AT5G14420

Gene Details

Gene ID: AT5G14420
Gene Symbol: RGLG2
Gene Name: RING domain ligase2
Description: RING domain ligase2;(source:Araport11)
TAIR Accession: locus:2145643
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:0000036 — leaf vascular system — sistema vascular de la hoja (Spanish, exact), 葉維管系 (Japanese, exact), leaf venation (related)
PO:0000332 — shoot epidermal pavement cell — célula del pavimento epidermal (Spanish, exact), 表皮被蓋細胞 (Japanese, exact)
PO:0003011 — root vascular system — sistema vascular de la raíz (Spanish, exact), 根維管系 (Japanese, exact), root vein (related)
PO:0020030 — cotyledon — cotiledón (Spanish, exact), seed leaf (exact), 子葉 (Japanese, exact)
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:0004842 — enables — ubiquitin-protein transferase activity
GO:0005515 — enables — protein binding
GO:0005634 — located in — nucleus
GO:0061630 — enables — ubiquitin protein ligase activity
GO:0009690 — acts upstream of or within — cytokinin metabolic process
GO:0009850 — acts upstream of or within — auxin metabolic process
GO:0005634 — is active in — nucleus
GO:0080148 — acts upstream of or within — negative regulation of response to water deprivation
GO:0005886 — located in — plasma membrane

CS24985 — No visible phenotype.
axr1-12 rglg1 rglg2 — The triple mutant had an approximately additive phenotype. They were bushy and displayed the reduced fertility of axr1-12 plants.
rglg1 rglg2 — Although the overall growth of young rglg1 rglg2 seedlings closely resembled that of wild-type plants, the early rosette leaves were more elongated and darker. These early rosette leaves senesce after ~4 to 6 weeks of growth. The first emerging shoots were short and terminated by one or few flowers yielding fertile siliques. Later developing shoots were longer. Another difference between the wild type and the rglg1 rglg2 mutant was leaf shape and architecture. Mutant leaves were more oblong and often asymmetric and had reduced numbers of veins. Whereas leaf initials in the wild type formed a spiral, with an ~137.5° angle between leaf initials, the rglg1 rglg2 mutant formed two initials opposite to each other and then switched by 90° to form the next pair of opposing leaves. Thus, rglg1 rglg2 plants often had a decussate pattern of leaf mergence, instead of the spiral pattern of wild-type Arabidopsis. Additional phenotypes of aerial plant parts, in particular an increased cell size.
rglg1 rglg2 — Auxin (IAA) concentration was almost twofold lower in roots of 2-week-old mutant seedlings compared to wild type.
rglg1 rglg2 — Changes in the concentrations of cytokinin nucleotides and conjugates.
rglg1 rglg2 — Impaired circadian clock function.
rglg1 rglg2 — Roots of wild-type and mutant plants were similar in spite of a moderate (14%) reduction in the main root length of plantlets grown on plates.
rglg1 rglg2 — The double mutant showed a complete loss of apical dominance, lacking normal dominance of the central apical meristem, and the development of a central inflorescence. All double mutants grown to maturity had >30 shoots of comparable length.
tir3-1 RGLG1:rglg1 rglg2 — Showed some phenotypic similarity with tir3-1 axr1-12 plants, being more bushy than tir3-1 plants and often producing siliques in bundles.
