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Epigenetic approaches to crop breeding: current status and perspectives.

Athanasios DalakourasDimitrios N Vlachostergios
Published in: Journal of experimental botany (2021)
In order to tackle the cumulative adverse effects of global climate change, reduced farmland, and heightened needs of an ever-increasing world population, modern agriculture is in urgent search of solutions that can ensure world food security and sustainable development. Classical crop breeding is still a powerful method to obtain crops with valued agronomical traits, but its potential is gradually being compromised by the menacing decline of genetic variation. Resorting to the epigenome as a source of variation could serve as a promising alternative. Here, we discuss current status of epigenetics-mediated crop breeding (epibreeding), highlight its advances and limitations, outline currently available methodologies, and propose novel RNA-based strategies to modify the epigenome in a gene-specific and transgene-free manner.
Keyphrases
  • climate change
  • current status
  • dna methylation
  • genome wide
  • human health
  • gene expression
  • copy number
  • heavy metals
  • global health
  • emergency department
  • public health