AT5G08560

Gene Details

Gene ID: AT5G08560
Gene Symbol: ATWDR26, WDR26, WDS1
Gene Name: WD-40 repeat 26
Description: transducin family protein / WD-40 repeat family protein;(source:Araport11)
TAIR Accession: locus:2159562
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)
PO:0000084 — plant sperm cell — célula espermática o esperma (Spanish, exact), male gamete (exact), microgamete (exact), 植物精子細胞 (Japanese, exact), sperm nucleus (related), sperm cell (broad)

GO:0005737 — located in — cytoplasm
GO:0006970 — acts upstream of or within — response to osmotic stress
GO:0010150 — acts upstream of or within — leaf senescence
GO:0009416 — acts upstream of or within — response to light stimulus
GO:0009733 — acts upstream of or within — response to auxin
GO:0009723 — acts upstream of or within — response to ethylene
GO:0005634 — located in — nucleus
GO:0009737 — acts upstream of or within — response to abscisic acid
GO:0005515 — enables — protein binding
GO:0009646 — acts upstream of or within — response to absence of light

SALK_095495 — Seedlings of KO lines exhibited greener and larger cotyledons under light grown condition, but without change in hypocotyl growth. Phenotypes of seedling growth in the KO lines resembled the typical physiological responses regulated by photoreceptors such as chloroplast accumulation in cotyledons.However, seed germination rate of the KO lines was similar to that of wild-type under light grown conditions.
SALK_100917 — ROS accumulation and altered tolerance of oxidative stress. Smaller leaves and early flowering time. Leaf yellowing in the fifth and sixth leaves of seedlings 35d post-germination. Accelerated dark-induced leaf senescence
SALK_100917C — Seedlings of KO lines exhibited greener and larger cotyledons under light grown condition, but without change in hypocotyl growth. Phenotypes of seedling growth in the KO lines resembled the typical physiological responses regulated by photoreceptors such as chloroplast accumulation in cotyledons.However, seed germination rate of the KO lines was similar to that of wild-type under light grown conditions.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G08560.3
