Gene Details:
- Gene ID: AT4G19650
- Gene Symbol: mTERF26
- Gene Name:
- Description: Mitochondrial transcription termination factor family protein;(source:Araport11)
- TAIR Accession:
- Genome: Araport11_genome_release
- Species: Arabidopsis thaliana
Transcripts:
Literature:
- Negative regulation of defense responses in Arabidopsis by two NPR1 paralogs. DOI: 10.1111/j.1365-313X.2006.02903.x ; PMID: 17076807
- Arabidopsis thaliana mTERF proteins: evolution and functional classification. DOI: 10.3389/fpls.2012.00233 ; PMID: 23087700
- Control of organelle gene expression by the mitochondrial transcription termination factor mTERF22 in Arabidopsis thaliana plants. DOI: 10.1371/journal.pone.0201631 ; PMID: 30059532
Sequences:
cDNA Sequence
- >AT4G19650.1
ATGAAGAAGGAGAAGGACGTTACAGAGACGATTATGAGAGAAGAAAAAAAGGGTTCTTTCTTCAGAGACTTCGAGAAATTATCCAAAGTTGCGATGTTATTATCCAGAAATCAGAGAAGAGTTCATAAACTGTTGAATATGATTTCAAATCTCAACTACTGTATAACTTTCTCATCTATTCCTCGTCAAAACCCAGTTCAAAGATTGAAAGCTGTGTTCGTCAGGATAAATCTAAGTTACAACAACACTCGTCTCACTTACCAACTAGAGCATATAAGTAAGAATTCTCCTTGTTTTATGTCGACTTTGTTGTCTAAGATTGATGATAATCAGAAAGATGTATCCAAGGGATTGACTAAGTTCCTTAGGTACAATCCGATAAACGAGTTTGAACCGTTTTTCGAGAGTTTGGGTTTGTGTCCTTATGAGTTTGAAACGTTTCTTCCACGGAAGCTAATGTTTTTGAGTGATGATGGTATCATGTTTGAGAACTTTCATGCTCTTTGCAACTATGGGATCCCGCGTGGTAAGATTGGCCGTATGTATAAAGAAGCGAGAGAGATTTTTAGATATGAATCTGGGATGTTGGCGATGAAGCTAAGGGGTTATGAGAATTTGGGTCTTAGTAAGGCTACAGTTATTAAGTTAGTTACTAGTTGCCCTTTGCTACTGGTTGGTGGGATTGATGCTGAGTTTTCTTCTGTAGTTGATAAGTTGAAAGGGTTACAAGTAGGATGTGATTGGCTTGGGCGGTACTTGTCTGACCGGAAAACATATAGCTGGCGCAGAATTCTGGAGACAATAGAGTTTCTTGATAAAGTGGGATGTAAAGAGGAGAAGTTGAGTAGTCTTTTGAAAACGTATCCAGCTTTGGTAATCGAAGGCTCCGGAAAGAAATTCTATGTTCTGTTTGGTAGGTTGTTTAAAGCGGGGCTTCAAGTGAATGAGATTTATAGGCTATTTATAGACAATCCAGAGATGTTGTCAGACAAATGCGTGAAAAATATTCAGAAGACGTTGGATTTCTTGATTGCTATTAGAATGGAAACGCAGTTTATCACGAAGATTTTGCTGAGTCATATGGAGCTTATTGGTTCATGCTCTCTGCCAGCACCTAGAACTGCTTGTCTTAGTTTGAATGTTAAACAAGACGAGCTATGTAAGATCTTAAAGAAAGAGCCTTTGAGATTGTTTTGTTTTGTTTCTACAACGAAGAAGAGAAAAAGCAAACCTCTTTCGGAAGACTCGAGGAAATACTTAGAGAAGACAGAGTTTTTGTTGAGGCTAGGGTATGTAGAAAACTCGGATGAGATGGTGAAGGCTCTAAAACAGTTTCGAGGGAGGGGAGATCAGCTACAGGAGAGATTTGATTGCCTTGTGAAAGCCGGTTTAAACTATAATGTGGTTACTGAGATCATCAGGCATGCTCCGATGATACTTAACCTGTCTAAAGATGTCATAGAGAAAAAGATACATTCCTTAACCGAACTTCTTGGCTATCCAATTGAATCATTGGTAAGGTTCCCGGCATATCTGTGTTATGATATGCAGAGGATACATCACAGATTCTCAATGTATTTATGGTTGAGGGAAAGAGATGCAGCAAAGCCAATGCTGTCACCAAGCACTATTCTCACTTGCGGTGATGCCCGGTTTGTGAAGTATTTTGTCAATGTCCACCCTGAAGGTCCAGCCATTTGGGAAAGTATAAACCAATCATCTACCTGAAGTTAAGGTTATTGGCACTATTTCTTGAATTTAGTACAACTGAGACAGTGAAGGGTTTTTGATATCAATGCCACCTAATGAATCAAAAGGAAGAGTTTGGAGAATTCCGGAACAGAGAGATCCATTAGTGTTAGCCGATGCTTGTGAAAGAGCAAATGAAGTATGTGCTGAGTTACAGATTTGATGCAGATCTAAAATGTTGCGTGAATTCATTGGAAATATTCTTTAGATAGTACTGAGAAGATCTGCAAATTGTTTGTTGGAATATTCCTCCTTAGCCGTCCTACAACATCTGTCCTGCAACATCTGTCCTGTAAACAAACAGATGGACACGCATAACATTCGAAGGAGACAGTACTGATGATTTGTCCAGAGTCTGTTACAGGTTACTGAAAGATCTCTCATGTGATTCATATACTCTTTAGTAATAGTTAGCTTGTGTTATGTAATTGACTGCTTCAGTTCAGGTCTAAAGGAAAGCAAATATTTTTGTAACAATTGAAGACATAAATCCAAGTAGTAGAATTTTCTGACCAAATAAGCAAGCA - >AT4G19650.2
