Publications by authors named "T S Iefimenko"

Article Synopsis
  • * After analyzing over 1,000 plant accessions, we found that some gene clusters (like those for tirucalladienol and marneral) showed little genetic variation, while others (like arabidiol/baruol) were more diverse, with notable changes in gene structure.
  • * The study emphasizes how these evolving MGCs impact plant adaptation and the variations in traits, such as root growth dynamics related to climate conditions.
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Introgressive hybridization of common wheat is still one of the most effective way of wheat genome enrichment with resistance genes to stresses. In this context, T genome of Amblyopyrum muticum is a promising one for such wheat improvement. Genome substitution amphidiploid Aurotica (AABBTT) with A and B subgenomes from common wheat cultivar Aurora and with T subgenome from Amblyopyrum muticum is characterized by high level of cold resistance.

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