Searching journal content for articles similar to Eveland et al. 24 (3): 431.

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  1. ...through nested association mapping and near-isogenic line analysis. PLoS Genet 11: e1005045. doi:10.1371/journal.pgen.1005045 ↵Bertolini E, Rice BR, Braud M, Yang J, Hake S, Strable J, Lipka AE, Eveland AL. 2025. Regulatory variation controlling architectural pleiotropy in maize. Nat Commun 16: 2140. doi...
  2. ..., structural variation, and transposons. These contribute to the potential of Andropogoneae as a powerful system for studying CNSs and are factors we leverage to understand the function of maize CNSs. We found that 86% of CNSs were comprised of annotated features, including introns, UTRs, putative cis-regulatory...
  3. ...controls tillering (Wang et al. 2014). Nevertheless, all these genes share a common function of modulating the process of meristem maturation. Our previous genetic and genomic analyses on tomato mutants and a wild relative with variable inflorescence architectures have suggested that the rate of meristem...
  4. ...circuitries acting in the SAM, with natural variation modulating agronomically important architectural traits enriched specifically near dynamically expressed SAM genes and the TFs that regulate them. Besides unique mechanisms of maize stem cell regulation, our atlas thus identifies key new targets for crop...
  5. ....e., genic) DNA (Supplemental Fig. 1). In a pilot study, MF applied to the maize yielded a sixfold enrichment for genes relative to a WGS library used as a control ( Rabinowicz et al. 1999 ). Gene-enrichment techniques constitute an effective approach to selectively clone and sequence genes from large plant...
  6. ...-regulated in the heterotic F1 hybrids. Furthermore, genes associated with protein quality control systems were also generally down-regulated in the heterotic F1 hybrids, suggesting a lower level of protein turnover and thus higher energy use efficiency in these strains. In contrast, the depressed F1 hybrids, which were...
  7. ...that the small RNA transcriptome undergoes large-scale redistribution in both male and female gametes, which is not correlated with recruitment of DNA methyltransferases in gametes and suggestive of unexplored regulatory activities of gamete small RNAs.During sexual reproduction in angiosperms, cells undergo...
  8. ...( Prusinkiewicz 2004 ), and for describing physiological responses ( Allen et al. 2005 ). This approach describes plants as a set of modules, each of which has a single mathematical description. Variables such as growth rate, genetic regulatory networks, and so on can be incorporated into these modules...
  9. ...of conserved genes flanking a miRNA. In addition, using the best match selects for paralogs that are more likely to be recently duplicated from one another over less conserved genes from the same family. As a control, we generated a simulated data set in which we selected random genomic locations and aligned...
  10. ...belongs to the grass family (Poaceae), an economically important seed plant family that includes cereals such as maize, wheat, rice, and sorghum as well as many forage crops. The main product of sugarcane is sucrose, which accumulates in the stalk internodes. Sucrose, extracted and purified in specialized...
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