AT5G26570

Gene Details

Gene ID: AT5G26570
Gene Symbol: ATGWD3, OK1, PWD
Gene Name: PHOSPHOGLUCAN WATER DIKINASE
Description: chloroplastidic phosphoglucan, water dikinase (ATGWD3);(source:Araport11)
TAIR Accession: locus:2151089
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0000014 — rosette leaf — hoja en roseta (Spanish, exact), ロゼット葉 (Japanese, exact)
PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
PO:0009047 — stem — caña (Spanish, exact), culm (exact), eje primario (Spanish, exact), primary axis (exact), primary stem (exact), tallo (Spanish, exact), tronco (Spanish, exact), 茎 (Japanese, exact), bole (narrow), cane (narrow), caudex (narrow), caudices (narrow), core (narrow), primocane (narrow), scape (narrow), stalk (narrow), trunk (narrow)
PO:0009049 — inflorescence — inflorescencia (Spanish, exact), 花序 (Japanese, exact), Triticeae spike (narrow)
PO:0000293 — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)

GO:0051752 — enables — phosphoglucan, water dikinase activity
GO:0009507 — located in — chloroplast
GO:0005982 — acts upstream of or within — starch metabolic process
GO:0009570 — located in — chloroplast stroma
GO:0046777 — acts upstream of or within — protein autophosphorylation
GO:0005983 — acts upstream of or within — starch catabolic process
GO:0102219 — enables — phosphogluco-amylopectin water dikinase activity
GO:0102217 — enables — 6-phosphoglucan, water dikinase activity
GO:0009536 — located in — plastid
GO:0019200 — enables — carbohydrate kinase activity
GO:2001070 — enables — starch binding

SALK_110814 — Rosette leaves of Atgwd3 mutant plants have high starch content in young leaves (14 days old) and mature rosettes (assessed by iodine-staining). Starch was detected even after plants were subjected to 96h darkness. Compared to wildtype, the amount of starch present at the beginning of the day was threefold higher on the mutant. During the light period this difference decreases but at the end of the day there is still 15-20% more starch in Atgwd3 leaves. A two-fold decrease in C-3 positioned phospho-esters is observed in mutant starch compared to that of wildtype.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G26570.1