tir3-1 RGLG1:rglg1 rglg2 — The triple homozygous progeny has low viability, accumulated anthocyanin, and all plants died before shoot emergence.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G14420.1
AGGTATAGGTAAATTGCATCTTCTAATAATGTCAGAATCTTAAACAAAGTTTCTGCTTTTTTTTTCTGGGGTTTCATGAATATACTCTAAAGGCTAAATCTTTGTTTTGCAGGGTACGGAACTGACCTGAGAGGTTTGATTTGAATCTAAAAAGGTTTAGTTTTTTGTTAAGTTTGATGGGGACAGGGAATTCTAAAGAAAACTGGAGACAGTCATCGTTTAGGTCAACTTCTGCTTCATCAGCATCACCATCTTCATCTTCATGGGCTTCTCAACAAAGTTATCCTCAGTATGGTGCAGAAAGCTATAATTACCCTCCTCCACCTTCTTATGCCCAACCTCCTGAGTATACGCAACCTCCTCCTCCTTTATATAGTACTCAGCCTTACTCTGCTCCGTCTTATTCTGCACCGCCTTCTCAAAGTTATGGTAGTGATAATAAGAAGAGGTTGGAGCGCAAGTATTCGAAAATTTCTGATGATTACTCTTCTTTGGAGCAGGTGACGGAGGCTCTTGCACGGGCGGGTCTAGAATCTTCAAATCTCATCGTTGGTATTGATTTCACTAAGAGTAACGAATGGACAGGGGCCAGGTCCTTCAATAGGAAAAGCTTACACTTCATAGGCAGTAGTCCCAATCCTTATGAACAAGCGATAACTATCATAGGAAGAACCTTAGCCGCCTTTGACGAGGACAACTTGATTCCATGTTATGGTTTTGGAGATGCATCAACACATGATCAAGACGTGTTCAGTTTCAATTCAGAGGATAGATTCTGTAATGGATTTGAGGAAGTACTTTCCCGGTATAAGGAGATCGTGCCTCAACTTAAGCTTGCAGGGCCAACCTCCTTTGCTCCGATCATCGATATGGCCATGACCATTGTTGAGCAGAGTGGTGGGCAATATCACGTCCTAGTGATAATAGCAGATGGGCAGGTTACAAGAAGTGTTGACACGGAAAATGGACAGTTAAGTCCACAAGAACAGAAGACGGTAGATGCGATCGTGCAAGCGAGTAAGCTTCCTCTATCAATCGTCTTAGTCGGGGTGGGGGATGGACCTTGGGACATGATGAGGGAATTTGACGATAATATTCCGGCCAGAGCGTTTGATAACTTCCAATTCGTGAACTTCACAGAGATCATGGCAAAGAACAAAGCTCAATCCTTGAAGGAAACAGAGTTTGCCCTTTCTGCTCTCATGGAGATTCCTCAACAATACAAGGCGACAATAGAGCTTAACCTTTTAGGAAGAAGAAATGGATATATCCCGGAGAGATTCCCTCTTCCGCCTCCAATGCGCGGTGGATCATCGTCCTACAACAGTCCAAAGCCTTCACGTCTTCCAAGTTTCAAACCGAGTGTTCCTCCTCATCCAACTGAAGGCTATCACGTAAGGTCTAGTCCCGTCCCACCCCCTACAAGCTCTGCTTCTGATAACCAGCTATGTCCGATTTGTTTGAGCAACCCGAAAGACATGGCCTTTGGTTGTGGCCATCAGACTTGTTGCGAGTGTGGACCAGATCTTCAAATGTGTCCGATTTGCCGTGCACCAATCCAGACAAGAATAAAGCTCTACTAACAAACAAGTAGACCAGACATCGACGACCCTTCTCTCTCTTTCATCTTCTTTCAACTTCTTTTGGGAATTTAGTTTGAATCTAATCACTGAAATTTCTCCGAGAAAGATCGGATCTTTTGTATAAAGAAAAAAACAATGCTTGTTCGTTTACTCACTTTCCTAACTTCATCTTGTCCCAAAACCTTTGACTTCTTTCTTTCTTTCTATCTTTCTTCTTTGCTTGGAGTAAAAAAATTGTTATTCATGTGCCCA
