AT5G13530

Gene Details

Gene ID: AT5G13530
Gene Symbol: KEG
Gene Name: KEEP ON GOING
Description: protein kinases;(source:Araport11)
TAIR Accession: locus:2185061
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)

GO:0009738 — acts upstream of or within — abscisic acid-activated signaling pathway
GO:0004842 — enables — ubiquitin-protein transferase activity
GO:0032940 — acts upstream of or within — secretion by cell
GO:0016197 — acts upstream of or within — endosomal transport
GO:0006468 — involved in — protein phosphorylation
GO:0004672 — enables — protein kinase activity
GO:0005524 — enables — ATP binding
GO:0005622 — located in — intracellular anatomical structure
GO:0005515 — enables — protein binding
GO:0009738 — involved in — abscisic acid-activated signaling pathway
GO:0009788 — acts upstream of or within — negative regulation of abscisic acid-activated signaling pathway
GO:0004674 — enables — protein serine/threonine kinase activity
GO:0005769 — is active in — early endosome
GO:0005769 — located in — early endosome
GO:0045324 — involved in — late endosome to vacuole transport
GO:0005802 — located in — trans-Golgi network
GO:0009737 — acts upstream of or within — response to abscisic acid
GO:0009788 — involved in — negative regulation of abscisic acid-activated signaling pathway
GO:0045324 — acts upstream of or within — late endosome to vacuole transport
GO:0043621 — enables — protein self-association
GO:0048589 — acts upstream of or within — developmental growth
GO:0005737 — located in — cytoplasm
GO:0006952 — acts upstream of or within — defense response
GO:0006952 — involved in — defense response
GO:0005802 — is active in — trans-Golgi network

CS67951 — Decreased sensitivity to glucose.
CS67952 — Decreased sensitivity to glucose. Suppression of all known edr1 phenotypes such as enhanced disease resistance to powdery mildew, enhanced ethylene-induced senescence, drought-induced growth inhibition, and ABA hypersensitivity.
keg-4 — Enhanced susceptibility to powdery mildew; MKK4 and MKK5 protein levels are reduced.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G13530.2
