The article discusses the importance of obtaining complete sequences from both sets of chromosomes in potato genomes. This comprehensive approach sheds light on deleterious variations that were previously obscured when only one set of chromosomes was considered. Additionally, researchers have used computational tools to create an ideal genotype, incorporating advantageous genetic sequences from various potato varieties. This ideal genotype serves as a roadmap for breeding programs aimed at producing hybrid potatoes, potentially improving crop resilience and yield.
Potato genomes that contain complete sequences from both sets of chromosomes reveal previously hidden deleterious variations. This insight enables more effective breeding strategies.
By designing an ideal set of genes through computational methods, we can combine desirable traits from various potato varieties to develop stronger, hybrid potatoes.
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