1. a novel brx allele from another acidic sampling site demonstrates the existence of independently maintained brx loss-of-function alleles in nature and supports the notion that they are advantageous in acidic soil pH conditions. PMID: 23041192
2. These results demonstrate a ubiquitous, although quantitatively variable role of BRX in modulating the growth rate in both the root and shoot. PMID: 20649916
3. AtBRX(Lc-0) allele seems to contribute to natural variation in root growth vigor and provides a rare example of an experimentally confirmed, hyperactive allelic variant. PMID: 20404146
4. The brx phenotype results from a root-specific deficiency of brassinosteroid and is due to reduced, BRX-dependent expression of a rate-limiting enzyme in brassinosteroid biosynthesis [BRX] PMID: 17006513
5. A brx loss-of-function allele, which was found in a natural accession, results in a highly branched but poorly elongated root system. PMID: 18627499
6. BRX is associated with cytokinin-mediated inhibition of lateral root initiation. PMID: 19037657
7. A loss-of-function allele of BREVIS RADIX (BRX) in the Columbia background, named brx-2, which shows enhanced response to ABA-mediated inhibition of root growth, was identified. PMID: 19201913
8. BRX might provide a contextual readout to synchronize cellular growth with the auxin concentration gradient across the root tip. PMID: 19465596

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KEGG: ath:AT1G31880

STRING: 3702.AT1G31880.1

UniGene: At.40252