>AT5G14420.4
AGGTATAGGTAAATTGCATCTTCTAATAATGTCAGAATCTTAAACAAAGTTTCTGCTTTTTTTTTCTGGGGTTTCATGAATATACTCTAAAGGCTAAATCTTTGTTTTGCAGGGTACGGAACTGACCTGAGAGGTTTGATTTGAATCTAAAAAGGTTTAGTTTTTTGTTAAGTTTGATGGGGACAGGGAATTCTAAAGAAAACTGGAGACAGTCATCGTTTAGGTCAACTTCTGCTTCATCAGCATCACCATCTTCATCTTCATGGGCTTCTCAACAAAGTTATCCTCAGTATGGTGCAGAAAGCTATAATTACCCTCCTCCACCTTCTTATGCCCAACCTCCTGAGTATACGCAACCTCCTCCTCCTTTATATAGTACTCAGCCTTACTCTGCTCCGTCTTATTCTGCACCGCCTTCTCAAAGTTATGGTAGTGATAATAAGAAGAGGTTGGAGCGCAAGTATTCGAAAATTTCTGATGATTACTCTTCTTTGGAGCAGGTGACGGAGGCTCTTGCACGGGCGGGTCTAGAATCTTCAAATCTCATCGTTGGTATTGATTTCACTAAGAGTAACGAATGGACAGGGGCCAGGTCCTTCAATAGGAAAAGCTTACACTTCATAGGCAGTAGTCCCAATCCTTATGAACAAGCGATAACTATCATAGGAAGAACCTTAGCCGCCTTTGACGAGGACAACTTGATTCCATGTTATGGTTTTGGAGATGCATCAACACATGATCAAGACGTGTTCAGTTTCAATTCAGAGGATAGATTCTGTAATGGATTTGAGGAAGTACTTTCCCGGTATAAGGAGATCGTGCCTCAACTTAAGCTTGCAGGGCCAACCTCCTTTGCTCCGATCATCGATATGGCCATGACCATTGTTGAGCAGAGTGGTGGGCAATATCACGTCCTAGTGATAATAGCAGATGGGCAGGTTACAAGAAGTGTTGACACGGAAAATGGACAGTTAAGTCCACAAGAACAGAAGACGGTAGATGCGATCGTGCAAGCGAGTAAGCTTCCTCTATCAATCGTCTTAGTCGGGGTGGGGGATGGACCTTGGGACATGATGAGGGAATTTGACGATAATATTCCGGCCAGAGCGTTTGATAACTTCCAATTCGTGAACTTCACAGAGATCATGGCAAAGAACAAAGCTCAATCCTTGAAGGAAACAGAGTTTGCCCTTTCTGCTCTCATGGAGATTCCTCAACAATACAAGGCGACAATAGAGCTTAACCTTTTAGGAAGAAGAAATGGATATATCCCGGAGAGATTCCCTCTTCCGCCTCCAATGCGCGGTGGATCATCGTCCTACAACAGTCCAAAGCCTTCACGTCTTCCAAGTTTCAAACCGAGTGTTCCTCCTCATCCAACTGAAGGCTATCACGTAAGGTCTAGTCCCGTCCCACCCCCTACAAGCTCTGCTTCTGATAACCAGCTATGTCCGATTTGTTTGAGCAACCCGAAAGACATGGCCTTTGGTTGTGGCCATCAGACTTGTTGCGAGTGTGGACCAGATCTTCAAATGTGTCCGATTTGCCGTGCACCAATCCAGACAAGAATAAAGCTCTACTAACAAACAAGTAGACCAGACATCGACGACCCTTCTCTCTCTTTCATCTTCTTTCAACTTCTTTTGGGAATTTAGTTTGAATCTAATCACTGAAATTTCTCCGAGAAAGATCGGATCTTTTGTATAAAGAAAAAAACAATGCTTGTTCGTTTACTCACTTTCCTAACTTCATCTTGTCCCAAAACCTTTGACTTCTTTCTTTCTTTCTATCTTTCTTCTTTGCTTGGAGTAAAAAAATTGTTATTCATGTGCCCA
