APRR5 Antibody

1. Data report that COR27 and COR28 bind to the chromatin of TOC1 and PRR5 to repress their transcription, suggesting that their effects on rhythms are in part due to their regulation of TOC1 and PRR5 These data demonstrate that blue light and low temperature-regulated COR27 and COR28 regulate the circadian clock as well as freezing tolerance and flowering time. PMID: 27837007
2. LNK1 is a transcriptional coactivator necessary for expression of the clock genes PRR5 and TOC1 through recruitment to their promoters via interaction with bona fide DNA binding proteins such as RVE4 and RVE8. PMID: 25012192
3. Expression analyses of shade avoidance response (S.A.R)-related genes suggested that PRR5 functions as a repressor of S.A.R. Analyses of leaves under different light condition revealed that PRR5 is involved in the inhibition of leaf expansion in S.A.R. PMID: 23333981
4. Transcriptional co-regulators PRR9, PRR7 and PRR5 inhibit morning loops LHY and CCA1 expression by binding to their promoters PMID: 24267177
5. RVE8 promotes expression of the clock component PSEUDO-RESPONSE REGULATOR 5 (PRR5). RVE8 expression is in turn repressed by PRR5. PMID: 21483796
6. PRR5 plays an antagonistic role(s) to the putative CCA1 clock component.[PRR5] [PSEUDO-RESPONSE REGULATOR 5] PMID: 15725674
7. PRR5 seedlings showed a phenotype of hypersensitivity to red light during early photomorphogenesis PMID: 17284847
8. These results show that ZTL targets PRR5 for degradation by 26S proteasomes in the circadian clock and in early photomorphogenesis. PMID: 17693530
9. The linkages between TOC1 and PRR5 in the regulation of the biological clock of A. thaliana were studied. PMID: 18178585
10. revealed the genetic linkages between GI and PRR5 in the control of free running circadian oscillation of gene expression, early photomorphogenesis and flowering time PMID: 18838788

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KEGG: ath:AT5G24470

STRING: 3702.AT5G24470.1

UniGene: At.21641