… regulatory elements for crop improvement Mounting evidence supports the importance of
regulatory region variation for crop improvement. … variation in putative regulatory elements and …

… For over ten millennia, the domestication of our crops relied only on human selection (…
crop species was followed by the acquisition of improvement traits that are variable among crop …

… animal evolution and domestication, cis-regulatory variants are far from saturated and thus
… -regulatory alleles has also precluded a deeper understanding of how regulatory changes …

… for creating novel epiallelic variants by alteration of DNA methylation or other chromatin
modifications. These tools can be used for crop improvement through epigenome engineering. …

… crop improvement strategies including the selection for favorable epigenetic states, creation
of novel epialleles, and regulation … the epigenetic variant conferred an improved phenotype. …

… CRE variants for the regulation of complex quantitative traits. … the domestication of natural
CRE variants to regulate complex … CREs for transcriptional regulation for crop improvement. …

… mapping analyses to predict regulatory interactions that impact crop improvement. It is …
differences in how regulatory variants were uncovered. An improved understanding of the …

… categorizes the germplasm into five morphological variants. Although variation in DNA …
our knowledge there's currently no regulation on epigenetically modified crops in the world, …

… Structural variants (SVs) underlie important crop improvement and domestication traits. …
Compared to SNPs, SVs can cause large-scale perturbations of cis-regulatory regions and are …

… variants of interest and putting these to practical use in crop … key regulatory mechanism that
influences two aspects of crop … same regulatory mechanism operates in other crop species, …