CTCTCTACTGAATTGATTGGTCTTTCACTCCCTTCTTACTCTTTGATCTCGCGACCTAAATTAATTTAGGGCTTTCTCTTTTCGGAGCTCTCATGGTTGGGAGAGTCAAGGTCCCTTGTTGTTCCGTGTGCCACACGCGGTATAATGAAGATGAGAGAGTTCCTTTATTGCTTCAATGCGGCCATGGCTTCTGCAAAGATTGTCTTTCCAAGATGTTCTCTACTTCTTCCGACACAACCCTCACTTGTCCCCGGTGTCGCCACGTGTCTGTTGTTGGGAACTCTGTTCAGGGTCTCAGGAAGAACTACGCTATGCTTGCTCTCATTCACGCCGCATCCGGCGGCGCTAACTTCGATTGCGATTACACGGATGATGAGGATGACGACGATGAAGAAGATGGTAGTGATGAAGATGGAGCTCGTGCCGCTCGTGGATTTCATGCCTCAAGCTCGATTAATAGCTTGTGTGGTCCAGTGATCGAGGTCGGAGCTCACCCGGAGATGAAGCTGGTGAGGCAGATTGGGGAAGAGAGTAGTAGTGGTGGTTTTGGAGGTGTGGAGATGTGGGATGCAACTGTTGCAGGCGGTGGTGGACGGTGTAAGCACCGTGTGGCGGTGAAAAAGATGACTTTGACGGAGGACATGGATGTTGAGTGGATGCAGGGACAGCTTGAGAGCTTGCGGAGAGCATCCATGTGGTGTAGGAATGTTTGTACTTTCCATGGGGTTGTGAAGATGGATGGATCTCTTTGTCTTTTGATGGACAGGTGCTTTGGGTCTGTTCAGTCTGAGATGCAACGCAATGAAGGCAGACTTACTTTGGAGCAGATTCTAAGATATGGGGCTGATGTTGCTCGAGGGGTTGCAGAACTCCATGCAGCAGGTGTTATCTGTATGAATATAAAACCTTCCAATCTTCTTTTGGATGCAAGCGGCAATGCTGTGGTTTCTGATTATGGGCTCGCTCCCATCCTAAAGAAGCCAACATGCCAGAAAACTCGACCAGAGTTTGATTCCTCAAAAGTCACTCTATACACGGACTGTGTAACACTCAGTCCACACTACACTGCCCCAGAGGCTTGGGGACCGGTGAAAAAACTTTTTTGGGAGGATGCAAGTGGTGTATCTCCAGAATCAGATGCATGGAGTTTTGGCTGTACGTTAGTAGAGATGTGCACTGGATCCACTCCGTGGGATGGTCTTAGTAGAGAAGAAATTTTTCAAGCTGTTGTGAAAGCCCGAAAAGTACCACCACAGTATGAACGCATAGTGGGTGTGGGAATTCCTCGGGAATTATGGAAAATGATTGGTGAATGTCTTCAGTTTAAACCGTCGAAAAGACCAACCTTTAATGCAATGCTTGCTACATTTCTTCGTCATCTACAAGAGATACCACGTAGCCCTTCAGCAAGCCCTGATAATGGGATTGCCAAAATATGTGAAGTAAACATTGTACAAGCACCTCGCGCGACTAACATAGGGGTCTTTCAGGATAACCCTAACAACCTACATCGGGTTGTTTTGGAGGGAGACTTTGAGGGTGTAAGAAATATACTTGCAAAGGCTGCAGCTGGAGGCGGTGGAAGCTCTGTGCGATCTCTATTAGAGGCGCAAAACGCTGATGGTCAATCGGCTCTTCACTTAGCTTGCAGACGTGGCAGTGCTGAACTTGTGGAGGCTATACTGGAGTATGGGGAGGCTAATGTAGATATCGTGGACAAAGATGGGGATCCTCCTCTTGTCTTTGCTTTAGCAGCTGGATCTCCACAATGTGTTCACGTTCTCATTAAAAAGGGGGCTAATGTGAGGTCCAGACTGCGGGAAGGATCTGGCCCATCTGTAGCTCACGTGTGTTCGTACCATGGCCAACCTGATTGTATGCGTGAATTGCTGGTAGCTGGAGCCGATCCAAATGCAGTGGATGATGAAGGTGAAACTGTGCTTCATCGAGCTGTTGCCAAGAAATACACAGATTGTGCCATTGTTATATTGGAAAATGGGGGATCTAGATCAATGACTGTTTCAAATGCGAAGTGCCTGACACCGTTACATATGTGTGTAGCAACATGGAATGTTGCTGTTATCAAGAGATGGGTGGAAGTTTCCAGTCCAGAAGAAATTTCTCAGGCAATTAATATCCCAAGCCCAGTTGGCACTGCTCTGTGTATGGCTGCTTCTATAAGGAAAGATCATGAAAAGGGTAGAGAGCTGGTTCAGATATTGCTTGCAGCTGGGGCAGATCCGACTGCGCAAGATGCTCAGCACGGGCGAACAGCGTTGCATACTGCTGCTATGGCTAACAATGTGGAACTTGTGAGAGTCATTCTAGATGCTGGTGTGAATGCGAACATCCGCAATGTTCACAATACAATTCCTCTTCATATGGCTTTGGCCAGAGGCGCAAACTCCTGTGTTAGCCTACTTCTGGAGTCTGGTTCAGACTGCAATATACAGGATGATGAAGGAGATAACGCATTTCATATAGCAGCAGATGCAGCGAAGATGATACGTGAAAACCTTGATTGGTTAATTGTCATGCTTAGAAGTCCTGATGCTGCTGTGGACGTCAGAAACCACAGTGGCAAGACAGTACGTGACTTCTTAGAAGCCCTTCCAAGAGAATGGATATCAGAGGATCTGATGGAGGCACTATTAAAAAGGGGAGTTCATCTATCACCTACAATCTATGAGGTAGGGGATTGGGTGAAATTCAAGAGAGGCATAACAACACCCTTACATGGATGGCAAGGTGCTAAGCCTAAGAGTGTTGGGTTTGTGCAAACCATTCTCGAGAAGGAGGACATGATTATCGCATTTTGTTCTGGTGAAGCTCGTGTGTTGGCAAATGAAGTTGTCAAGTTGATTCCATTAGACAGGGGCCAGCATGTAAGACTCAGAGCAGATGTGAAAGAGCCAAGGTTTGGTTGGCGTGGTCAATCACGTGATAGTGTCGGTACTGTTTTATGTGTTGATGAGGATGGGATCTTACGAGTTGGGTTTCCTGGAGCATCTCGAGGCTGGAAAGCTGATCCTGCTGAAATGGAACGTGTGGAAGAATTCAAAGTCGGGGATTGGGTCCGTATCCGTCAGAATCTGACTTCAGCCAAACATGGTTTTGGATCTGTTGTCCCCGGCAGTATGGGGATTGTTTATTGTGTACGGCCAGATAGCAGTCTCCTTGTGGAGTTAAGTTATCTTCCAAATCCCTGGCATTGTGAACCCGAGGAAGTTGAACCTGTTGCTCCCTTTAGGATTGGTGATCGGGTGTGTGTAAAGCGGTCAGTTGCCGAACCTCGATATGCTTGGGGTGGGGAGACCCATCACAGTGTTGGAAAAATTAGTGAAATAGAGAATGATGGTCTTCTTATTATTGAAATACCAAACCGACCTATACCGTGGCAGGCAGATCCTTCAGACATGGAAAAGATTGATGATTTCAAGGTTGGTGACTGGGTCAGAGTGAAGGCGTCAGTGTCTTCCCCGAAATATGGATGGGAAGACATTACTCGAAATAGTATTGGCGTTATGCACAGCTTAGATGAAGATGGTGATGTGGGTATAGCTTTCTGTTTCAGGAGTAAACCTTTTTCATGTTCTGTGACAGATGTTGAAAAGGTTACGCCCTTTCATGTGGGACAAGAGATTCATATGACACCATCAATCACCCAACCACGACTTGGATGGTCAAATGAGACTCCAGCAACTATTGGTAAAGTAATGAGAATCGACATGGACGGGACTCTGAGTGCACAGGTGACTGGTAGACAGACGTTGTGGAGGGTCTCACCTGGAGATGCAGAGCTGCTTTCAGGTTTTGAAGTTGGTGATTGGGTGCGCTCAAAACCGAGCCTGGGAAACAGACCAAGCTATGATTGGTCTAATGTAGGAAGGGAGAGTATTGCTGTCGTTCATAGCATACAGGAAACAGGTTACTTAGAATTGGCTTGTTGTTTCCGGAAAGGAAGATGGAGTACTCATTACACAGATTTAGAGAAGATTCCAGCTCTCAAAGTGGGCCAGTTTGTGCATTTCCAGAAGGGAATAACAGAACCAAGATGGGGCTGGAGAGCAGCCAAGCCCGATTCACGAGGCATCATAACCACAGTTCATGCTGATGGAGAGGTAAGGGTTGCTTTCTTTGGATTGCCTGGGTTGTGGAGAGGAGATCCAGCAGACTTGGAAGTGGAGCCTATGTTTGAGGTTGGAGAATGGGTAAGACTTAGAGAAGGTGTTTCTTGTTGGAAATCTGTTGGACCAGGAAGTGTTGGTGTAGTGCATGGAGTAGGATATGAGGGAGACGAGTGGGATGGAACCACTTCCGTTTCATTTTGTGGCGAGCAAGAAAGATGGGCGGGGCCCACTTCACACCTAGAGAAAGCAAAGAAGCTTGTGGTTGGACAAAAAACTCGGGTCAAACTGGCAGTGAAACAGCCTAGGTTTGGGTGGTCAGGTCATAGCCATGGAAGTGTAGGAACAATATCAGCCATTGATGCGGATGGTAAGCTACGGATATACACACCAGCCGGCTCTAAAACGTGGATGCTTGACCCATCAGAAGTTGAAACCATAGAAGAAGAAGAGCTCAAGATTGGGGACTGGGTTAGGGTAAAGGCGAGCATCACAACACCCACTTACCAGTGGGGAGAGGTCAATCCTTCAAGCACAGGGGTGGTTCACAGAATGGAGGATGGAGATTTATGTGTATCTTTCTGTTTCCTAGACAGGCTATGGCTATGTAAAGCCGGGGAACTGGAACGCATAAGACCATTTAGAATTGGAGACCGGGTTAAGATAAAGGATGGACTGGTTACACCTCGGTGGGGTTGGGGAATGGAGACCCATGCAAGTAAAGGACATGTTGTGGGAGTGGATGCAAATGGGAAATTGAGAATAAAATTCCTGTGGAGGGAAGGGCGGCCCTGGATTGGTGATCCTGCGGATATAGTTCTAGATGAAACTTCTGGCTGAATCTCCCAATGTATGATTATGTTTTGAATCTGGAAGATTGGTCATTAGGCTATGCATGAGGCTGCTCTGTCCATTGTAAGACATAAAGCTCACAGAGCCCTTGTGCCAACAGCTCAGGTAATCTATATCTATCTCTCATGATGATTTATTAATATTTTTGTTAATAAAGTTAAAACTATAGA
>AT5G13530.1
CTCTCTACTGAATTGATTGGTCTTTCACTCCCTTCTTACTCTTTGATCTCGCGACCTAAATTAATTTAGGGCTTTCTCTTTTCGGAGCTCTCATGGTTGGGAGAGTCAAGGTCCCTTGTTGTTCCGTGTGCCACACGCGGTATAATGAAGATGAGAGAGTTCCTTTATTGCTTCAATGCGGCCATGGCTTCTGCAAAGATTGTCTTTCCAAGATGTTCTCTACTTCTTCCGACACAACCCTCACTTGTCCCCGGTGTCGCCACGTGTCTGTTGTTGGGAACTCTGTTCAGGGTCTCAGGAAGAACTACGCTATGCTTGCTCTCATTCACGCCGCATCCGGCGGCGCTAACTTCGATTGCGATTACACGGATGATGAGGATGACGACGATGAAGAAGATGGTAGTGATGAAGATGGAGCTCGTGCCGCTCGTGGATTTCATGCCTCAAGCTCGATTAATAGCTTGTGTGGTCCAGTGATCGAGGTCGGAGCTCACCCGGAGATGAAGCTGGTGAGGCAGATTGGGGAAGAGAGTAGTAGTGGTGGTTTTGGAGGTGTGGAGATGTGGGATGCAACTGTTGCAGGCGGTGGTGGACGGTGTAAGCACCGTGTGGCGGTGAAAAAGATGACTTTGACGGAGGACATGGATGTTGAGTGGATGCAGGGACAGCTTGAGAGCTTGCGGAGAGCATCCATGTGGTGTAGGAATGTTTGTACTTTCCATGGGGTTGTGAAGATGGATGGATCTCTTTGTCTTTTGATGGACAGGTGCTTTGGGTCTGTTCAGTCTGAGATGCAACGCAATGAAGGCAGACTTACTTTGGAGCAGATTCTAAGATATGGGGCTGATGTTGCTCGAGGGGTTGCAGAACTCCATGCAGCAGGTGTTATCTGTATGAATATAAAACCTTCCAATCTTCTTTTGGATGCAAGCGGCAATGCTGTGGTTTCTGATTATGGGCTCGCTCCCATCCTAAAGAAGCCAACATGCCAGAAAACTCGACCAGAGTTTGATTCCTCAAAAGTCACTCTATACACGGACTGTGTAACACTCAGTCCACACTACACTGCCCCAGAGGCTTGGGGACCGGTGAAAAAACTTTTTTGGGAGGATGCAAGTGGTGTATCTCCAGAATCAGATGCATGGAGTTTTGGCTGTACGTTAGTAGAGATGTGCACTGGATCCACTCCGTGGGATGGTCTTAGTAGAGAAGAAATTTTTCAAGCTGTTGTGAAAGCCCGAAAAGTACCACCACAGTATGAACGCATAGTGGGTGTGGGAATTCCTCGGGAATTATGGAAAATGATTGGTGAATGTCTTCAGTTTAAACCGTCGAAAAGACCAACCTTTAATGCAATGCTTGCTACATTTCTTCGTCATCTACAAGAGATACCACGTAGCCCTTCAGCAAGCCCTGATAATGGGATTGCCAAAATATGTGAAGTAAACATTGTACAAGCACCTCGCGCGACTAACATAGGGGTCTTTCAGGATAACCCTAACAACCTACATCGGGTTGTTTTGGAGGGAGACTTTGAGGGTGTAAGAAATATACTTGCAAAGGCTGCAGCTGGAGGCGGTGGAAGCTCTGTGCGATCTCTATTAGAGGCGCAAAACGCTGATGGTCAATCGGCTCTTCACTTAGCTTGCAGACGTGGCAGTGCTGAACTTGTGGAGGCTATACTGGAGTATGGGGAGGCTAATGTAGATATCGTGGACAAAGATGGGGATCCTCCTCTTGTCTTTGCTTTAGCAGCTGGATCTCCACAATGTGTTCACGTTCTCATTAAAAAGGGGGCTAATGTGAGGTCCAGACTGCGGGAAGGATCTGGCCCATCTGTAGCTCACGTGTGTTCGTACCATGGCCAACCTGATTGTATGCGTGAATTGCTGGTAGCTGGAGCCGATCCAAATGCAGTGGATGATGAAGGTGAAACTGTGCTTCATCGAGCTGTTGCCAAGAAATACACAGATTGTGCCATTGTTATATTGGAAAATGGGGGATCTAGATCAATGACTGTTTCAAATGCGAAGTGCCTGACACCGTTACATATGTGTGTAGCAACATGGAATGTTGCTGTTATCAAGAGATGGGTGGAAGTTTCCAGTCCAGAAGAAATTTCTCAGGCAATTAATATCCCAAGCCCAGTTGGCACTGCTCTGTGTATGGCTGCTTCTATAAGGAAAGATCATGAAAAGGGTAGAGAGCTGGTTCAGATATTGCTTGCAGCTGGGGCAGATCCGACTGCGCAAGATGCTCAGCACGGGCGAACAGCGTTGCATACTGCTGCTATGGCTAACAATGTGGAACTTGTGAGAGTCATTCTAGATGCTGGTGTGAATGCGAACATCCGCAATGTTCACAATACAATTCCTCTTCATATGGCTTTGGCCAGAGGCGCAAACTCCTGTGTTAGCCTACTTCTGGAGTCTGGTTCAGACTGCAATATACAGGATGATGAAGGAGATAACGCATTTCATATAGCAGCAGATGCAGCGAAGATGATACGTGAAAACCTTGATTGGTTAATTGTCATGCTTAGAAGTCCTGATGCTGCTGTGGACGTCAGAAACCACAGTGGCAAGACAGTACGTGACTTCTTAGAAGCCCTTCCAAGAGAATGGATATCAGAGGATCTGATGGAGGCACTATTAAAAAGGGGAGTTCATCTATCACCTACAATCTATGAGGTAGGGGATTGGGTGAAATTCAAGAGAGGCATAACAACACCCTTACATGGATGGCAAGGTGCTAAGCCTAAGAGTGTTGGGTTTGTGCAAACCATTCTCGAGAAGGAGGACATGATTATCGCATTTTGTTCTGGTGAAGCTCGTGTGTTGGCAAATGAAGTTGTCAAGTTGATTCCATTAGACAGGGGCCAGCATGTAAGACTCAGAGCAGATGTGAAAGAGCCAAGGTTTGGTTGGCGTGGTCAATCACGTGATAGTGTCGGTACTGTTTTATGTGTTGATGAGGATGGGATCTTACGAGTTGGGTTTCCTGGAGCATCTCGAGGCTGGAAAGCTGATCCTGCTGAAATGGAACGTGTGGAAGAATTCAAAGTCGGGGATTGGGTCCGTATCCGTCAGAATCTGACTTCAGCCAAACATGGTTTTGGATCTGTTGTCCCCGGCAGTATGGGGATTGTTTATTGTGTACGGCCAGATAGCAGTCTCCTTGTGGAGTTAAGTTATCTTCCAAATCCCTGGCATTGTGAACCCGAGGAAGTTGAACCTGTTGCTCCCTTTAGGATTGGTGATCGGGTGTGTGTAAAGCGGTCAGTTGCCGAACCTCGATATGCTTGGGGTGGGGAGACCCATCACAGTGTTGGAAAAATTAGTGAAATAGAGAATGATGGTCTTCTTATTATTGAAATACCAAACCGACCTATACCGTGGCAGGCAGATCCTTCAGACATGGAAAAGATTGATGATTTCAAGGTTGGTGACTGGGTCAGAGTGAAGGCGTCAGTGTCTTCCCCGAAATATGGATGGGAAGACATTACTCGAAATAGTATTGGCGTTATGCACAGCTTAGATGAAGATGGTGATGTGGGTATAGCTTTCTGTTTCAGGAGTAAACCTTTTTCATGTTCTGTGACAGATGTTGAAAAGGTTACGCCCTTTCATGTGGGACAAGAGATTCATATGACACCATCAATCACCCAACCACGACTTGGATGGTCAAATGAGACTCCAGCAACTATTGGTAAAGTAATGAGAATCGACATGGACGGGACTCTGAGTGCACAGGTGACTGGTAGACAGACGTTGTGGAGGGTCTCACCTGGAGATGCAGAGCTGCTTTCAGGTTTTGAAGTTGGTGATTGGGTGCGCTCAAAACCGAGCCTGGGAAACAGACCAAGCTATGATTGGTCTAATGTAGGAAGGGAGAGTATTGCTGTCGTTCATAGCATACAGGAAACAGGTTACTTAGAATTGGCTTGTTGTTTCCGGAAAGGAAGATGGAGTACTCATTACACAGATTTAGAGAAGATTCCAGCTCTCAAAGTGGGCCAGTTTGTGCATTTCCAGAAGGGAATAACAGAACCAAGATGGGGCTGGAGAGCAGCCAAGCCCGATTCACGAGGCATCATAACCACAGTTCATGCTGATGGAGAGGTAAGGGTTGCTTTCTTTGGATTGCCTGGGTTGTGGAGAGGAGATCCAGCAGACTTGGAAGTGGAGCCTATGTTTGAGGTTGGAGAATGGGTAAGACTTAGAGAAGGTGTTTCTTGTTGGAAATCTGTTGGACCAGGAAGTGTTGGTGTAGTGCATGGAGTAGGATATGAGGGAGACGAGTGGGATGGAACCACTTCCGTTTCATTTTGTGGCGAGCAAGAAAGATGGGCGGGGCCCACTTCACACCTAGAGAAAGCAAAGAAGCTTGTGGTTGGACAAAAAACTCGGGTCAAACTGGCAGTGAAACAGCCTAGGTTTGGGTGGTCAGGTCATAGCCATGGAAGTGTAGGAACAATATCAGCCATTGATGCGGATGGTAAGCTACGGATATACACACCAGCCGGCTCTAAAACGTGGATGCTTGACCCATCAGAAGTTGAAACCATAGAAGAAGAAGAGCTCAAGATTGGGGACTGGGTTAGGGTAAAGGCGAGCATCACAACACCCACTTACCAGTGGGGAGAGGTCAATCCTTCAAGCACAGGGGTGGTTCACAGAATGGAGGATGGAGATTTATGTGTATCTTTCTGTTTCCTAGACAGGCTATGGCTATGTAAAGCCGGGGAACTGGAACGCATAAGACCATTTAGAATTGGAGACCGGGTTAAGATAAAGGATGGACTGGTTACACCTCGGTGGGGTTGGGGAATGGAGACCCATGCAAGTAAAGGACATGTTGTGGGAGTGGATGCAAATGGGAAATTGAGAATAAAATTCCTGTGGAGGGAAGGGCGGCCCTGGATTGGTGATCCTGCGGATATAGTTCTAGATGAAACTTCTGGCTGAATCTCCCAATGTATGATTATGTTTTGAATCTGGAAGATTGGTCATTAGGCTATGCATGAGGCTGCTCTGTCCATTGTAAGACATAAAGCTCACAGAGCCCTTGTGCCAACAGCTCAGGTAATCTATATCTATCTCTCATGATGATTTATTAATATTTTTGTTAATAAAGTTAAAACTATAGA

CDS Sequence

Protein Sequence