Information report for AT5G16290
Gene Details
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Functional Descriptions
- PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
- CS69724 — Two-week-old mutant seedling has obvious increases in free Leu and Val, Ile is also increased. Mutant seed shows increases in free Val, Leu and Ile.
- CS69725 — Two-week-old mutant seedling has obvious increases in free Leu and Val, Ile is also increased. Mutant seed shows increases in free Val, Leu and Ile.
- CS69726 — No visible phenotype
- CS69727 — No visible phenotype
- CS69728 — No visible phenotype
- CS69729 — No visible phenotype
- CS69730 — No visible phenotype
- CS69731 — No visible phenotype
- CS69732 — No visible phenotype
- CS69737 — Reduced free Val and Leu in two week-old seedlings
- CS69738 — Retarded growth, generates very few seeds. No significant changes in free seedling BCAA levels.
- CS69745 — Homozygous double mutant is lethal. ahass1-2/ahass1-2 ahass2-1/AHASS2 mutant seedlings (two-week-old) show increased levels of all BCAAs.
- CS69746 — Homozygous double mutant is lethal. ahass1-1/ahass1-1 ahass2-1/AHASS2 mutant seedlings (two-week-old) show increased levels of all BCAAs.
- CS69749 — Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs. Leu/Val ratio is increased.
- CS69750 — Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs
- CS69751 — Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs
- SALK_020021C — No obvious morphological phenotype in single mutant.
- aip1/AIP1 aip3/aip3 — Plants segregate for aborted ovules. Cannot recover the aip1/aip3 double homozygote.
- vat1-2 — Can germinate and establish seedlings in MS media supplemented with 2.5 mM valine.
Functional Keywords
Literature and News
- Cloning and functional expression of the small subunit of acetolactate synthase from Nicotiana plumbaginifolia. DOI: 10.1023/a:1006273224977 ; PMID: 10487214
- 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
- Retrograde plastid redox signals in the expression of nuclear genes for chloroplast proteins of Arabidopsis thaliana. DOI: 10.1074/jbc.M406358200 ; PMID: 15561727
- Principal transcriptional programs regulating plant amino acid metabolism in response to abiotic stresses. DOI: 10.1104/pp.108.115733 ; PMID: 18375600
- Coordinations between gene modules control the operation of plant amino acid metabolic networks. DOI: 10.1186/1752-0509-3-14 ; PMID: 19171064
- A survey of dominant mutations in Arabidopsis thaliana. DOI: 10.1016/j.tplants.2012.08.006 ; PMID: 22995285
- Acetolactate synthase regulatory subunits play divergent and overlapping roles in branched-chain amino acid synthesis and Arabidopsis development. DOI: 10.1186/s12870-017-1022-6 ; PMID: 28388946
- A Regulatory Hierarchy of the Arabidopsis Branched-Chain Amino Acid Metabolic Network. DOI: 10.1105/tpc.17.00186 ; PMID: 28522547
- Cloning and functional expression of the small subunit of acetolactate synthase from Nicotiana plumbaginifolia. DOI: 10.1023/a:1006273224977 ; PMID: 10487214
Gene Resources
Sequences
cDNA Sequence
- >AT5G16290.1
