Gene Details:
- Gene ID: AT5G10250
- Gene Symbol: DOT3
- Gene Name: DEFECTIVELY ORGANIZED TRIBUTARIES 3
- Description: Phototropic-responsive NPH3 family protein;(source:Araport11)
- TAIR Accession: locus:2145387
- Genome: Araport11_genome_release
- Species: Arabidopsis thaliana
Transcripts:
Plant Ontology Annotations:
- PO:0000017 — vascular leaf primordium — leaf primordium (exact), portion of vascular leaf primordium tissue (exact), primordio de hoja (Spanish, exact), vascular leaf primordia (exact, plural), 葉原基 (Japanese, exact)
Gene Ontology:
- GO:0048367 — acts upstream of or within — shoot system development
- GO:0010588 — acts upstream of or within — cotyledon vascular tissue pattern formation
- GO:0080022 — acts upstream of or within — primary root development
- GO:0010305 — acts upstream of or within — leaf vascular tissue pattern formation
- GO:0010087 — acts upstream of or within — phloem or xylem histogenesis
- GO:0005575 — is active in — cellular_component
- GO:0003674 — enables — molecular_function
Germplasm Phenotype:
- SALK_107193C — dot3-2 mutants are dwarved plants with reduced fertility compared to wild type Arabidopsis plants.
- dot3-1 — dot3-1 mutants are dwarfed plants that have a parallel venation pattern defect in their leaves and abnormal vein loop patterns in their cotyledons. Primary root growth is significantly inhibited in dot3-1 mutants, but, they can produce lateral and adventitious roots.
Function-related keywords:
Literature:
- Cullins 3a and 3b assemble with members of the broad complex/tramtrack/bric-a-brac (BTB) protein family to form essential ubiquitin-protein ligases (E3s) in Arabidopsis. DOI: 10.1074/jbc.M413247200 ; PMID: 15749712
- Vein patterning screens and the defectively organized tributaries mutants in Arabidopsis thaliana. DOI: 10.1111/j.1365-313X.2008.03595.x ; PMID: 18643975
Sequences:
cDNA Sequence
- >AT5G10250.2
GACACATAGTTTACACTTCTAGTAGTTTTAGATAACCCCGTTTTCTTTGTTTTGCAGATCATAAGGGAATGAATTCAGTATCAGCTGCAGAAAGGCTAAAGAGTTTTGGAGATGCTGGTCCAGTATGTAACAAAAGCATTATATTTCCAAGTAGAGTTGTTACATTAGCTAACAGCTTCGAGAAGAAAGACCGTTCCTGGTATGTCAAATCTCAAATCCCTACTGATCTGTCTATTCAAGTCAACGATATTACCTTCAAAGCACACAAGTTTCCTTTGATCTCCAAATGTGGTTACATAAGCTCTATTGAGCTAAAACCTTCAACTTCTGAGAATGGATATCATCTCAAGCTGGAAAACTTCCCAGGTGGAGCAGATACATTCGAGACCATTCTGAAATTTTGCTACAATCTCCCACTGGACTTGAATCCTCTCAATGTAGCTCCACTGAGGTGTGCATCAGAATACTTGTACATGACTGAAGAGTTTGAAGCCGGGAATTTAATCTCCAAGACAGAAGCTTTCATCACTTTTGTAGTACTTGCCTCATGGAGAGATACACTCACTGTTCTGAGATCCTGCACAAACTTATCTCCGTGGGCCGAAAACCTCCAAATCGTAAGGAGATGCTGTGACTTGCTTGCTTGGAAAGCCTGCAATGATAACAACATACCAGAAGATGTTGTAGATAGAAATGAAAGATGCTTATACAATGACATAGCCACCCTTGACATTGATCACTTCATGAGGGTTATAACAACTATGAAAGCAAGACGTGCCAAGCCACAGATTACAGGTAAAATCATCATGAAGTATGCAGATAACTTTTTGCCGGTAATCAATGATGATTTGGAAGGTATAAAAGGTTACGGTTTAGGCAAGAATGAGTTGCAGTTCAGTGTGAACAGAGGAAGAATGGAGGAAAGCAACAGTTTAGGATGTCAAGAACATAAAGAAACTATTGAAAGTTTAGTCAGTGTACTTCCTCCACAATCGGGAGCAGTCTCATGTCACTTTCTCTTAAGGATGCTGAAAACATCAATTGTTTACTCTGCATCACCAGCTTTAATATCTGATCTTGAGAAACGGGTCGGCATGGCTTTGGAAGATGCTAATGTATGTGACCTCCTAATTCCTAACTTCAAAAATGAAGAACAGCAAGAAAGAGTCAGCTCACCTGAGGTATACACTATATACAATGTGGATGTGGTTCACAGGATTTTTGAGTTTTTCTTGATGCATGAGCAACAACAAGTTCTAGGAAAGCCAAGCATATCCAAGCTCTTGGACAATTATTTAGCCGAGATTGCAAAAGATCCATATCTTCCCATCACAAAGTTTCAGGTTCTAGCAGAAATGTTGCCGGAAAATGCTTGGAAATGTCATGATGGTCTCTATAGAGCAATTGATATGTTTCTCAAGACTCATCCTTCATTGTCAGATCACGATAGAAGAAGATTATGCAAAACAATGAACTGTGAGAAACTATCACTTGATGCATGCCTACACGCTGCACAAAATGATCGGTTGCCTCTAAGAACTATCGTCCAGATCAATACTCAAGTGCTTTTCTCGGAACAAGTAAAGATGAGGATGATGATGCAAGACAAGCTACCAGAGAAGGAGGAAGAAAATTCTGGAGGTCGTGAGGATAAACGAATGTCTAGAGATAATGAAATCATCAAGACACTTAAGGAAGAGTTAGAAAATGTGAAGAAGAAGATGTCAGAGCTTCAGAGCGATTACAATGAGCTTCAACAAGAGTATGAAAGGCTAAGTAGCAAACAGAAGAGCTCACATAACTGGGGATTGCGTTGGCAAAAGGTGAAGAAATCGTTCCAGACAAAACGAGAAGATGAGGAAACAAGAGAGAGGACACGAAGAAGAAGTTCCACGGGACAAAGAACTAGTTTCAGGAGGAGAATGTCAATGTCATAAGCCCTAACTTGTGTTTTACGGAATTAAACCAATCAATCATAGTCTCTGCCAAAAAATGTCAGCTTAATGTCAATGTCATAAGCCCTAACTTGTGTTTTACGGAATTAAACCAATCAATCATAGTCTCTGCCAAAAAAATGTCAGCTT - >AT5G10250.1
GACACATAGTTTACACTTCTAGTAGTTTTAGATAACCCCGTTTTCTTTGTTTTGCAGATCATAAGGGAATGAATTCAGTATCAGCTGCAGAAAGGCTAAAGAGTTTTGGAGATGCTGGTCCAGTATGTAACAAAAGCATTATATTTCCAAGTAGAGTTGTTACATTAGCTAACAGCTTCGAGAAGAAAGACCGTTCCTGGTATGTCAAATCTCAAATCCCTACTGATCTGTCTATTCAAGTCAACGATATTACCTTCAAAGCACACAAGTTTCCTTTGATCTCCAAATGTGGTTACATAAGCTCTATTGAGCTAAAACCTTCAACTTCTGAGAATGGATATCATCTCAAGCTGGAAAACTTCCCAGGTGGAGCAGATACATTCGAGACCATTCTGAAATTTTGCTACAATCTCCCACTGGACTTGAATCCTCTCAATGTAGCTCCACTGAGGTGTGCATCAGAATACTTGTACATGACTGAAGAGTTTGAAGCCGGGAATTTAATCTCCAAGACAGAAGCTTTCATCACTTTTGTAGTACTTGCCTCATGGAGAGATACACTCACTGTTCTGAGATCCTGCACAAACTTATCTCCGTGGGCCGAAAACCTCCAAATCGTAAGGAGATGCTGTGACTTGCTTGCTTGGAAAGCCTGCAATGATAACAACATACCAGAAGATGTTGTAGATAGAAATGAAAGATGCTTATACAATGACATAGCCACCCTTGACATTGATCACTTCATGAGGGTTATAACAACTATGAAAGCAAGACGTGCCAAGCCACAGATTACAGGTAAAATCATCATGAAGTATGCAGATAACTTTTTGCCGGTAATCAATGATGATTTGGAAGGTATAAAAGGTTACGGTTTAGGCAAGAATGAGTTGCAGTTCAGTGTGAACAGAGGAAGAATGGAGGAAAGCAACAGTTTAGGATGTCAAGAACATAAAGAAACTATTGAAAGTTTAGTCAGTGTACTTCCTCCACAATCGGGAGCAGTCTCATGTCACTTTCTCTTAAGGATGCTGAAAACATCAATTGTTTACTCTGCATCACCAGCTTTAATATCTGATCTTGAGAAACGGGTCGGCATGGCTTTGGAAGATGCTAATGTATGTGACCTCCTAATTCCTAACTTCAAAAATGAAGAACAGCAAGAAAGAGTCAGCTCACCTGAGGTATACACTATATACAATGTGGATGTGGTTCACAGGATTTTTGAGTTTTTCTTGATGCATGAGCAACAACAAGTTCTAGGAAAGCCAAGCATATCCAAGCTCTTGGACAATTATTTAGCCGAGATTGCAAAAGATCCATATCTTCCCATCACAAAGTTTCAGGTTCTAGCAGAAATGTTGCCGGAAAATGCTTGGAAATGTCATGATGGTCTCTATAGAGCAATTGATATGTTTCTCAAGACTCATCCTTCATTGTCAGATCACGATAGAAGAAGATTATGCAAAACAATGAACTGTGAGAAACTATCACTTGATGCATGCCTACACGCTGCACAAAATGATCGGTTGCCTCTAAGAACTATCGTCCAGATCAATACTCAAGTGCTTTTCTCGGAACAAGTAAAGATGAGGATGATGATGCAAGACAAGCTACCAGAGAAGGAGGAAGAAAATTCTGGAGGTCGTGAGGATAAACGAATGTCTAGAGATAATGAAATCATCAAGACACTTAAGGAAGAGTTAGAAAATGTGAAGAAGAAGATGTCAGAGCTTCAGAGCGATTACAATGAGCTTCAACAAGAGTATGAAAGGCTAAGTAGCAAACAGAAGAGCTCACATAACTGGGGATTGCGTTGGCAAAAGGTGAAGAAATCGTTCCAGACAAAACGAGAAGATGAGGAAACAAGAGAGAGGACACGAAGAAGAAGTTCCACGGGACAAAGAACTAGTTTCAGGAGGAGAATGTCAATGTCATAAGCCCTAACTTGTGTTTTACGGAATTAAACCAATCAATCATAGTCTCTGCCAAAAAATGTCAGCTTAATGTCAATGTCATAAGCCCTAACTTGTGTTTTACGGAATTAAACCAATCAATCATAGTCTCTGCCAAAAAAATGTCAGCTT
CDS Sequence
Protein Sequence