CCCCATAGGAAAAAGCGAAACTCTCTATAATTGATTGTTACTGGCTTTGATACTTTGAAGACTGAACACAAACAAAAAAATCTCTTATCACACCACCTCCAATGGAGAGCATTGGCAGCCATTGTTGCAGCTCTCCTTTCACCTTCATCACTAGAAACTCATCATCATCACTTCCTAGACTCGTTAACATCACTCACAGAGTTAATCTCAGCCACCAATCTCACCGACTCAGAAACTCCAATTCTCGTCTCACTTGCACTGCTACTTCTTCTTCCACCATTGAGGAACAACGGAAGAAGAAAGATGGGTCAGGAACGAAAGTGAGGTTGAATGTGAGGTTAGATCATCAAGTTAATTTTGGTGACCATGTGGCTATGTTTGGATCAGCTAAAGAGATTGGTTCATGGAAAAAGAAATCGCCTTTGAATTGGAGTGAGAATGGATGGGTTTGTGAGTTGGAACTTGACGGTGGTCAGGTTTTGGAGTATAAGTTTGTCATTGTTAAGAATGATGGTTCACTTTCATGGGAATCTGGTGATAATCGTGTCCTTAAGGTTCCAAATTCTGGGAATTTTTCTGTTGTTTGTCATTGGGATGCTACTAGAGAAACCCTTGATTTGCCTCAGGAGGTTGGTAATGATGATGATGTTGGTGATGGTGGGCATGAGAGGGATAATCATGATGTTGGTGATGATAGAGTAGTGGGAAGTGAAAATGGTGCGCAGCTTCAGAAGAGTACATTGGGTGGGCAATGGCAAGGTAAAGATGCGTCCTTTATGCGTTCTAATGATCATGGTAACAGAGAAGTTGGTAGAAATTGGGATACTAGTGGTCTTGAAGGCACAGCTCTTAAGATGGTTGAGGGTGATCGCAACTCTAAGAACTGGTGGAGAAAGCTTGAAATGGTACGCGAGGTTATAGTTGGGAGTGTTGAGAGGGAGGAACGATTGAAGGCGCTCATATACTCTGCAATTTATTTGAAGTGGATAAACACAGGTCAGATTCCTTGTTTTGAAGATGGAGGGCATCACCGTCCAAACAGGCATGCCGAGATTTCCAGACTTATATTCCGTGAGTTGGAGCACATTTGCAGTAAGAAAGATGCTACTCCAGAGGAAGTGCTTGTTGCTCGGAAAATCCATCCGTGTTTACCTTCTTTCAAAGCAGAGTTTACTGCAGCTGTCCCTCTAACTCGGATTAGGGACATAGCCCATCGCAATGATATTCCTCATGATCTCAAGCAAGAAATCAAGCATACGATACAAAATAAGCTTCACCGGAATGCTGGTCCAGAAGATCTAATTGCAACAGAAGCAATGCTTCAACGAATTACCGAGACCCCAGGAAAATATAGTGGAGACTTTGTGGAGCAGTTTAAAATATTCCATAATGAGCTTAAAGATTTCTTTAATGCTGGAAGTCTCACTGAACAGCTTGATTCTATGAAAATTTCTATGGATGATAGAGGTCTTTCTGCGCTCAATTTGTTTTTTGAATGTAAAAAGCGCCTTGACACATCAGGAGAATCAAGCAATGTTTTGGAGTTGATTAAAACCATGCATTCTCTAGCTTCTTTAAGAGAAACAATTATAAAGGAACTTAATAGCGGCTTGCGAAATGATGCTCCTGATACTGCCATTGCAATGCGCCAGAAGTGGCGCCTTTGTGAGATCGGCCTCGAGGACTACTTTTTTGTTCTACTAAGCAGATTCCTCAATGCTCTTGAAACTATGGGAGGAGCTGATCAACTGGCAAAAGATGTGGGATCAAGAAACGTTGCCTCATGGAATGATCCACTAGATGCTTTGGTGTTGGGTGTTCACCAAGTAGGTCTATCTGGTTGGAAGCAAGAAGAATGTTTAGCCATTGGAAATGAACTCCTTGCTTGGCGAGAAAGGGACCTACTTGAAAAAGAAGGGGAAGAGGATGGAAAAACAATTTGGGCCATGAGGCTGAAAGCAACTCTTGATCGAGCACGCAGATTAACAGCAGAATATTCTGATTTGCTTCTTCAAATATTTCCTCCTAATGTGGAGATTTTAGGAAAAGCTCTAGGAATTCCAGAGAATAGTGTCAAGACCTATACAGAAGCAGAGATTCGTGCTGGAATTATTTTCCAGATCTCAAAGCTCTGCACTGTTCTTCTAAAAGCTGTAAGAAATTCACTTGGTTCTGAGGGCTGGGATGTCGTTGTACCTGGATCGACGTCTGGGACATTAGTTCAGGTTGAGAGCATTGTTCCGGGATCATTGCCAGCAACTTCTGGTGGTCCTATTATTCTCTTGGTCAATAAAGCTGATGGCGATGAAGAGGTAAGTGCTGCTAATGGGAACATAGCTGGAGTCATGCTTCTGCAGGAGCTGCCTCACTTGTCTCACCTTGGCGTTAGAGCGCGGCAGGAGAAAATTGTCTTTGTGACATGTGATGATGATGACAAGGTTGCTGATATACGACGACTTGTGGGAAAATTTGTGAGGTTGGAAGCATCTCCAAGTCATGTGAATCTGATACTTTCAACTGAGGGTAGGAGTCGCACTTCCAAATCCAGTGCGACCAAAAAAACGGATAAGAACAGCTTATCTAAGAAAAAAACAGATAAGAAGAGCTTATCTATCGATGATGAAGAATCAAAGCCTGGTTCCTCATCTTCCAATAGCCTCCTTTACTCTTCCAAGGATATCCCTAGTGGAGGAATCATAGCACTTGCTGATGCAGATGTACCAACTTCTGGTTCAAAATCTGCTGCATGTGGTCTTCTTGCATCTTTAGCAGAAGCCTCTAGTAAAGTGCACAGCGAACACGGAGTTCCGGCATCATTTAAGGTTCCAACTGGAGTTGTCATACCTTTTGGATCGATGGAATTAGCTTTAAAGCAAAATAATTCGGAAGAAAAGTTTGCGTCTTTGCTAGAAAAACTAGAAACCGCCAGACCTGAGGGTGGTGAGCTAGACGACATATGTGACCAGATCCATGAAGTGATGAAAACGTTGCAAGTGCCTAAAGAAACAATCAACAGCATAAGCAAAGCGTTTCTCAAAGATGCTCGTCTCATTGTTCGTTCAAGTGCTAACGTCGAGGACTTAGCCGGAATGTCAGCTGCAGGACTCTATGAATCAATCCCTAACGTGAGTCCCTCGGATCCTTTGGTGTTTTCAGATTCGGTTTGCCAAGTTTGGGCTTCTCTCTACACAAGAAGAGCTGTTCTAAGCCGTAGAGCTGCTGGTGTCTCTCAAAGAGAAGCTTCAATGGCTGTTCTCGTTCAAGAAATGCTTTCGCCGGACTTATCATTCGTTCTGCACACAGTGAGTCCAGCTGATCCGGACAGTAACCTTGTGGAAGCCGAGATCGCTCCTGGTTTAGGTGAGACTTTAGCTTCAGGAACAAGAGGAACACCATGGAGACTCGCTTCGGGTAAGCTCGACGGGATTGTACAAACCTTAGCTTTCGCAAACTTCAGCGAAGAGCTTCTTGTGTCAGGAACAGGTCCTGCTGATGGAAAATACGTTCGGTTGACCGTGGACTATAGCAAAAAACGTTTAACTGTTGACTCGGTGTTTAGACAGCAGCTCGGTCAGAGACTCGGTTCGGTTGGTTTCTTCTTGGAAAGAAACTTTGGCTGTGCTCAAGACGTTGAAGGTTGTTTGGTTGGTGAAGATGTTTACATTGTTCAGTCAAGGCCACAACCTCTGTAGAATCTTTTATCTATAAAGCGAATAATACAAAAAATGCTAGAAATAAAATCTGCATTTGCCTCGTTACCATATGTGAAGTTATGTTAAAATGTTTAATGATGGTATATTATATGTAATAATTTTTAGTAAAGTTTATGGAATTTTACTTTTATTAAATGTACTTAAAATATAAAATTACTAATCAAATATATTAAATTTCTTAGATT
