Information report for AT5G18190
Gene Details
|
|
Functional Descriptions
- PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
- PO:0000084 — plant sperm cell — célula espermática o esperma (Spanish, exact), male gamete (exact), microgamete (exact), 植物精子細胞 (Japanese, exact), sperm nucleus (related), sperm cell (broad)
- CS71657 — Reduced seed production.
- CS71660 — Strongly reduced light-induced endogenous PIF3 mobility shift and degradation, and reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production.
- CS71747 — Reduced light-induced PIF3 phosphorylation and degradation; light-induced phyB degradation also strongly reduced. Hypersensitive to red light; short hypocotyl and enhanced cotyledon expansion in continuous R light. Very small seed set, short siliques (unpublished observations).
- CS71748 — Red-light hypersensitive phenotype of the ppk123 triple mutant (CS71747) is strongly suppressed in the phyB mutant background. Long hypocotyl in continuous R light, open cotyledons. Very small seed set (non-published observation).
- ael124 — hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity
- ael134 — hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity
- mkl1-3 — Short hypocotyls.Sensitive to paclobutrazol.
Functional Keywords
Literature and News
- Transcriptome analyses show changes in gene expression to accompany pollen germination and tube growth in Arabidopsis. DOI: 10.1104/pp.108.126375 ; PMID: 18775970
- Autophosphorylation profiling of Arabidopsis protein kinases using the cell-free system. DOI: 10.1016/j.phytochem.2011.02.029 ; PMID: 21477822
- Osmotic stress induces phosphorylation of histone H3 at threonine 3 in pericentromeric regions of Arabidopsis thaliana. DOI: 10.1073/pnas.1423325112 ; PMID: 26100864
- Molecular basis for blue light-dependent phosphorylation of Arabidopsis cryptochrome 2. DOI: 10.1038/ncomms15234 ; PMID: 28492234
- Phosphorylation of Histone H2A at Serine 95: A Plant-Specific Mark Involved in Flowering Time Regulation and H2A.Z Deposition. DOI: 10.1105/tpc.17.00266 ; PMID: 28790150
- MLK1 and MLK2 Coordinate RGA and CCA1 Activity to Regulate Hypocotyl Elongation in Arabidopsis thaliana. DOI: 10.1105/tpc.17.00830 ; PMID: 29255112
- EL1-like Casein Kinases Suppress ABA Signaling and Responses by Phosphorylating and Destabilizing the ABA Receptors PYR/PYLs in Arabidopsis. DOI: 10.1016/j.molp.2018.02.012 ; PMID: 29505832