TCTCTCTCCTTTTCATCTTCTTTAACGCTTCTCTTTTCCAGAACTTGCTCTCTCTCTCTCTTTCTATCATCTCCTCACCGCTTCCTAAATCTCTATAGCGGTCTTCCTTCCCTCCTTTGTTTCCGGGCTGTTCCTTAATCACTATCTCTTTCTCTTTCTTCTGCCATCGCCAAACCTTATCTGGGTTTTGCTTCTTATTTGATTTATATGGGCTGAACTAGGAATTTCATGGGAGTTGTGGAGGATACTGAACCTCCTTTGAAACGTGCTAAGAGGCTTGCTGACGAACCGAACGGCTTCTCCGCGAACTCGTCTGTTAGAGGTAGTAGTGTGAACAGCAACTCTTTGGGAGACCTGATGGCAAGGCCTCTGCCCTCCCAAGGGGATGACGAAACTATCGGCTCCAAAGGGGTCATTAGAAAATCTGAATTCGTTAGGATTATCACTAGGGCTCTTTATTCTCTTGGATATGATAAAACCGGGGCTATGTTGGAGGAAGAATCCGGTATCTCTCTGCACAATTCCACCATTAAGCTGTTTCTGCAGCAGGTTAAGGACGGCAAATGGGATCAAAGTGTTAAAACATTGCACAGAATCGGTTTCCCTGATGAGAAGGCTGTCAAGGCTGCGTCTTTCTTGCTCCTAGAGCAAAAGTTCTTGGAGTTTCTCAAAGTTGAAAAGATAGCTGATGCGCTACGCACCTTAAGGAATGAGATGGCGCCTCTTCGTATTAATACAAAGCGTGTTCATGAGCTCGCTTCCTCCCTTATATCACCTTCAAGCTTTATATCACATACCACTTCGACTCCAGGTAAAGAAAGTGTGAATTCAAGGTCTAAGGTTTTGGAGGAACTGCAAACCTTGCTTCCTGCTTCTGTTATAATCCCAGAAAAGAGGTTGGAGTGTTTAGTTGAGAATTCACTTCATATTCAGCGGGATTCTTGTGTTTTCCATAATACTTTGGATAGTGATTTGTCTTTGTATTCTGATCATCAATGCGGGAAGCACCAAATTCCTTCTCAGACTGCTCAGATCTTGGAGTCACATACCGATGAAGTTTGGTTCTTGCAATTTTCACATAATGGCAAATATTTGGCTTCATCTTCCAAGGATCAAACCGCAATTATATGGGAGATCAGCGCAGATGGGCACATTTCATTGAAGCATACACTTGTTGGCCACCACAAACCCGTGATTGCCATCTTATGGAGTCCTGATGATCGTCAAGTTCTTACATGTGGAGCAGAAGAGGTTATCAGACGCTGGGATGTTGATTCAGGAGACTGTGTTCACATGTATGAAAAAGGCGGTATCAGTCCCATTTCTTGCGGATGGTATCCTGATGGGCAGGGGATAATCGCCGGGATGACAGACCGAAGCATCTGCATGTGGGATTTAGATGGTAGAGAGAAGGAATGCTGGAAAGGTCAGAGGACTCAAAAGGTATCAGATATAGCAATGACGGATGATGGAAAGTGGCTCGTAAGTGTATGCAAAGATTCCGTGATATCACTATTTGATAGAGAAGCTACAGTTGAGAGATTAATAGAAGAGGAAGACATGATTACCTCGTTCTCGCTTTCGAATGACAACAAATATATCCTGGTAAACCTCCTCAACCAGGAAATCCGTCTCTGGAATATTGAAGGTGACCCCAAGATTGTGTCGAGATACAAAGGCCACAAGCGTTCACGATTCATCATCAGATCATGCTTTGGTGGGTATAAACAAGCTTTCATCGCTAGCGGAAGCGAGGACTCTCAGGTATATATATGGCACAGATCTACAGGGAAGTTAATAGTTGAGCTACCAGGCCATGCAGGAGCAGTTAACTGCGTGAGCTGGAGCCCGACGAATCTACACATGTTGGCTTCAGCAAGCGATGATGGAACAATAAGGATATGGGGACTTGACCGGATTAACCAACAAAACCAGAAGAAGAAGCTAGTGCAAGGAAGTAGCAGTAATGGTGTGATTCACCGATGCAATGGGAATTGATTATGATAAAAAAAAAAGGAATGACCTTCTTAAAACTATTTAACAGTTATGTTGTTTCTTCTTTCTTCATCAGCCTCTTTTTGTTTGCTTCCTTTGGTATGGAAAGCAAACGAAAGAAGGTAAAAGCTGTTTTTTTTTTTCAAATTCTGAACCCATAAGTGGAAGGAACAAAAAGGAAAAAGAAAATGCAATTTGCAACATAATTCTTCTATTGATGTTACATTGTAC
>AT5G08560.2
