AT5G18700

Gene Details:

Gene ID: AT5G18700
Gene Symbol: EMB3013, RUK
Gene Name: EMBRYO DEFECTIVE 3013, RUNKEL
Description: kinase family with ARM repeat domain-containing protein;(source:Araport11)
TAIR Accession: locus:2180044
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Transcripts:

AT5G18700.1

Gene Ontology:

GO:0007349 — involved in — cellularization
GO:0010245 — involved in — radial microtubular system formation
GO:0000914 — acts upstream of or within — phragmoplast assembly
GO:0010342 — involved in — endosperm cellularization
GO:0009793 — acts upstream of or within — embryo development ending in seed dormancy
GO:0009556 — involved in — microsporogenesis
GO:0000911 — acts upstream of or within — cytokinesis by cell plate formation

Germplasm Phenotype:

CS24361 — embryo defective; developmental arrest of mutant embryos occurs at cotyledon stage.
ruk-1 — seedling lethal; cytokinesis abnormal.

Literature:

Sequence:

cDNA Sequence

>AT5G18700.1 TCAAAATATAATAATTATTCTAAATTAGTCCAGTTTTGAATTTTGAAATTGTTCATTTCCTTCTCTCTACCATTCCCCCTCTCTCTTTCCAAATCCCAAACTCATTCAACAACGGCCATTGATTCTCTCTAGAGCTGACAAATCCAGAATCGGATCTCAGGAGACTTGAAGCTCGCTCCCACGATGAATCAGTACCACATCTACGAAGCTATTGGACATGGCAAATGCTCGACTGTGTATAAAGGAAGGAAGAAGAAGACGATCGAGTATTTTGCCTGCAAGAGTGTCGATAAGTCGCGGAAGAACAAGGTTCTTCAAGAGGTCAGGATCCTTCACTCGCTAAATCATCCAAACGTACTCAAGTTCTATGCTTGGTATGAAACTTCTGCTCACATGTGGTTAGTTCTGGAATATTGCGTTGGTGGTGATCTCAGGACATTATTGCAGCAGGACTGTAAACTGCCAGAAGAATCTATCTATGGTCTTGCTTATGATCTTGTCATAGCCCTGCAGTATTTACATTCGAAAGGAATTATATATTGTGATCTGAAACCATCAAACATCTTACTTGATGAAAATGGGCATATTAAGCTGTGTGATTTTGGTTTGTCAAGGAAGCTGGATGATATTTCTAAATCTCCTTCCACGGGAAAACGTGGTACCCCGTATTATATGGCTCCAGAGCTATATGAAGATGGAGGGATCCATTCTTTTGCTTCTGATCTGTGGGCACTTGGTTGTGTACTATATGAATGTTACACAGGAAGACCTCCTTTTGTGGCAAGAGAGTTTACCCAGCTTGTGAAATCTATTCATTCAGATCCAACTCCTCCACTCCCTGGAAATGCTAGTCGTTCATTTGTCAATCTCATTGAGTCTCTTCTTATCAAAGACCCAGCTCAAAGAATACAATGGGCAGATCTCTGTGGTCATGCATTTTGGAAGAGTAAGATAAATTTAGTTCAGTTGCCTACTCAGCCTGCTTTTGATGATATGATTGGCATAAACACAAAGCCATGCCTTTCCGAGCGTAATGGAGATAGACCAAATAAGACCCCTCCAAAGTACCGGGAGAAAGATCGAAAAGGGGGTTCAAAGCAAAATGAGAACTCCATTCAAGGTTCAAAAGGCCATGAGACGCCGATAAAGGGCACCCCTGGTGGGTCTAAAGCTCAAGCAAAGCTTCCTAGTAGAGCAACTGAGGAAAAGCATGGAGGTCGTCCTGCTGCTAACAGACAGGTGAATATTCTAAGATTGTCAAGGATAGCAAAGGCAAATCTTCAAAAGGAAAATGAGAAGGAAAACTATAGGAGACCCTTACCTAATAGCAACGAGAATTGTGCAGAAGTGAAGATCGACAACACTGATATGGAACTTGATTTTGATGAAAACAATGATGATGAGGGACCTGATGAATCAGAAGGAACCGAAAACACCTCTTGTGCACAAGAAGAAAGAGTAATGAGCCATAATGAGAATCACAGAAGACAAAGAGTTGTAAGCAGTAATGTGCCTGATGAGAACTCGTCTGCAAATGAAACACCAACCTTGGGTGAAGCAAGAGATTGCCATGAAGATCAGTCAGAGCCAATGGACATGTCAGCTGCCCCACCTAGTGCTAGTCCTCAACTTAAAACTCACCGAGGAAGAGAAACTTCTGGGGTTGCTGTTAATCATGACTCATCTAAAGCACCTACTAGCCTCACTGACGTCTTTTGGCATATATCTGATCTTTCTGTTAGGCCTGTCATGCCCAGCAGAAAATCTGACAAAGAAGCTGTGCATTCTCTCTCATTCGAAACACCACAGCCCTCTGATTTTAGTAAGAAGGGAAAGCAAGAATTAGAACCGCTGAACAATAGGATCATAACAGTTCTAAGTGGGAGCAGTTCTGGACTGTCAGAGAAACAGAATTTGATCAGATACCTCGAGACATTGAGTACCAATGCTGATGCAGCCAACATCCTGACTAACGGACCAATAATGCTTGTGCTTGTTAAAGTTCTGAGATTATCCAAGACCCCAGCATTTCGTGTACAAATTGCTTCACTAATTGGTTTGTTAATTCGGCATTCTACTTCAATCGAAGATGACTTGGCAAATTCTGGTATTTTAGACTCTCTTACTAATGGCCTCAGAGACAAGCATGAGAAAGTGAGAAGATTCTCTATGGCAGCTCTAGGTGAATTGCTATTCTACATCTCAACTCAAAATGAGCATAAGGATTTCAAACCACCAGAATCCCCATCAAAAGAAACCCGGTCTGCATCGGGTTGGCAGGTTTCAAATGCCTTGATCTCTCTTGTATCATCTGTCTTACGGAAGGGAGAAGATGACCTGACTCAGGTTTATGCGTTAAGGACAATAGAAAACATCTGCAGTCAAGGAGCTTACTGGGCCACCCGTTTCTCCAGCCAGGATTTGATTAGCAACCTCTGCTATATCTACAAGGCAACGGGGAAACAGGAGAGCATGAGGCAAACTGCTGGATCCTGTTTAGTCCGTCTTGCTCGCTTTAACCCTCCTTGCATTCAGACGGTCGTGGAAAAGCTTTCATTGAAGGAAATAGCTTCATCTTTTGTCAAAGGCAGCGCAAGAGAGCAGCAAGTCTGCTTAAATCTTCTGAACATGGCTATGATTGGAAGTCATACATTCACAAGCTTTGGAAGGCATCTCGTGACATTGACAGAGGAGAAGAACCTTTTCCCTAGTTTACTCTCCATCATAGAGCAAGGAACAGAAGTTCTGAGGGGCAAAGCTCTTCTCTTTGTTGCATTTCTCTGCAAAAACAGTAGGCGTTGGCTGACAAATTTCTTCTGCAATGCAAGATTTCTTCCTGTGGTGGACAGATTAGCTAAAGAAAAAGACAGTTACCTGCAACAATGTCTTGAGGCATTTGTGAATGTAATCGCCTCCATAATACCGGGCATGCTGGATACAATAACCAATGATATCCAACAACTGATGACAGGAAGACGCCATGGACCTGTCTCTCCCCTTAATAGTCGAGCTCCTGTAAAGACTAATGCACACCTGTTCCCTGTGGTTCTTCACCTTCTGGGAAGCTCTTCGTTTAAGAACAAGATGGTAACTCCACAAGTCCTAAGGCAGTTGGCAAATCTTACAAAACTTGTGGAAGCATCGTTTCAGGGAAGAGATGACTTCCGTGTAACCCTTCTTCAAGTTCTAGAGTGCATAACAGGAGATGCGCCTCTGGTTACACAAAATGGTGAGATTATTATCCGTGAGATTCTCCCATCTCTGGCTGCAATTTACAATGGAAACAAAGACGGTGATGCTCGGTTTCTCTGTTTGAAAATCTGGTTCGATTCATTGACCATTCTCTTAACTGAGTGCACCGAAATCGAGCAACAAATATCGGAGGATTTGAAATCAATATCCAACTCTCATTTCCTCCCACTCTACCCTGCACTGATCCAAGACGAAGATCCAATCCCAGCTTACGCTCAAAAGCTCCTTGTCATGCTCGTTGAGTTTGATTACATCAAAATCTCCAACTTATTGCGTCACAATACGGTTTCACAATGCTTCGAGTTTCTTCTCGGAGACTTATCAAGCGCAAATGTGAACAATGTCAAGCTCTGTCTCGCCTTGGCTTCAGCTCCAGAGATGGAAAGTAAACTACTCTCTCAGCTCAAAGTAGTGAGGAGAATCGGAAATCTGCTGGAATTCGTGAATGCCAAAGATATGGAAGATTTCCTAGAACCCACTTTAAGTCTCTGCAGAGCTTTTCTGCTACGGTCACTTGGGAACAAGAAAGGTCTCAGTTCCAACTACACAAAAGAGCCAACGCTTTTATCAGAGGCATCTTTTACGTTCGAGGTTGATCCACAGGAATGCATAAGAGACATTGCAGATTTCGGTAGCAACATTGGCCTATTCTTGCACTTTGCAGGCTTAGACGATGACACAAGCATCGCAGTCGCAGATATTGCCTCTGAATGTGTTGTGTTGCTACTCAAAGCGGCTTCGAGAGAAGCCACGACGGGATTCTTAACCAATCTTCCTAAGATCACACCGATTCTGGACTCGTGGCGCAGGAGGAAGAGCACAGAGCTACACTTGTTGGTTCTGAAGAGAGTCTTGCATTGTTTGGGTTATGCTTGCAAGCAGTATCTATCGCAGGCGATGATTTTGTCGATATCGGGACACGATGTCTCAAAGATCAACGCAATTGTCTCTGAGATGAAGAACTCAGACGCCGCTGGTCTTAACAGCATCGCTTCACTCGTTGCCATGGAGTTGCAGAGATTACCTCGTTGAATTTGAAGTCATCTGAACAATGGATTAACGACGACAATGACGCTGAGCTGTAGATTTTGAGTACATGCGAGGTAAAACAAACGCAAAAACATGTGACAAAGTGAAACCCAGAATCAAGATTTGTCTCTTCTTAATGTATATTTCTTTCTATTGCAATTTTTGTACCACTAATACAATCTACTTCCTTAATATTATCTTCTTTTAGACAAACATTTGTTAAATATTTGAGATTAGTCTGATTAGTTTAGATTTTAGTATTAAGTTGATGGGT

CDS Sequence

Protein Sequence