- Arabidopsis downy mildew effector HaRxL106 suppresses plant immunity by binding to RADICAL-INDUCED CELL DEATH1. DOI: 10.1111/nph.15277 ; PMID: 30156022
- PPKs mediate direct signal transfer from phytochrome photoreceptors to transcription factor PIF3. DOI: 10.1038/ncomms15236 ; PMID: 28492231
- Arabidopsis thalianaMLK3, a Plant-specific Casein Kinase 1, Negatively Regulates Flowering and Phosphorylates Histone H3 in Vitro. DOI: 10.3390/genes11030345 ; PMID: 32214028
- MLK4-mediated phosphorylation of histone H3T3 promotes flowering by transcriptional silencing of FLC/MAF in Arabidopsis thaliana. DOI: 10.1111/tpj.15122 ; PMID: 33280202
- Phosphorylation of Histone H2A at Serine 95 Is Essential for Flowering Time and Development in Arabidopsis. DOI: 10.3389/fpls.2021.761008 ; PMID: 34887889
Gene Resources
- UniProt: Q9FK52
- EMBL: AB012246, CP002688
- AlphaFoldDB: Q9FK52
- EnsemblPlants: AT5G18190.1, AT5G18190.2
- Gramene: AT5G18190.1, AT5G18190.2
- KEGG: ath:AT5G18190
- Orthologous matrix: PACQWIS
- ExpressionAtlas: AT5G18190
Sequences
cDNA Sequence
- >AT5G18190.1
CATAAACATTCGAGAAGTCTACAAGCTTTTTATTTTTTCAAAATATAGATTTATTCATAAATTAAAGCAATGAAAATAAAATAAAAATCTACCAAATATTTGCCAGAAATTTTGCTAAAGTTGATCAATCCATCCAAAGAAAAAAAGAAAATTTTGGACCGAAAAAAAAAAAAAGAATTCATCCCCAAATCTGCACCTCCTCTCATCTTCTTCATCTCCTTCAATCTTCATTATTTATAACCTAAAACGACTGAATCTTTCTCTCTCTTTATCTCCATTTTCTAGGTGTGCTTATCACAGCTAGAAAGTTCTTACATTTAAATCGCCCTAGTTGGAGAAAGCCGTCGGTTTCTCATTTTGAAATTTCCAAGGAGATCTGAAAGTTTTAATTTTTTGGATCGATTTCATCGTTATCATACTCCGATCATCATTTCTGTTCAAGGGTTAATCGTAAATCGTTCATCGGGTTAGTTAAAGAGGTTTACTGAAAGCAAAATACTTTCTTACTCTTTGTATGGAGTAAGAATGCCAGAGTTAAGAAGTGGAGCACGTAGATTGAGACAACCTAGCCCTCAGGTGACTGGTCAGGCGGATAATATTGAACTTCCTCCTCAGCCTGTAACAAGGAGAAGAGGCGGTGGTGGTAGAGGAAGGGGAAACGCCAAAGGTGCTGCACCTCCAAGACCAGCTGGTGGTGTCGGTAGGGGTCGAGGCATCAGATTAATAGATTTAGAGGCAGAACCTTGTGAAGTTCGTCCAGCAGTAGGTGAACCTGCTTTTAATCAAGTTGAAGCGGTAGCTGAAAAGGATATTGCTATGGAAGGTGGTAGCGCAGAGAAGGTAGTTGGTGTGGAAGAAGATTCTAGCACAGCTCCAGTCCCTGAAAGGGTACAAGTTGGAAATTCTCCTGTATATAAGACTGAGAGGAAACTCGGTAAAGGAGGCTTTGGTCAAGTTTTTGTTGGTAGAAGGGTGAGTGGTGGCAGCGATAGGATTGGGGCCGATGCAATTGAGGTGGCCCTGAAATTTGAGCATCGAAATAGCAAAGGATGCAATTTTGGTCCACCTTACGAGTGGCAAGTGTACAATACCCTCAATGGTTGCTATGGAGTTCCTGCGGTACATCATAAGGGTCGTCAAGGAGATTTTTACATTCTTGTCATGGACATGCTTGGTCCGAGTCTCTGGGATGTTTGGAATTCTTCGGGGCAATCGATGTCTCCAAACATGGTAGCCTGCATTGCAGTTGAGTCCATATCTATTCTTGAGAAACTTCATATGAAAGGGTTTGTCCACGGAGATGTGAAGCCGGAAAACTTTTTACTCGGTCAACCAGGAACAGCAGATGAGAAAAAACTCTACCTTATCGATCTTGGTCTGGCATCTAAATGGAAAGATTCACACTCAGGCCAGCATGTTGAATATGATCAAAGACCTGATGTGTTCAGGGGAACGATAAGGTATGCAAGTGTTCATGCACACCTAGGTCGAACTGGAAGTAGGAGAGATGATCTGGAGTCGCTGGCTTATACTTTAATTTTTCTTTTGAAGGGAAGATTGCCATGGCAAGGATATCAGGGTGACAACAAGAGCTTTCTTGTTTGCAAGAAAAAGATGTCAACTTCTCCTGAATTGATGTGCTGTTTTTGTCCACCCCCGTTTAAGCTCTTCCTCGAGGCAGTTACAAACATGAAGTTTGACGAAGAGCCCAACTATGCAAAGCTTATTTCGATTTTTGATTCTCTTATTGAACAATGTGCACTATCTAGACCAATTAAAATTGATGGTGCTCTTAAGGTTGGGCAAAAACGAGGAAGAATGCTTCTTAATTTGGATGAGGATGAACAGCCAAAGAAGAAAATCAGAATTGGCAGTCCTGCTTGTCAGTGGATCTCAGTCTATAATGCTCGTCGTCCCATGAAACAGAGATATCACTACAACGTTGCAGACTCAAGGTTGCATCAGCATGTACAGAAGGGTAATGAGGATGGCCTTTTAATTAGCTGTGTAGCATCAGCAGCTAATCTCTGGGCCCTCATAATGGATGCTGGGACTGGATTCACCTCTCAAGTTTATGAATTGTCAACTGTCTTCCTTCACAAGGACTGGATTATGGAACAATGGGAAAAGAACTACTATATCAGTTCCATAGCTGGTTCAGATAACGGGAACTCATTAGTTGTTATGTCAAAAGGAACGTCTTATACTCAGCAATCTTACAAAGTCAGCGACTCTTTTCCTTTCAAGTGGATAAACAAGAAATGGAAAGAAGATTTCCATGTAACCTCCATGACAACTGCTGGGAATCGTTGGGGTGTGGTAATGTCGAGGAATTCTGGCTACTCTGATCAGGTCGTGGAGCTCGACTTTTTGTACCCAAGCGATGGAATACATAGGAGGTGGGAAAGTGGGTATAGGATAACATCAATGGCAGCAACTGCAGATCAAGCAGCTTTCATATTAAGCGTACCAAAACGTAAAATGATGGATGAAACTCAAGAGACTCTTCGCACCACCGCCTTTCCAAGCACTCATGTCAAGGAAAAATGGGCGAAAAATCTGTACATTGCATCAATATGCTTTGGGAGGACAGTTTGCTGAGGTACTTAGCATCATATGAAAGCCAAGAAGACAATTGGAGGATAAGGATCATAATACGATCAAGAAGGTAACGCAACCTGTTTGTTAAATGTAATGAAATGGATGCGTGTTCGTATGTATGTAGAAGTATAAAAGGATAGAAAAGATGGTAACAGAGAAGTTGAATTAGTTTTAATAGAAAGTTTTGAGGGCTTTTTAAGCCTTCAAGTGTGCTTACTTTTTGGTATCACTTGCCTTGTTTGAGTCTTTGTTTCAACTTTCAAGTGTTTAAAATAAATGAAATGTGAGAAAGCCAAACCAAACTTAAACCGACATAAGCATAAATAAATAAAATAATATCTCATTGTTATTCAAATCTTTTGTTAAATTTTTACAAAAATTATTGACAAATTTACTAAAAGAA - >AT5G18190.2
CATAAACATTCGAGAAGTCTACAAGCTTTTTATTTTTTCAAAATATAGATTTATTCATAAATTAAAGCAATGAAAATAAAATAAAAATCTACCAAATATTTGCCAGAAATTTTGCTAAAGTTGATCAATCCATCCAAAGAAAAAAAGAAAATTTTGGACCGAAAAAAAAAAAAAGAATTCATCCCCAAATCTGCACCTCCTCTCATCTTCTTCATCTCCTTCAATCTTCATTATTTATAACCTAAAACGACTGAATCTTTCTCTCTCTTTATCTCCATTTTCTAGGTGTGCTTATCACAGCTAGAAAGTTCTTACATTTAAATCGCCCTAGTTGGAGAAAGCCGTCGGTTTCTCATTTTGAAATTTCCAAGGAGATCTGAAAGTTTTAATTTTTTGGATCGATTTCATCGTTATCATACTCCGATCATCATTTCTGTTCAAGGGTTAATCGTAAATCGTTCATCGGGTTAGTTAAAGAGGTTTACTGAAAGCAAAATACTTTCTTACTCTTTGTATGGAGTAAGAATGCCAGAGTTAAGAAGTGGAGCACGTAGATTGAGACAACCTAGCCCTCAGGTGACTGGTCAGGCGGATAATATTGAACTTCCTCCTCAGCCTGTAACAAGGAGAAGAGGCGGTGGTGGTAGAGGAAGGGGAAACGCCAAAGGTGCTGCACCTCCAAGACCAGCTGGTGGTGTCGGTAGGGGTCGAGGCATCAGATTAATAGATTTAGAGGCAGAACCTTGTGAAGTTCGTCCAGCAGTAGGTGAACCTGCTTTTAATCAAGTTGAAGCGGTAGCTGAAAAGGATATTGCTATGGAAGGTGGTAGCGCAGAGAAGGTAGTTGGTGTGGAAGAAGATTCTAGCACAGCTCCAGTCCCTGAAAGGGTACAAGTTGGAAATTCTCCTGTATATAAGACTGAGAGGAAACTCGGTAAAGGAGGCTTTGGTCAAGTTTTTGTTGGTAGAAGGGTGAGTGGTGGCAGCGATAGGATTGGGGCCGATGCAATTGAGGTGGCCCTGAAATTTGAGCATCGAAATAGCAAAGGATGCAATTTTGGTCCACCTTACGAGTGGCAAGTGTACAATACCCTCAATGGTTGCTATGGAGTTCCTGCGGTACATCATAAGGGTCGTCAAGGAGATTTTTACATTCTTGTCATGGACATGCTTGGTCCGAGTCTCTGGGATGTTTGGAATTCTTCGGGGCAATCGATGTCTCCAAACATGGTAGCCTGCATTGCAGTTGAGTCCATATCTATTCTTGAGAAACTTCATATGAAAGGGTTTGTCCACGGAGATGTGAAGCCGGAAAACTTTTTACTCGGTCAACCAGGAACAGCAGATGAGAAAAAACTCTACCTTATCGATCTTGGTCTGGCATCTAAATGGAAAGATTCACACTCAGGCCAGCATGTTGAATATGATCAAAGACCTGATGTGTTCAGGGGAACGATAAGGTATGCAAGTGTTCATGCACACCTAGGTCGAACTGGAAGTAGGAGAGATGATCTGGAGTCGCTGGCTTATACTTTAATTTTTCTTTTGAAGGGAAGATTGCCATGGCAAGGATATCAGGGTGACAACAAGAGCTTTCTTGTTTGCAAGAAAAAGATGTCAACTTCTCCTGAATTGATGTGCTGTTTTTGTCCACCCCCGTTTAAGCTCTTCCTCGAGGCAGTTACAAACATGAAGTTTGACGAAGAGCCCAACTATGCAAAGCTTATTTCGATTTTTGATTCTCTTATTGAACAATGTGCACTATCTAGACCAATTAAAATTGATGGTGCTCTTAAGGTTGGGCAAAAACGAGGAAGAATGCTTCTTAATTTGGATGAGGATGAACAGCCAAAGAAGAAAATCAGAATTGGCAGTCCTGCTTGTCAGTGGATCTCAGTCTATAATGCTCGTCGTCCCATGAAACAGAGATATCACTACAACGTTGCAGACTCAAGGTTGCATCAGCATGTACAGAAGGGTAATGAGGATGGCCTTTTAATTAGCTGTGTAGCATCAGCAGCTAATCTCTGGGCCCTCATAATGGATGCTGGGACTGGATTCACCTCTCAAGTTTATGAATTGTCAACTGTCTTCCTTCACAAGGACTGGATTATGGAACAATGGGAAAAGAACTACTATATCAGTTCCATAGCTGGTTCAGATAACGGGAACTCATTAGTTGTTATGTCAAAAGGAACGTCTTATACTCAGCAATCTTACAAAGTCAGCGACTCTTTTCCTTTCAAGTGGATAAACAAGAAATGGAAAGAAGATTTCCATGTAACCTCCATGACAACTGCTGGGAATCGTTGGGGTGTGGTAATGTCGAGGAATTCTGGCTACTCTGATCAGGTCGTGGAGCTCGACTTTTTGTACCCAAGCGATGGAATACATAGGAGGTGGGAAAGTGGGTATAGGATAACATCAATGGCAGCAACTGCAGATCAAGCAGCTTTCATATTAAGCGTACCAAAACGTAAAATGATGGATGAAACTCAAGAGACTCTTCGCACCACCGCCTTTCCAAGCACTCATGTCAAGGAAAAATGGGCGAAAAATCTGTACATTGCATCAATATGCTTTGGGAGGACAGTTTGCTGAGGTACTTAGCATCATATGAAAGCCAAGAAGACAATTGGAGGATAAGGATCATAATACGATCAAGAAGGTAACGCAACCTGTTTGTTAAATGTAATGAAATGGATGCGTGTTCGTATGTATGTAGAAGTATAAAAGGATAGAAAAGATGGTAACAGAGAAGTTGAATTAGTTTTAATAGAAAGTTTTGAGGGCTTTTTAAGCCTTCAAGTGTGCTTACTTTTTGGTATCACTTGCCTTGTTTGAGTCTTTGTTTCAACTTTCAAGTGTTTAAAATAAATGAAATGTGAGAAAGCCAAACCAAACTTAAACCGACATAAGCATAAATAAATAAAATAATATCTCATTGTTATTCAAATCTTTTGTTAAATTTTTACAAAAATTATTGACAAATTTACTAAAAGAA
CDS Sequence
Protein Sequence