Gene Details:
- Gene ID: AT4G21770
- Gene Symbol: RLUA3
- Gene Name:
- Description:
- TAIR Accession: locus:2119073
- Genome: Araport11_genome_release
- Species: Arabidopsis thaliana
Transcripts:
Gene Ontology:
- GO:0005634 — located in — nucleus
- GO:0009982 — enables — pseudouridine synthase activity
- GO:0000455 — involved in — enzyme-directed rRNA pseudouridine synthesis
- GO:0001522 — involved in — pseudouridine synthesis
- GO:0009507 — located in — chloroplast
Literature:
- Inactivation of the chloroplast ATP synthase gamma subunit results in high non-photochemical fluorescence quenching and altered nuclear gene expression in Arabidopsis thaliana. DOI: 10.1074/jbc.M308435200 ; PMID: 14576160
- Mutations in SUPPRESSOR OF VARIEGATION1, a factor required for normal chloroplast translation, suppress var2-mediated leaf variegation in Arabidopsis. DOI: 10.1105/tpc.107.054965 ; PMID: 18599582
- Genome-Wide Identification and Expression Analysis of Pseudouridine Synthase Family in Arabidopsis and Maize. DOI: 10.3390/ijms23052680 ; PMID: 35269820
- Mutations in SUPPRESSOR OF VARIEGATION1, a factor required for normal chloroplast translation, suppress var2-mediated leaf variegation in Arabidopsis. DOI: 10.1105/tpc.107.054965 ; PMID: 18599582
Sequences:
cDNA Sequence
- >AT4G21770.1
CGATTCTTAGGGCATTTACCACAGCATCAACAATGGCTTCGCCGGCGTTAACCGGCGGTTACCGGAACCTCACTGCGCCGGTATCTCTCCTGCGTACTTTAGCGTCCACCCGTGTCACTACTCCATTGTTTCGTTCCAACAAACACTCTCCACGTTTCATTTCTTCTCCAAAGAGATTCACTTGCTTGTCCTTACTCAAAACCGATTCTCAAAATCAAACCACACTCTCTTCTTCTTCCAATTCTGGATACCATGAATACAATCGATTGATGCCATGTCCTGCATATAATCTTCCACCAAGAATTGAACATATGGTTGTGTTAGAAGACGACGTTCTTGTATCTGAGTTTATCTCTAAACAATTAGATCTTCCTCCTTTATATGTTGCAGATCTTATTCGATTTGGAGCTGTACATTACGCTCTTGTATGTCCTAAACCTCCACCAACTGCGACTCCTGAGGAAATTATACTGTTTGAAGAAGTAACCTCTCCTTCTGTACTAAAGAAGAGATCTTCTATTAAAGGAAAAACTGTTAGAGAAGCTCAGAAAACGTTTCGTGTGACTCATACCAATCAGTATGCTGAAGCTGGAACTTATTTGCGTGTTCATGTTCACCCGAAACGTTCTCCAAGGTGTTATGAAATTGATTGGAAGTCACGGATTGTTGCTGTGACTGACTCTTATGTCATTTTGGATAAACCTGCCGGGACTACGGTTGGGGGCACGACGGATAACATCGAAGAGAGCTGTGCTACATTTGCCTCACGTGCATTGGATTTACCAGAACCACTGAAAACAACGCATCAGATTGATAACTGTACAGAAGGCTGTGTCGTCTTTGCTAGAACAAAAGAGTACTGCTCGGTCTTCCACACAAAAATAAGAAATAAAGAAGTGAAGAAACTATATCGTGCTCTTGCTGCGGCACCTCTTCCCATTGGAATTATCTCACATTATATGCGCCCAAAAAATATGGCTCCAAGACTCGTAGCCGAAGATTCAATTCAAGGCTGGCACTTGTGTCAACTTGAGGTTTTAGAATGTAAGAAGATTCCTTGGCCCGATGCAGCTACTGAGAAGAAACACGATATTGAAGACTGTGGATGGACTTCAAAAGAGTTTGCTTATGAGTGTACAATAAACCTTTTAACAGGCAAGACTCACCAGATCCGGGCCCAGCTTGCAGCTTGTGGGGCACCGTTGGTTGGTGACTCTATGTACATGCCAGCAGCGATTGCAGAAATGGGGAATCCTGATACCAACCCGTATGGGAAAGCAAAGAAACATTACACAATGGAGGAGAACCAAAAGGAAACCGCTGTTGCCGAATGGATTGATAGACATGGCAAGGAACCGAGGGTAGGAATCGGTCTTCAAGCTTGTCAAATCTCATGGGACGATGATGATGGCGAGCACTTCTATGAAGCTGGGACTCCATGGTGGAGATGAAACACATGTTCTGATGTCGAGGATCTTATCTAAACTTGCCGCAGTAAATGAGAGGCACCAATCATCTTTTGATAGAGCTCTGTGCTGGAAGATGAAGTTTTTGTACCAAGAAGCTGACAGTCTCGGGGTTCTCTCTTGAGTACTGAAATCGACATGGTACATACCGAACCTTATGGTATAACCGGATATCCACTCGAAGTTGTCTAGTAAAGACCAGGCGAAGTATCCTCTTACATCTGCTCCTTTCCTATTTGCACAAGTAGCTTTAGGGTTTAGAATCGAGACATATATGAGTTTTTTCTGAAGTTGAAGCATAATTACCTCATTGCTCTTTTGAGTGCATCTAAGTAGTTGCTCATGAACTTCACTC - >AT4G21770.2
CGATTCTTAGGGCATTTACCACAGCATCAACAATGGCTTCGCCGGCGTTAACCGGCGGTTACCGGAACCTCACTGCGCCGGTATCTCTCCTGCGTACTTTAGCGTCCACCCGTGTCACTACTCCATTGTTTCGTTCCAACAAACACTCTCCACGTTTCATTTCTTCTCCAAAGAGATTCACTTGCTTGTCCTTACTCAAAACCGATTCTCAAAATCAAACCACACTCTCTTCTTCTTCCAATTCTGGATACCATGAATACAATCGATTGATGCCATGTCCTGCATATAATCTTCCACCAAGAATTGAACATATGGTTGTGTTAGAAGACGACGTTCTTGTATCTGAGTTTATCTCTAAACAATTAGATCTTCCTCCTTTATATGTTGCAGATCTTATTCGATTTGGAGCTGTACATTACGCTCTTGTATGTCCTAAACCTCCACCAACTGCGACTCCTGAGGAAATTATACTGTTTGAAGAAGTAACCTCTCCTTCTGTACTAAAGAAGAGATCTTCTATTAAAGGAAAAACTGTTAGAGAAGCTCAGAAAACGTTTCGTGTGACTCATACCAATCAGTATGCTGAAGCTGGAACTTATTTGCGTGTTCATGTTCACCCGAAACGTTCTCCAAGGTGTTATGAAATTGATTGGAAGTCACGGATTGTTGCTGTGACTGACTCTTATGTCATTTTGGATAAACCTGCCGGGACTACGGTTGGGGGCACGACGGATAACATCGAAGAGAGCTGTGCTACATTTGCCTCACGTGCATTGGATTTACCAGAACCACTGAAAACAACGCATCAGATTGATAACTGTACAGAAGGCTGTGTCGTCTTTGCTAGAACAAAAGAGTACTGCTCGGTCTTCCACACAAAAATAAGAAATAAAGAAGTGAAGAAACTATATCGTGCTCTTGCTGCGGCACCTCTTCCCATTGGAATTATCTCACATTATATGCGCCCAAAAAATATGGCTCCAAGACTCGTAGCCGAAGATTCAATTCAAGGCTGGCACTTGTGTCAACTTGAGGTTTTAGAATGTAAGAAGATTCCTTGGCCCGATGCAGCTACTGAGAAGAAACACGATATTGAAGACTGTGGATGGACTTCAAAAGAGTTTGCTTATGAGTGTACAATAAACCTTTTAACAGGCAAGACTCACCAGATCCGGGCCCAGCTTGCAGCTTGTGGGGCACCGTTGGTTGGTGACTCTATGTACATGCCAGCAGCGATTGCAGAAATGGGGAATCCTGATACCAACCCGTATGGGAAAGCAAAGAAACATTACACAATGGAGGAGAACCAAAAGGAAACCGCTGTTGCCGAATGGATTGATAGACATGGCAAGGAACCGAGGGTAGGAATCGGTCTTCAAGCTTGTCAAATCTCATGGGACGATGATGATGGCGAGCACTTCTATGAAGCTGGGACTCCATGGTGGAGATGAAACACATGTTCTGATGTCGAGGATCTTATCTAAACTTGCCGCAGTAAATGAGAGGCACCAATCATCTTTTGATAGAGCTCTGTGCTGGAAGATGAAGTTTTTGTACCAAGAAGCTGACAGTCTCGGGGTTCTCTCTTGAGTACTGAAATCGACATGGTACATACCGAACCTTATGGTATAACCGGATATCCACTCGAAGTTGTCTAGTAAAGACCAGGCGAAGTATCCTCTTACATCTGCTCCTTTCCTATTTGCACAAGTAGCTTTAGGGTTTAGAATCGAGACATATATGAGTTTTTTCTGAAGTTGAAGCATAATTACCTCATTGCTCTTTTGAGTGCATCTAAGTAGTTGCTCATGAACTTCACTC
CDS Sequence
Protein Sequence