UVR8 Antibody

1. dimer/monomer photo-equilibrium regulated by UV-B and also influenced by temperature PMID: 26864532
2. Tissue-autonomous and simultaneous UVR8 signalling in different tissues mediates, at least partly, developmental and defence responses to Ultraviolet B radiation. PMID: 28058744
3. Study shows that UVR8 regulates a specific chromatin modification associated with transcriptional regulation of a set of UVR8-target genes. PMID: 27534420
4. the cellular activity of UVR8 likely does not involve its specific binding to chromatin at target genes PMID: 26864020
5. The results indicate that tryptophan residues at the dimer interface engage in photoinduced proton coupled electron transfer reactions that induce monomerization. PMID: 25955727
6. role of tryptophans in the UV-B absorption of a UVR8 photoreceptor PMID: 25811850
7. not involved in short-term responses to UV-B stress PMID: 26039469
8. UVR8 might have an important role for integrating plant growth and stress signals PMID: 24413416
9. Results indicate that the plant perception of UV-B is mediated by UVR8 as a UV-B-specific photoreceptor, and they support a tryptophan-based perception mechanism, with tryptophan-285 as a key residue. [UVR8] PMID: 21454788
10. The participation of the UVR8 pathway and its interaction with nitric oxide in ultraviolet-B-induced stomatal movements in Arabidopsis, was investigated. PMID: 24586043
11. UV-B, detected by UVR8, provides an unambiguous sunlight signal that inhibits shade avoidance responses by antagonizing the phytohormones auxin and gibberellin. PMID: 25071218
12. suggested mechanism for the UV-B-driven dissociation of the dimer that rests on the prominent players Trp233 and Trp285 explains the experimental results obtained from mutagenesis of UVR8 PMID: 24639509
13. molecular dynamics simulations in conjunction with umbrella sampling were used to calculate the binding free energy for the wild type UVR8 dimer and three of its mutants PMID: 23745796
14. Three tryptophans in the beta-propeller core are important in maintaining structural stability and function of UVR8. PMID: 23012433
15. Data indicate that UVR8-dependent UV-B acclimation during the early stages of plant development may enhance normal growth under long-term exposure to solar UV. PMID: 23250626
16. Regeneration of the UVR8 dimer is rapid in intact plants. PMID: 23129206
17. UVR8 promotes photosynthetic efficiency at elevated levels of UV-B. PMID: 23161229
18. UVR8-interacting proteins repressor of UV-B photomorphogenesis (RUP)1 and RUP2 mediate UVR8 redimerization independently of COP1 PMID: 23277547
19. C-terminal region of the UV-B photoreceptor UVR8 initiates signaling through interaction with the COP1 protein. PMID: 22988111
20. UVR8 plays an important role in mediating the effects of UV-B radiation on pathogen resistance by controlling the expression of the sinapate biosynthetic pathway. PMID: 22447155
21. crystal structure of UVR8 at 1.8 A resolution, revealing a symmetric homodimer of seven-bladed beta-propeller that is devoid of any external cofactor as the chromophore PMID: 22388820
22. crystallographic and solution structures of the UVR8 homodimer, together with mutagenesis and far-UV circular dichroism spectroscopy, reveal its mechanisms for UV-B perception and signal transduction PMID: 22323738
23. UVR8 has in fact in itself the ability to be an ultraviolet-B photoreceptor in plants PMID: 21561100
24. interaction of the key ultraviolet-B specifc regulator with UVR8 with chromatin in Arabopsis. PMID: 20031919
25. UV-B stimulates the nuclear accumulation of both a green fluorescent protein (GFP)-UVR8 fusion and native UVR8. PMID: 17720867
26. UVR8 is involved in controlling aspects of leaf growth and morphogenesis. PMID: 19402876

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KEGG: ath:AT5G63860

STRING: 3702.AT5G63860.1

UniGene: At.49214