TCTCTCTCCTTTTCATCTTCTTTAACGCTTCTCTTTTCCAGAACTTGCTCTCTCTCTCTCTTTCTATCATCTCCTCACCGCTTCCTAAATCTCTATAGCGGTCTTCCTTCCCTCCTTTGTTTCCGGGCTGTTCCTTAATCACTATCTCTTTCTCTTTCTTCTGCCATCGCCAAACCTTATCTGGGTTTTGCTTCTTATTTGATTTATATGGGCTGAACTAGGAATTTCATGGGAGTTGTGGAGGATACTGAACCTCCTTTGAAACGTGCTAAGAGGCTTGCTGACGAACCGAACGGCTTCTCCGCGAACTCGTCTGTTAGAGGTAGTAGTGTGAACAGCAACTCTTTGGGAGACCTGATGGCAAGGCCTCTGCCCTCCCAAGGGGATGACGAAACTATCGGCTCCAAAGGGGTCATTAGAAAATCTGAATTCGTTAGGATTATCACTAGGGCTCTTTATTCTCTTGGATATGATAAAACCGGGGCTATGTTGGAGGAAGAATCCGGTATCTCTCTGCACAATTCCACCATTAAGCTGTTTCTGCAGCAGGTTAAGGACGGCAAATGGGATCAAAGTGTTAAAACATTGCACAGAATCGGTTTCCCTGATGAGAAGGCTGTCAAGGCTGCGTCTTTCTTGCTCCTAGAGCAAAAGTTCTTGGAGTTTCTCAAAGTTGAAAAGATAGCTGATGCGCTACGCACCTTAAGGAATGAGATGGCGCCTCTTCGTATTAATACAAAGCGTGTTCATGAGCTCGCTTCCTCCCTTATATCACCTTCAAGCTTTATATCACATACCACTTCGACTCCAGGTAAAGAAAGTGTGAATTCAAGGTCTAAGGTTTTGGAGGAACTGCAAACCTTGCTTCCTGCTTCTGTTATAATCCCAGAAAAGAGGTTGGAGTGTTTAGTTGAGAATTCACTTCATATTCAGCGGGATTCTTGTGTTTTCCATAATACTTTGGATAGTGATTTGTCTTTGTATTCTGATCATCAATGCGGGAAGCACCAAATTCCTTCTCAGACTGCTCAGATCTTGGAGTCACATACCGATGAAGTTTGGTTCTTGCAATTTTCACATAATGGCAAATATTTGGCTTCATCTTCCAAGGATCAAACCGCAATTATATGGGAGATCAGCGCAGATGGGCACATTTCATTGAAGCATACACTTGTTGGCCACCACAAACCCGTGATTGCCATCTTATGGAGTCCTGATGATCGTCAAGTTCTTACATGTGGAGCAGAAGAGGTTATCAGACGCTGGGATGTTGATTCAGGAGACTGTGTTCACATGTATGAAAAAGGCGGTATCAGTCCCATTTCTTGCGGATGGTATCCTGATGGGCAGGGGATAATCGCCGGGATGACAGACCGAAGCATCTGCATGTGGGATTTAGATGGTAGAGAGAAGGAATGCTGGAAAGGTCAGAGGACTCAAAAGGTATCAGATATAGCAATGACGGATGATGGAAAGTGGCTCGTAAGTGTATGCAAAGATTCCGTGATATCACTATTTGATAGAGAAGCTACAGTTGAGAGATTAATAGAAGAGGAAGACATGATTACCTCGTTCTCGCTTTCGAATGACAACAAATATATCCTGGTAAACCTCCTCAACCAGGAAATCCGTCTCTGGAATATTGAAGGTGACCCCAAGATTGTGTCGAGATACAAAGGCCACAAGCGTTCACGATTCATCATCAGATCATGCTTTGGTGGGTATAAACAAGCTTTCATCGCTAGCGGAAGCGAGGACTCTCAGGTATATATATGGCACAGATCTACAGGGAAGTTAATAGTTGAGCTACCAGGCCATGCAGGAGCAGTTAACTGCGTGAGCTGGAGCCCGACGAATCTACACATGTTGGCTTCAGCAAGCGATGATGGAACAATAAGGATATGGGGACTTGACCGGATTAACCAACAAAACCAGAAGAAGAAGCTAGTGCAAGGAAGTAGCAGTAATGGTGTGATTCACCGATGCAATGGGAATTGATTATGATAAAAAAAAAAGGAATGACCTTCTTAAAACTATTTAACAGTTATGTTGTTTCTTCTTTCTTCATCAGCCTCTTTTTGTTTGCTTCCTTTGGTATGGAAAGCAAACGAAAGAAGGTAAAAGCTGTTTTTTTTTTTCAAATTCTGAACCCATAAGTGGAAGGAACAAAAAGGAAAAAGAAAATGCAATTTGCAACATAATTCTTCTATTGATGTTACATTGTAC
>AT5G08560.1