ATGAAGAAGGAGAAGGACGTTACAGAGACGATTATGAGAGAAGAAAAAAAGGGTTCTTTCTTCAGAGACTTCGAGAAATTATCCAAAGTTGCGATGTTATTATCCAGAAATCAGAGAAGAGTTCATAAACTGTTGAATATGATTTCAAATCTCAACTACTGTATAACTTTCTCATCTATTCCTCGTCAAAACCCAGTTCAAAGATTGAAAGCTGTGTTCGTCAGGATAAATCTAAGTTACAACAACACTCGTCTCACTTACCAACTAGAGCATATAAGTAAGAATTCTCCTTGTTTTATGTCGACTTTGTTGTCTAAGATTGATGATAATCAGAAAGATGTATCCAAGGGATTGACTAAGTTCCTTAGGTACAATCCGATAAACGAGTTTGAACCGTTTTTCGAGAGTTTGGGTTTGTGTCCTTATGAGTTTGAAACGTTTCTTCCACGGAAGCTAATGTTTTTGAGTGATGATGGTATCATGTTTGAGAACTTTCATGCTCTTTGCAACTATGGGATCCCGCGTGGTAAGATTGGCCGTATGTATAAAGAAGCGAGAGAGATTTTTAGATATGAATCTGGGATGTTGGCGATGAAGCTAAGGGGTTATGAGAATTTGGGTCTTAGTAAGGCTACAGTTATTAAGTTAGTTACTAGTTGCCCTTTGCTACTGGTTGGTGGGATTGATGCTGAGTTTTCTTCTGTAGTTGATAAGTTGAAAGGGTTACAAGTAGGATGTGATTGGCTTGGGCGGTACTTGTCTGACCGGAAAACATATAGCTGGCGCAGAATTCTGGAGACAATAGAGTTTCTTGATAAAGTGGGATGTAAAGAGGAGAAGTTGAGTAGTCTTTTGAAAACGTATCCAGCTTTGGTAATCGAAGGCTCCGGAAAGAAATTCTATGTTCTGTTTGGTAGGTTGTTTAAAGCGGGGCTTCAAGTGAATGAGATTTATAGGCTATTTATAGACAATCCAGAGATGTTGTCAGACAAATGCGTGAAAAATATTCAGAAGACGTTGGATTTCTTGATTGCTATTAGAATGGAAACGCAGTTTATCACGAAGATTTTGCTGAGTCATATGGAGCTTATTGGTTCATGCTCTCTGCCAGCACCTAGAACTGCTTGTCTTAGTTTGAATGTTAAACAAGACGAGCTATGTAAGATCTTAAAGAAAGAGCCTTTGAGATTGTTTTGTTTTGTTTCTACAACGAAGAAGAGAAAAAGCAAACCTCTTTCGGAAGACTCGAGGAAATACTTAGAGAAGACAGAGTTTTTGTTGAGGCTAGGGTATGTAGAAAACTCGGATGAGATGGTGAAGGCTCTAAAACAGTTTCGAGGGAGGGGAGATCAGCTACAGGAGAGATTTGATTGCCTTGTGAAAGCCGGTTTAAACTATAATGTGGTTACTGAGATCATCAGGCATGCTCCGATGATACTTAACCTGTCTAAAGATGTCATAGAGAAAAAGATACATTCCTTAACCGAACTTCTTGGCTATCCAATTGAATCATTGGTAAGGTTCCCGGCATATCTGTGTTATGATATGCAGAGGATACATCACAGATTCTCAATGTATTTATGGTTGAGGGAAAGAGATGCAGCAAAGCCAATGCTGTCACCAAGCACTATTCTCACTTGCGGTGATGCCCGGTTTGTGAAGTATTTTGTCAATGTCCACCCTGAAGGTCCAGCCATTTGGGAAAGTATAAACCAATCATCTACCTGAAGTTAAGGTTATTGGCACTATTTCTTGAATTTAGTACAACTGAGACAGTGAAGGGTTTTTGATATCAATGCCACCTAATGAATCAAAAGGAAGAGTTTGGAGAATTCCGGAACAGAGAGATCCATTAGTGTTAGCCGATGCTTGTGAAAGAGCAAATGAAGTATGTGCTGAGTTACAGATTTGATGCAGATCTAAAATGTTGCGTGAATTCATTGGAAATATTCTTTAGATAGTACTGAGAAGATCTGCAAATTGTTTGTTGGAATATTCCTCCTTAGCCGTCCTACAACATCTGTCCTGCAACATCTGTCCTGTAAACAAACAGATGGACACGCATAACATTCGAAGGAGACAGTACTGATGATTTGTCCAGAGTCTGTTACAGGTTACTGAAAGATCTCTCATGTGATTCATATACTCTTTAGTAATAGTTAGCTTGTGTTATGTAATTGACTGCTTCAGTTCAGGTCTAAAGGAAAGCAAATATTTTTGTAACAATTGAAGACATAAATCCAAGTAGTAGAATTTTCTGACCAAATAAGCAAGCA
CDS Sequence
Protein Sequence