CACACCTCCACTCGCGCAGCCCAACCAAAAAAAAAGGTGCCCTGATTGTTTACTCACCCAAAGTTTCTCTCTTTCTCTCTTCTCCTTCTGCTGTTTTCCGCCTCACACCATTACTCTCCCAGAAATGGCGGCGACGACGACTGCTACTTCATTATTCTCATCTCGTCTTCACTTCCAGAATCAGAATCAAGGTTATGGGTTTCCGGCGAAAACCCCCAACTCCCTGCAAGTAAATCAGATCATCGACGGGAGGAAGATGAGGAATGCCACTGTTCTCTCAGCTGCTTCCACTGATAAAGCCATCACCACTGCTCAATCTGTAGCTCCGACGGCTTGTGATAGAGTAAGGAGGCATACAATCTCGGTGTTTGTGGGCGATGAGAGCGGTATAATAAATAGAATTGCTGGAGTATTTGCTAGAAGGGGATACAATATTGAGTCCCTTGCCGTAGGATTGAATGAAGACAAGGCTCTGTTTACTATAGTTGTTCTTGGAACAGATAAAGTCTTGCAGCAAGTTGTAGAACAGCTTAACAAGCTCGTCAATGTCATCAAGGTGGAAGATCTCTCCAAGGAGCCCCATGTAGAACGTGAGTTAATGCTCATTAAACTTAACGCTGATCCAAGCACCCGCTCAGAGATCATGTGGTTGGTGGATATCTTTAGAGCAAAAATCGTGGATACCTCAGAGCAATCTCTAACGATTGAGGTAACTGGAGACCCTGGAAAAATGGTTGCACTAACGACAAACTTAGAGAAGTTTGGAATAAAAGAAATTGCGAGAACAGGGAAGATTGCTCTGAGACGGGAAAAGATGGGAGAAACCGCTCCGTTTTGGAGATTTTCAGCGGCATCATATCCACATCTTGTAAAGGAATCATCTCATGAGACTGTTGCAGAGAAAACAAAACTAGCATTGACTGGAAATGGCAATGCATCATCCGGGGGTGACGTTTATCCAGTGGAACCCTATAACGATTTCAAACCGGTCCTTGACGCTCATTGGGGAATGGTCTACGATGAAGATTCGAGCGGACTTCGGTCCCACACATTATCTTTACTTGTGGCCAACGTTCCCGGAGTTCTCAATCTAATAACTGGAGCTATCTCTAGAAGAGGTTATAACATCCAGAGTCTAGCTGTTGGTCCTGCTGAGAAAGAGGGCTTATCTCGGATTACAACAGTTATTCCCGGAACTGATGAAAATATAGATAAATTGGTTAGGCAGCTCCAGAAGTTGATTGATCTTCAGGAGATCCAAAATATAACGCACATGCCATTTGCGGAGCGAGAACTGATGCTCATCAAAGTAGCTGCTGATACTTCTGCAAGGAGAGATGTTTTAGATATTGCTCAAGTTTTCCGTGCTAAAGCCATTGATGTCTCTGATCATACTATCACCCTTGAGGTTACAGGGGATCTCAGAAAAATGTCTGCATTACAAACGCAGTTAGAGGCCTATGGAATCTGCGAGGTGGCTCGGACAGGAAGAGTGGCATTGGTAAGAGAATCTGGAGTGGATTCGACTTATCTTCGTGGATACTCTCTTCCTTTGTAGTTCTAGAGAGGACTTGCCGCAAGCTTCAGTGTCGTTCCTGGAAACTAGTCAAAAGGACTGCACGTTGTTTCAGCATCTGTGATTGATTGCTTCCTCACGAGTCATGGCGCTTCGAGTTGTTGTTATAGGAGGAGCTATTTTATGAACTAAAAATAAATAATTATCTTTGTTCCGTTAAATTAGTTTTGCATACTAATCAAATGTAGAACACTGTTACTAGTTTGTCACTTATTTAGTATCAAAGACGTGTATTAGTATATACTCCAATCGATCTTAACTTAACAATTAAGCTCTAACCGG - >AT5G16290.2
CACACCTCCACTCGCGCAGCCCAACCAAAAAAAAAGGTGCCCTGATTGTTTACTCACCCAAAGTTTCTCTCTTTCTCTCTTCTCCTTCTGCTGTTTTCCGCCTCACACCATTACTCTCCCAGAAATGGCGGCGACGACGACTGCTACTTCATTATTCTCATCTCGTCTTCACTTCCAGAATCAGAATCAAGGTTATGGGTTTCCGGCGAAAACCCCCAACTCCCTGCAAGTAAATCAGATCATCGACGGGAGGAAGATGAGGAATGCCACTGTTCTCTCAGCTGCTTCCACTGATAAAGCCATCACCACTGCTCAATCTGTAGCTCCGACGGCTTGTGATAGAGTAAGGAGGCATACAATCTCGGTGTTTGTGGGCGATGAGAGCGGTATAATAAATAGAATTGCTGGAGTATTTGCTAGAAGGGGATACAATATTGAGTCCCTTGCCGTAGGATTGAATGAAGACAAGGCTCTGTTTACTATAGTTGTTCTTGGAACAGATAAAGTCTTGCAGCAAGTTGTAGAACAGCTTAACAAGCTCGTCAATGTCATCAAGGTGGAAGATCTCTCCAAGGAGCCCCATGTAGAACGTGAGTTAATGCTCATTAAACTTAACGCTGATCCAAGCACCCGCTCAGAGATCATGTGGTTGGTGGATATCTTTAGAGCAAAAATCGTGGATACCTCAGAGCAATCTCTAACGATTGAGGTAACTGGAGACCCTGGAAAAATGGTTGCACTAACGACAAACTTAGAGAAGTTTGGAATAAAAGAAATTGCGAGAACAGGGAAGATTGCTCTGAGACGGGAAAAGATGGGAGAAACCGCTCCGTTTTGGAGATTTTCAGCGGCATCATATCCACATCTTGTAAAGGAATCATCTCATGAGACTGTTGCAGAGAAAACAAAACTAGCATTGACTGGAAATGGCAATGCATCATCCGGGGGTGACGTTTATCCAGTGGAACCCTATAACGATTTCAAACCGGTCCTTGACGCTCATTGGGGAATGGTCTACGATGAAGATTCGAGCGGACTTCGGTCCCACACATTATCTTTACTTGTGGCCAACGTTCCCGGAGTTCTCAATCTAATAACTGGAGCTATCTCTAGAAGAGGTTATAACATCCAGAGTCTAGCTGTTGGTCCTGCTGAGAAAGAGGGCTTATCTCGGATTACAACAGTTATTCCCGGAACTGATGAAAATATAGATAAATTGGTTAGGCAGCTCCAGAAGTTGATTGATCTTCAGGAGATCCAAAATATAACGCACATGCCATTTGCGGAGCGAGAACTGATGCTCATCAAAGTAGCTGCTGATACTTCTGCAAGGAGAGATGTTTTAGATATTGCTCAAGTTTTCCGTGCTAAAGCCATTGATGTCTCTGATCATACTATCACCCTTGAGGTTACAGGGGATCTCAGAAAAATGTCTGCATTACAAACGCAGTTAGAGGCCTATGGAATCTGCGAGGTGGCTCGGACAGGAAGAGTGGCATTGGTAAGAGAATCTGGAGTGGATTCGACTTATCTTCGTGGATACTCTCTTCCTTTGTAGTTCTAGAGAGGACTTGCCGCAAGCTTCAGTGTCGTTCCTGGAAACTAGTCAAAAGGACTGCACGTTGTTTCAGCATCTGTGATTGATTGCTTCCTCACGAGTCATGGCGCTTCGAGTTGTTGTTATAGGAGGAGCTATTTTATGAACTAAAAATAAATAATTATCTTTGTTCCGTTAAATTAGTTTTGCATACTAATCAAATGTAGAACACTGTTACTAGTTTGTCACTTATTTAGTATCAAAGACGTGTATTAGTATATACTCCAATCGATCTTAACTTAACAATTAAGCTCTAACCGG
CDS Sequence
Protein Sequence