>AT5G26570.2
CCCCATAGGAAAAAGCGAAACTCTCTATAATTGATTGTTACTGGCTTTGATACTTTGAAGACTGAACACAAACAAAAAAATCTCTTATCACACCACCTCCAATGGAGAGCATTGGCAGCCATTGTTGCAGCTCTCCTTTCACCTTCATCACTAGAAACTCATCATCATCACTTCCTAGACTCGTTAACATCACTCACAGAGTTAATCTCAGCCACCAATCTCACCGACTCAGAAACTCCAATTCTCGTCTCACTTGCACTGCTACTTCTTCTTCCACCATTGAGGAACAACGGAAGAAGAAAGATGGGTCAGGAACGAAAGTGAGGTTGAATGTGAGGTTAGATCATCAAGTTAATTTTGGTGACCATGTGGCTATGTTTGGATCAGCTAAAGAGATTGGTTCATGGAAAAAGAAATCGCCTTTGAATTGGAGTGAGAATGGATGGGTTTGTGAGTTGGAACTTGACGGTGGTCAGGTTTTGGAGTATAAGTTTGTCATTGTTAAGAATGATGGTTCACTTTCATGGGAATCTGGTGATAATCGTGTCCTTAAGGTTCCAAATTCTGGGAATTTTTCTGTTGTTTGTCATTGGGATGCTACTAGAGAAACCCTTGATTTGCCTCAGGAGGTTGGTAATGATGATGATGTTGGTGATGGTGGGCATGAGAGGGATAATCATGATGTTGGTGATGATAGAGTAGTGGGAAGTGAAAATGGTGCGCAGCTTCAGAAGAGTACATTGGGTGGGCAATGGCAAGGTAAAGATGCGTCCTTTATGCGTTCTAATGATCATGGTAACAGAGAAGTTGGTAGAAATTGGGATACTAGTGGTCTTGAAGGCACAGCTCTTAAGATGGTTGAGGGTGATCGCAACTCTAAGAACTGGTGGAGAAAGCTTGAAATGGTACGCGAGGTTATAGTTGGGAGTGTTGAGAGGGAGGAACGATTGAAGGCGCTCATATACTCTGCAATTTATTTGAAGTGGATAAACACAGGTCAGATTCCTTGTTTTGAAGATGGAGGGCATCACCGTCCAAACAGGCATGCCGAGATTTCCAGACTTATATTCCGTGAGTTGGAGCACATTTGCAGTAAGAAAGATGCTACTCCAGAGGAAGTGCTTGTTGCTCGGAAAATCCATCCGTGTTTACCTTCTTTCAAAGCAGAGTTTACTGCAGCTGTCCCTCTAACTCGGATTAGGGACATAGCCCATCGCAATGATATTCCTCATGATCTCAAGCAAGAAATCAAGCATACGATACAAAATAAGCTTCACCGGAATGCTGGTCCAGAAGATCTAATTGCAACAGAAGCAATGCTTCAACGAATTACCGAGACCCCAGGAAAATATAGTGGAGACTTTGTGGAGCAGTTTAAAATATTCCATAATGAGCTTAAAGATTTCTTTAATGCTGGAAGTCTCACTGAACAGCTTGATTCTATGAAAATTTCTATGGATGATAGAGGTCTTTCTGCGCTCAATTTGTTTTTTGAATGTAAAAAGCGCCTTGACACATCAGGAGAATCAAGCAATGTTTTGGAGTTGATTAAAACCATGCATTCTCTAGCTTCTTTAAGAGAAACAATTATAAAGGAACTTAATAGCGGCTTGCGAAATGATGCTCCTGATACTGCCATTGCAATGCGCCAGAAGTGGCGCCTTTGTGAGATCGGCCTCGAGGACTACTTTTTTGTTCTACTAAGCAGATTCCTCAATGCTCTTGAAACTATGGGAGGAGCTGATCAACTGGCAAAAGATGTGGGATCAAGAAACGTTGCCTCATGGAATGATCCACTAGATGCTTTGGTGTTGGGTGTTCACCAAGTAGGTCTATCTGGTTGGAAGCAAGAAGAATGTTTAGCCATTGGAAATGAACTCCTTGCTTGGCGAGAAAGGGACCTACTTGAAAAAGAAGGGGAAGAGGATGGAAAAACAATTTGGGCCATGAGGCTGAAAGCAACTCTTGATCGAGCACGCAGATTAACAGCAGAATATTCTGATTTGCTTCTTCAAATATTTCCTCCTAATGTGGAGATTTTAGGAAAAGCTCTAGGAATTCCAGAGAATAGTGTCAAGACCTATACAGAAGCAGAGATTCGTGCTGGAATTATTTTCCAGATCTCAAAGCTCTGCACTGTTCTTCTAAAAGCTGTAAGAAATTCACTTGGTTCTGAGGGCTGGGATGTCGTTGTACCTGGATCGACGTCTGGGACATTAGTTCAGGTTGAGAGCATTGTTCCGGGATCATTGCCAGCAACTTCTGGTGGTCCTATTATTCTCTTGGTCAATAAAGCTGATGGCGATGAAGAGGTAAGTGCTGCTAATGGGAACATAGCTGGAGTCATGCTTCTGCAGGAGCTGCCTCACTTGTCTCACCTTGGCGTTAGAGCGCGGCAGGAGAAAATTGTCTTTGTGACATGTGATGATGATGACAAGGTTGCTGATATACGACGACTTGTGGGAAAATTTGTGAGGTTGGAAGCATCTCCAAGTCATGTGAATCTGATACTTTCAACTGAGGGTAGGAGTCGCACTTCCAAATCCAGTGCGACCAAAAAAACGGATAAGAACAGCTTATCTAAGAAAAAAACAGATAAGAAGAGCTTATCTATCGATGATGAAGAATCAAAGCCTGGTTCCTCATCTTCCAATAGCCTCCTTTACTCTTCCAAGGATATCCCTAGTGGAGGAATCATAGCACTTGCTGATGCAGATGTACCAACTTCTGGTTCAAAATCTGCTGCATGTGGTCTTCTTGCATCTTTAGCAGAAGCCTCTAGTAAAGTGCACAGCGAACACGGAGTTCCGGCATCATTTAAGGTTCCAACTGGAGTTGTCATACCTTTTGGATCGATGGAATTAGCTTTAAAGCAAAATAATTCGGAAGAAAAGTTTGCGTCTTTGCTAGAAAAACTAGAAACCGCCAGACCTGAGGGTGGTGAGCTAGACGACATATGTGACCAGATCCATGAAGTGATGAAAACGTTGCAAGTGCCTAAAGAAACAATCAACAGCATAAGCAAAGCGTTTCTCAAAGATGCTCGTCTCATTGTTCGTTCAAGTGCTAACGTCGAGGACTTAGCCGGAATGTCAGCTGCAGGACTCTATGAATCAATCCCTAACGTGAGTCCCTCGGATCCTTTGGTGTTTTCAGATTCGGTTTGCCAAGTTTGGGCTTCTCTCTACACAAGAAGAGCTGTTCTAAGCCGTAGAGCTGCTGGTGTCTCTCAAAGAGAAGCTTCAATGGCTGTTCTCGTTCAAGAAATGCTTTCGCCGGACTTATCATTCGTTCTGCACACAGTGAGTCCAGCTGATCCGGACAGTAACCTTGTGGAAGCCGAGATCGCTCCTGGTTTAGGTGAGACTTTAGCTTCAGGAACAAGAGGAACACCATGGAGACTCGCTTCGGGTAAGCTCGACGGGATTGTACAAACCTTAGCTTTCGCAAACTTCAGCGAAGAGCTTCTTGTGTCAGGAACAGGTCCTGCTGATGGAAAATACGTTCGGTTGACCGTGGACTATAGCAAAAAACGTTTAACTGTTGACTCGGTGTTTAGACAGCAGCTCGGTCAGAGACTCGGTTCGGTTGGTTTCTTCTTGGAAAGAAACTTTGGCTGTGCTCAAGACGTTGAAGGTTGTTTGGTTGGTGAAGATGTTTACATTGTTCAGTCAAGGCCACAACCTCTGTAGAATCTTTTATCTATAAAGCGAATAATACAAAAAATGCTAGAAATAAAATCTGCATTTGCCTCGTTACCATATGTGAAGTTATGTTAAAATGTTTAATGATGGTATATTATATGTAATAATTTTTAGTAAAGTTTATGGAATTTTACTTTTATTAAATGTACTTAAAATATAAAATTACTAATCAAATATATTAAATTTCTTAGATT

CDS Sequence

Protein Sequence