TCTCTCTCCTTTTCATCTTCTTTAACGCTTCTCTTTTCCAGAACTTGCTCTCTCTCTCTCTTTCTATCATCTCCTCACCGCTTCCTAAATCTCTATAGCGGTCTTCCTTCCCTCCTTTGTTTCCGGGCTGTTCCTTAATCACTATCTCTTTCTCTTTCTTCTGCCATCGCCAAACCTTATCTGGGTTTTGCTTCTTATTTGATTTATATGGGCTGAACTAGGAATTTCATGGGAGTTGTGGAGGATACTGAACCTCCTTTGAAACGTGCTAAGAGGCTTGCTGACGAACCGAACGGCTTCTCCGCGAACTCGTCTGTTAGAGGTAGTAGTGTGAACAGCAACTCTTTGGGAGACCTGATGGCAAGGCCTCTGCCCTCCCAAGGGGATGACGAAACTATCGGCTCCAAAGGGGTCATTAGAAAATCTGAATTCGTTAGGATTATCACTAGGGCTCTTTATTCTCTTGGATATGATAAAACCGGGGCTATGTTGGAGGAAGAATCCGGTATCTCTCTGCACAATTCCACCATTAAGCTGTTTCTGCAGCAGGTTAAGGACGGCAAATGGGATCAAAGTGTTAAAACATTGCACAGAATCGGTTTCCCTGATGAGAAGGCTGTCAAGGCTGCGTCTTTCTTGCTCCTAGAGCAAAAGTTCTTGGAGTTTCTCAAAGTTGAAAAGATAGCTGATGCGCTACGCACCTTAAGGAATGAGATGGCGCCTCTTCGTATTAATACAAAGCGTGTTCATGAGCTCGCTTCCTCCCTTATATCACCTTCAAGCTTTATATCACATACCACTTCGACTCCAGGTAAAGAAAGTGTGAATTCAAGGTCTAAGGTTTTGGAGGAACTGCAAACCTTGCTTCCTGCTTCTGTTATAATCCCAGAAAAGAGGTTGGAGTGTTTAGTTGAGAATTCACTTCATATTCAGCGGGATTCTTGTGTTTTCCATAATACTTTGGATAGTGATTTGTCTTTGTATTCTGATCATCAATGCGGGAAGCACCAAATTCCTTCTCAGACTGCTCAGATCTTGGAGTCACATACCGATGAAGTTTGGTTCTTGCAATTTTCACATAATGGCAAATATTTGGCTTCATCTTCCAAGGATCAAACCGCAATTATATGGGAGATCAGCGCAGATGGGCACATTTCATTGAAGCATACACTTGTTGGCCACCACAAACCCGTGATTGCCATCTTATGGAGTCCTGATGATCGTCAAGTTCTTACATGTGGAGCAGAAGAGGTTATCAGACGCTGGGATGTTGATTCAGGAGACTGTGTTCACATGTATGAAAAAGGCGGTATCAGTCCCATTTCTTGCGGATGGTATCCTGATGGGCAGGGGATAATCGCCGGGATGACAGACCGAAGCATCTGCATGTGGGATTTAGATGGTAGAGAGAAGGAATGCTGGAAAGGTCAGAGGACTCAAAAGGTATCAGATATAGCAATGACGGATGATGGAAAGTGGCTCGTAAGTGTATGCAAAGATTCCGTGATATCACTATTTGATAGAGAAGCTACAGTTGAGAGATTAATAGAAGAGGAAGACATGATTACCTCGTTCTCGCTTTCGAATGACAACAAATATATCCTGGTAAACCTCCTCAACCAGGAAATCCGTCTCTGGAATATTGAAGGTGACCCCAAGATTGTGTCGAGATACAAAGGCCACAAGCGTTCACGATTCATCATCAGATCATGCTTTGGTGGGTATAAACAAGCTTTCATCGCTAGCGGAAGCGAGGACTCTCAGGTATATATATGGCACAGATCTACAGGGAAGTTAATAGTTGAGCTACCAGGCCATGCAGGAGCAGTTAACTGCGTGAGCTGGAGCCCGACGAATCTACACATGTTGGCTTCAGCAAGCGATGATGGAACAATAAGGATATGGGGACTTGACCGGATTAACCAACAAAACCAGAAGAAGAAGCTAGTGCAAGGAAGTAGCAGTAATGGTGTGATTCACCGATGCAATGGGAATTGATTATGATAAAAAAAAAAGGAATGACCTTCTTAAAACTATTTAACAGTTATGTTGTTTCTTCTTTCTTCATCAGCCTCTTTTTGTTTGCTTCCTTTGGTATGGAAAGCAAACGAAAGAAGGTAAAAGCTGTTTTTTTTTTTCAAATTCTGAACCCATAAGTGGAAGGAACAAAAAGGAAAAAGAAAATGCAATTTGCAACATAATTCTTCTATTGATGTTACATTGTAC

CDS Sequence

Protein Sequence