>AT5G14420.2
AGGTATAGGTAAATTGCATCTTCTAATAATGTCAGAATCTTAAACAAAGTTTCTGCTTTTTTTTTCTGGGGTTTCATGAATATACTCTAAAGGCTAAATCTTTGTTTTGCAGGGTACGGAACTGACCTGAGAGGTTTGATTTGAATCTAAAAAGGTTTAGTTTTTTGTTAAGTTTGATGGGGACAGGGAATTCTAAAGAAAACTGGAGACAGTCATCGTTTAGGTCAACTTCTGCTTCATCAGCATCACCATCTTCATCTTCATGGGCTTCTCAACAAAGTTATCCTCAGTATGGTGCAGAAAGCTATAATTACCCTCCTCCACCTTCTTATGCCCAACCTCCTGAGTATACGCAACCTCCTCCTCCTTTATATAGTACTCAGCCTTACTCTGCTCCGTCTTATTCTGCACCGCCTTCTCAAAGTTATGGTAGTGATAATAAGAAGAGGTTGGAGCGCAAGTATTCGAAAATTTCTGATGATTACTCTTCTTTGGAGCAGGTGACGGAGGCTCTTGCACGGGCGGGTCTAGAATCTTCAAATCTCATCGTTGGTATTGATTTCACTAAGAGTAACGAATGGACAGGGGCCAGGTCCTTCAATAGGAAAAGCTTACACTTCATAGGCAGTAGTCCCAATCCTTATGAACAAGCGATAACTATCATAGGAAGAACCTTAGCCGCCTTTGACGAGGACAACTTGATTCCATGTTATGGTTTTGGAGATGCATCAACACATGATCAAGACGTGTTCAGTTTCAATTCAGAGGATAGATTCTGTAATGGATTTGAGGAAGTACTTTCCCGGTATAAGGAGATCGTGCCTCAACTTAAGCTTGCAGGGCCAACCTCCTTTGCTCCGATCATCGATATGGCCATGACCATTGTTGAGCAGAGTGGTGGGCAATATCACGTCCTAGTGATAATAGCAGATGGGCAGGTTACAAGAAGTGTTGACACGGAAAATGGACAGTTAAGTCCACAAGAACAGAAGACGGTAGATGCGATCGTGCAAGCGAGTAAGCTTCCTCTATCAATCGTCTTAGTCGGGGTGGGGGATGGACCTTGGGACATGATGAGGGAATTTGACGATAATATTCCGGCCAGAGCGTTTGATAACTTCCAATTCGTGAACTTCACAGAGATCATGGCAAAGAACAAAGCTCAATCCTTGAAGGAAACAGAGTTTGCCCTTTCTGCTCTCATGGAGATTCCTCAACAATACAAGGCGACAATAGAGCTTAACCTTTTAGGAAGAAGAAATGGATATATCCCGGAGAGATTCCCTCTTCCGCCTCCAATGCGCGGTGGATCATCGTCCTACAACAGTCCAAAGCCTTCACGTCTTCCAAGTTTCAAACCGAGTGTTCCTCCTCATCCAACTGAAGGCTATCACGTAAGGTCTAGTCCCGTCCCACCCCCTACAAGCTCTGCTTCTGATAACCAGCTATGTCCGATTTGTTTGAGCAACCCGAAAGACATGGCCTTTGGTTGTGGCCATCAGACTTGTTGCGAGTGTGGACCAGATCTTCAAATGTGTCCGATTTGCCGTGCACCAATCCAGACAAGAATAAAGCTCTACTAACAAACAAGTAGACCAGACATCGACGACCCTTCTCTCTCTTTCATCTTCTTTCAACTTCTTTTGGGAATTTAGTTTGAATCTAATCACTGAAATTTCTCCGAGAAAGATCGGATCTTTTGTATAAAGAAAAAAACAATGCTTGTTCGTTTACTCACTTTCCTAACTTCATCTTGTCCCAAAACCTTTGACTTCTTTCTTTCTTTCTATCTTTCTTCTTTGCTTGGAGTAAAAAAATTGTTATTCATGTGCCCA
