BRM Antibody

1. study uncovers pri-miRNAs as a substrate of CHR2, and an additional regulatory layer upstream of Microprocessor activity to control miRNA accumulation PMID: 29769717
2. data indicate that the chromatin-remodeling enzyme BRM modulates PORC expression through interacting with PIF1, providing a novel regulatory mechanism by which plants fine-tune chlorophyll biosynthesis PMID: 27865928
3. Data show that mutants of Brahma (BRM) and AtMMS21 displayed a similar defect in root development. PMID: 28115583
4. BRM and SWN act antagonistically at the nucleosome level to fine-tune the temporal expression of miR156 to regulate vegetative phase change in Arabidopsis. PMID: 27803189
5. while BRM predominantly regulates its target genes by binding to their promoters, many genes are bound by BRM at their 3 ends. These 3 regions serve as promoters of non-coding transcription extensively regulated by BRM. PMID: 27994035
6. Genome-wide analyses showed that REF6 colocalizes with BRM at many genomic sites with the CTCTGYTY motif. Loss of REF6 results in decreased BRM occupancy at BRM-REF6 co-targets PMID: 27111034
7. results suggest that phosphorylation of BRM by SnRK2s is a mechanism to release BRM-mediated repression of ABI5 expression and, thus, ABA response, whereas PP2C-mediated dephosphorylation of BRM likely maintains the repressive function of BRM on ABA PMID: 26499068
8. acts in the PLT pathway to maintain the root stem cell niche by altering the expression of PINs PMID: 25991732
9. our results indicate that BP interacts with the chromatin remodeling factor BRM to regulate the expression of KNAT2 and KNAT6 in control of inflorescence architecture. PMID: 25822547
10. our gain- and loss-of-function genetic evidence establishes that BRM controls flowering time by directly activating SVP expression PMID: 25615622
11. BRM as a positive regulator of GA-mediated responses and reveal diverse (both direct and indirect) interactions between SWI/SNF BRM ATPase and the GA pathway. PMID: 23536800
12. characterization at the molecular and functional level, the carboxy-terminal part of Arabidopsis BRM. We have found three DNA-binding regions that bind various free DNA and nucleosomal probes with different specificity PMID: 17825834
13. mediates the repression of seed storage proteins in leaf tissue PMID: 18508955
14. Results show that despite the overall similarity of brm and atswi3c phenotypes, a critical requirement for BRM in the differentiation of reproductive organs suggests that its regulatory functions do not entirely overlap those of ATSWI3C. PMID: 19301030

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KEGG: ath:AT2G46020

STRING: 3702.AT2G46020.2

UniGene: At.48598