Searching journal content for articles similar to Wang et al. 36 (1): 214.

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  1. ...underlying phenotypic plasticity in a wide variety of traits and depositing our results as a track on the MaizeGDB browser, we provide a community resource as well as a comprehensive analytical framework to facilitate continuing complex trait dissection and prediction in maize and other crops. Our findings...
  2. ...TE insertions and the substantial impact that a handful of TE insertions can have on phenotype (Butelli et al. 2012; Yokosho et al. 2016; Dong et al. 2019).panEDTA allowed, for the first time, access to high-quality pan TE annotations in maize, as well as characterization of the previously...
  3. ...with varied number of vertebrae and validated the causal mutation by whole- association analysis. We verified its function using CRISPR-Cas9 editing. Our results provide insights into chromosomal speciation and phenotypic evolution and a foundation of genetic variants for the breeding of sheep and other...
  4. ...for Dicer-like mechanisms.After performing computational annotation to predict miRNA-like regions in the genes and TEs of maize, we investigate the relationship between these regions to smRNAs, methylation levels, chromatin accessibility, and, where applicable, gene expression (Supplemental Fig. S1...
  5. ...2013).Although natural variants of these genes were associated with flowering time in diverse rice accessions (Zhao et al. 2011; Huang et al. 2012b; Yano et al. 2016), integration of these findings to explain and predict complex phenotypic plasticity observed in natural fields has received limited...
  6. ...The pig pan provides insights into the roles of coding structural variations in genetic diversity and adaptation Zhengcao Li1, Xiaohong Liu1, Chen Wang1, Zhenyang Li1, Bo Jiang1, Ruifeng Zhang1, Lu Tong1, Youping Qu1, Sheng He1, Haifan Chen1, Yafei Mao2, Qingnan Li1, Torsten Pook3, Yu Wu1, Yanjun...
  7. ...makes the design of new drought-tolerant varieties a difficult task that would greatly benefit from a better understanding of the genotype–phenotype relationship. To provide novel insight into this relationship, we applied a systems genetics approach integrating high-throughput phenotypic, proteomic...
  8. ...) was mainly present in groups from low altitudes (ST and YG groups) and the wild group (TB group) (Fig. 6F,G), consistent with their phenotypes. This also provides insights into two distinct evolutionary routes of BD and CR in low- and high chill regions. Moreover, a previous study reported...
  9. ...are evolutionary changes in AS or gene expression required to establish major differences in morphological and phenotypic characteristics? Changeswith small effects atmultiple loci probably underlie many species-specific differences, but individual differences in the expression of genes involved in developmental...
  10. ...cereal and bioenergy crops (Vollbrecht et al. 2005; Doust 2007). While classical genetics has uncovered regulators of maize inflorescence architecture (Vollbrecht and Schmidt 2009), the molecular mechanisms and gene regulatory networks underlying this grass-specific morphology remain elusive. Branching...
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