAAAAGAACTGGGTACCATTAAAAACTCAGACCTGAAATTGTGGTGGAAGATATTTGCGTGTGAAAAAATATCTAGAAAAGAAAAGAATAATAGTAATAATAATAATAATAATGAAGAAAAAGAAGAAGGCGACAACATTGCTTACGCGGC


Gene Sequence:
>Vu_06031(-)
ATGGAGAGGAAGGTGCGTCATCTCGGACAGAGGGGAAACGGCACCGTTTTCTGTGTGGTTGGTTCCACCAATTTGCAGTTGCTTGCTTCCATTCCAACCCAATCCACTAATATTTTTTTTATCTATTCTATTACCTTCTCTTCTCTTTCCCTCACAAACAAACCATCCATCGCTCACAAAGTCTTCTCCTCTTTTCTATTTTCTCTTCCGCGAATCGTCGTTGTCGTTCTGCATCCTACTCCAAACGAAGCCGTATCCGATTCTCGGATTTAAGCGCGGTTCCAGAGCCAACAAAAAAGGTTCCGTTATTGCCGTTGCTTTTTATATTTTTTTCTCCTTCCGGTTCGTTTTTATAGATGGATCGGGCGGCGTTGACGGTCGGACCGGGCATGGACATGCCGATCATGCACGACAGTGACCGTTACGATCTGGTCCGTGACATCGGGTCCGGAAATTTCGGCGTGGCCAGGCTGATGCAGGATAAACTGACCAAGGAACTCGTTGCCGTCAAGTACATCGAGAGGGGCGATAAGGTTGTCTGAACAACGAATGAATGAGCAAAAACGTTTTTCTGATCTTTTTTTTGTGTGTTTTCGTTGGTGGTGTTCCTTTGTTGCCCCTTCTTTTGGTAAATTTTTTGTTTTCACGCTTTTGGCCAAGGGAGAGAGGGAAAAAACTAATTATCCACATGATCGACTCGCTTTAATTGTTTCTTCGGTTGTTGCTGACGTGTGATGCTATTTTTGTTATGTTTCGTGTTTCCATTTTTGTTTCGGTACTACTTGTTTCTGTTTTTCTTTTTCTTTTAATAAATTCTTTACGCCATTGGTTAGCACTTAGCAAGTAGCTGTTTCTTGCTTGTGAAGTGCTGGACTCATTGTTTCTTTATTGTGCCTCACAGATTGATGAAAATGTGAAGAGGGAAATTATTAACCACAGGTCTTTGAGACATCCCAATATTGTTAGGTTTAAAGAGGTAAGTATACTTTTCGAGGTTTTAAGTAACTGTCTGCGACTGTGGTTTTGCCTCAACGTTAAGGTTTTTCGACTGTCCCCAACTGCAATTGTAGCCACATCGGCCACAATTTTCTGTGACCGCGTTCATGGCTACACTGTTAAGGTTTTTGGAGTGGTAGGGGCTGCTATTGTGGTCACATTTATCCACAATTTCCCACAATATGACAAAACTGCGATTGTCTTCTTAAAAATCTTGATATTTATGTATTTTTACTTTGCCGTTGTTATTGTTCACAGGAGGAACAATCATTTATTTGTAATGTTTTATACAATTTCACACAGGTTATTTTAACACCTACTCATCTGGCGATTGTAATGGAATATGCCTCTGGAGGCGAGCTCTTTGAGAGAATCTGCAATGCTGGGCGTTTTACCGAGGACGAGGTTCTTGTTTATTTTGTTTACTTATTCTTCACTTGATCATTATCAATTTGTACTTCAAGTACGGTGCTTGTGTAAGTTTCTAACCCTTTGTTATGATTCAGGCTCGGTTCTTCTTTCAGCAACTCATATCCGGGGTTAGTTATTGCCATGCTATGGTAAGTGAACAATTTTCCATTTCTGCACTGTTCAATCTAAATTGTGTTTACACTTGACTGAAATGTAGTATAGGTAATGTATCAGTCTTCTGAACATCGTGTCTGATATATAAGTCTTCTCTGTAATATGTCTGTTCGTAAAGCAAGTATGTCATCGGGACTTAAAGCTGGAAAACACTTTGTTGGATGGAAGCCAGGCACCTCGTTTGAAGATATGTGATTTTGGGTACTCCAAGGTAAGATTTTCGTTTTCTCACTAGCTTTTCAGGTGTGAGTTCCATGCTGTTTATATTTTACTAGGAGTTGTTAGGTTGAATAATATTTAACTCCAATTACTTTCTGCACGTGTGTGTGTGTTTGTTTCATTTTTCTTTAGTCACTTCTGTTCTTCAGATTTAGACTATGATGATGAAAGGAATGACTCAGATTATTTCACTAATCTGGGACATTGAAAAGGATACATTTCTTCTTGATTGCTGATGGTGAATTGTAATAAACCAAATTCTTCAGTTAAGCTTGTTGGCCATTCTGGATTCCCATGAGCTAGGGTTTGGATTGTTAAAATTAGGAGTCTGTAAGCTTGTCACAACACCAGAGTGTTTCCTGAGGTTCTTGAGAAAACGGATTAGTTGGCCATTCAGGCTTTTGGTATTGTTTCTTGTTAACTTGTATCTCTGTCTTGTGTTCTAGAGTGCATTCGATTTAAAATCCAAGCTGAGTTCCTTGAAATTTTGCTGTCATTCTTTTATTTCGTTGTTTCAATTTCCTTCTGACTTATAAGTGCCTGAACATTATGACTGTCATATCTCATAAATCTGATCGGTGGTTTGATTTATAGTCTTCAGTGCTACATTCACAACCGAAGTCAACTGTGGGGACTCCTGCATATATTGCTCCAGAAGTATTGCTGAAACAAGAGTATGATGGCAAGGTAGAGCATTTACTTTTTATTTCATGGTATTTCTCTTTTTGCATAGATCCATTACTGTCACAATCAAATGAGCATTTTGTTAAGTTGTCATCTTTTATGAGCTGGGTAATTCTTGTAAAGCAATGATATTGTCTAGTTTTTTCACCCAACCCAATTGTCATTTTGGTCTGCACTCTAACTAAAGGTCGTTCTAGTTTTTTGGTTTATGTTTCTCGCCTAATTTGGGACTTTGTGACACTACCTGAAACTTAACTTAGGAAACGCAGACACTTCAAAATTATAGTCATGTAAATGTCAAAACACATCTCATATACTTAAAAGTACCTTTATCATTTCCTAGCATTTTGCAAATTGTCACTTTTAAAATTTTAATATATCATAATAATCAGATAAATTATATTTTTTGTCTACAATTACTCATGCTGATATTTAGAATATATCGGTTTACTCTGAATTTAAGATTTGTGTTTGGATTATTTCCTATCATTGCTAAATTTGTTGTATCCTTGCATCCCTTGTCCAATCTGTACTTTGTAGTTTCTTAGTGACAATTTACAGCATTGCCCTGTTTGTCTACTATTATGAGAATAGGATGTAATATTCATTCATGTACTAAGAACTTAATGAACCGTTTATTTTCTAAGGACAAAGTGGAGAGAGAGGATTTTGCTCCCTCATTGTTCCCTCTCCTCTCCTCCCTTCTATTTCCCTCCGATTAAAAAAGGATTCTATTTTTTGTTTTTTCAGTATAACAATAAGAAATATAAAGTTCTGAATTAAATCACAAATCTAGTTGAGATCATTACCACCTGACCTCACCCTCCCTTATTTCCTATCATTTTTTATTTTAATTAACATTGAGTATATAAACTTACACAAATGTAGCTTCAACTTTCAAGTTTGGTTTGAGGTGTTTTTGTCTGCAATATCCACATCTTAACAATTGTACTAACTCACCGTCTACTAATGATTGATCCACCCTGTTAGAGATATGATTTGATTGTGTTAAGAGATATGATTTGATAGGGAAATATGTTACCAAATATTTTCCATTATTAAATGTTGATTTTGTCATTATTGTATCTTCATTATAAATAAGAATACTCATGTACGTACAAAACAGAGAATTTATTATATTCCTTCTTGGTATCATCTTCCTCACAATGGTACCAGAGAAGTACCCTCCTTCAGGACCTATTTTGTCTTAATCCTTTTAACGCACCCCTTCCTTTACTTTTCAATATCATTAGTGTGGTGCAAGTATGAAATTGGTTTAAACATCAAAGAATTTGTTTTTAATTTTACTAGTTTTCATGTGGAATAGTATCTGAATGGGTTGCTTGTGTTATGTTCTCTTGCATTTATAATTAGCTTGCAGATGTCTGGTCGTGTGGAGTGACCCTATATGTGATGCTAGTGGGAGCATATCCTTTTGAAGATCCAAATGAACCAAAGGACTTTCGGAAGACAATTCAGGTATATAAGATCTTTAGATATGCGCTCATTTTCTGATTGCTTTAGTCAACTTGTGATTGCTGTCTGCTTCTTTGCAGAGAATTCTTAGTGTCCAATATGCCATTCCTGACTGTGTTCAAATATCTCAAGAGTGTCGCCACCTTATTTCAAGGATTTTTGTTTTTGACCCAGCAGAGGTAATTTCTATTTCAAACAACTGACGTGCTATAGCAATAAATAAATTGGGCAATACACAAATGTAGATAATTTTGTTCATTAGATTAATTGTCACTTTGAAAGGATTTTTAGCATTTGAATGTTTTTGACGTAATTGACGGGCATTTTTCTTCCCCTATGAAGTTTTATTCAATTTATTCCAATGTATTGCTTTTTTCATTTTGTATTGGTCCTGCTTTATTGTATGTCTATCATAATATAGGAATATGTTGTGGGCTATGAAGCACTGAATGTGATCATAGAGAACAGGCAAAATATTGAATGTATTTTGACATAGTTGGGTGTGCTGACTGTAACAATAGGAGTTTATCGTCAATCTAAATCATTTGTTTGAATCTCATGTCTTTGGATATTTACACGACAGAGAATCACCATGTCTGAAATCTGGAACCATGAATGGTTTCTGAAGAATCTTCCTGCGGATCTGATGGATGAGAGGATAATGAGTAATCAATTTGAAGAGCCAGACCAACCCATGCAGAGCATTGATACGATCATGCAGATAATTTCAGAAGCTACGGTACCAGCAGCTGGGACCTATACTTTCGACCAGTTAATGGGGGAGCAAATTTATGACTTAGAATCTGAATCTGATGCTGAATCTGAGCTTGATATAGATAGCAGTGGGGAGATAGTGTATGCCATATAG