>AT5G14420.3
AGGTATAGGTAAATTGCATCTTCTAATAATGTCAGAATCTTAAACAAAGTTTCTGCTTTTTTTTTCTGGGGTTTCATGAATATACTCTAAAGGCTAAATCTTTGTTTTGCAGGGTACGGAACTGACCTGAGAGGTTTGATTTGAATCTAAAAAGGTTTAGTTTTTTGTTAAGTTTGATGGGGACAGGGAATTCTAAAGAAAACTGGAGACAGTCATCGTTTAGGTCAACTTCTGCTTCATCAGCATCACCATCTTCATCTTCATGGGCTTCTCAACAAAGTTATCCTCAGTATGGTGCAGAAAGCTATAATTACCCTCCTCCACCTTCTTATGCCCAACCTCCTGAGTATACGCAACCTCCTCCTCCTTTATATAGTACTCAGCCTTACTCTGCTCCGTCTTATTCTGCACCGCCTTCTCAAAGTTATGGTAGTGATAATAAGAAGAGGTTGGAGCGCAAGTATTCGAAAATTTCTGATGATTACTCTTCTTTGGAGCAGGTGACGGAGGCTCTTGCACGGGCGGGTCTAGAATCTTCAAATCTCATCGTTGGTATTGATTTCACTAAGAGTAACGAATGGACAGGGGCCAGGTCCTTCAATAGGAAAAGCTTACACTTCATAGGCAGTAGTCCCAATCCTTATGAACAAGCGATAACTATCATAGGAAGAACCTTAGCCGCCTTTGACGAGGACAACTTGATTCCATGTTATGGTTTTGGAGATGCATCAACACATGATCAAGACGTGTTCAGTTTCAATTCAGAGGATAGATTCTGTAATGGATTTGAGGAAGTACTTTCCCGGTATAAGGAGATCGTGCCTCAACTTAAGCTTGCAGGGCCAACCTCCTTTGCTCCGATCATCGATATGGCCATGACCATTGTTGAGCAGAGTGGTGGGCAATATCACGTCCTAGTGATAATAGCAGATGGGCAGGTTACAAGAAGTGTTGACACGGAAAATGGACAGTTAAGTCCACAAGAACAGAAGACGGTAGATGCGATCGTGCAAGCGAGTAAGCTTCCTCTATCAATCGTCTTAGTCGGGGTGGGGGATGGACCTTGGGACATGATGAGGGAATTTGACGATAATATTCCGGCCAGAGCGTTTGATAACTTCCAATTCGTGAACTTCACAGAGATCATGGCAAAGAACAAAGCTCAATCCTTGAAGGAAACAGAGTTTGCCCTTTCTGCTCTCATGGAGATTCCTCAACAATACAAGGCGACAATAGAGCTTAACCTTTTAGGAAGAAGAAATGGATATATCCCGGAGAGATTCCCTCTTCCGCCTCCAATGCGCGGTGGATCATCGTCCTACAACAGTCCAAAGCCTTCACGTCTTCCAAGTTTCAAACCGAGTGTTCCTCCTCATCCAACTGAAGGCTATCACGTAAGGTCTAGTCCCGTCCCACCCCCTACAAGCTCTGCTTCTGATAACCAGCTATGTCCGATTTGTTTGAGCAACCCGAAAGACATGGCCTTTGGTTGTGGCCATCAGACTTGTTGCGAGTGTGGACCAGATCTTCAAATGTGTCCGATTTGCCGTGCACCAATCCAGACAAGAATAAAGCTCTACTAACAAACAAGTAGACCAGACATCGACGACCCTTCTCTCTCTTTCATCTTCTTTCAACTTCTTTTGGGAATTTAGTTTGAATCTAATCACTGAAATTTCTCCGAGAAAGATCGGATCTTTTGTATAAAGAAAAAAACAATGCTTGTTCGTTTACTCACTTTCCTAACTTCATCTTGTCCCAAAACCTTTGACTTCTTTCTTTCTTTCTATCTTTCTTCTTTGCTTGGAGTAAAAAAATTGTTATTCATGTGCCCA

CDS Sequence

Protein Sequence