CORDIS Project
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This project investigates the role of gene copy variations in the evolution and environmental adaptation of polyploid plants, particularly tetraploid wheat. It focuses on how single nucleotide polymorphisms can influence RNA structure and stability, impacting the plant's response to temperature stress.
Polyploidization is one of the major driving forces of plant evolution and crop domestication and plays a key role in plant environmental adaptation.
The function of multiple gene copies (homoeologous genes) from different subgenomes can vary from each other (sub/neofunctionalization), which is considered as the key to understanding polyploidy evolution and environmental adaptation.
However, most sequence variations between homoeologous genes lie on the non-coding region or are synonymous mutati…
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