… polyploid genomes. After introducing some basic aspects on the origin and genetics of polyploids,
we highlight the main tools available for genome … of knowledge on polyploid formation, …

… However, one of the most important challenges when working with polyploid genomes is the
difficulty of resolving the allelic constitution of individual loci (ie allelic dosage), which would …

… for the exploration of polyploid genomes. Here, we review the … of polyploid plant genomes,
and also present recent advances in genomic resources and functional tools in molecular …

… tools and techniques for molecular-genetic studies are specific to diploids. However, polyploid
… witnessing an explosion of interest in polyploid genomics. However, the critical issue of …

… To express quantitatively the relationship between a genome of a diploid with those of a
polyploid, repeated sequence correspondence (RSC) is calculated. It is a ratio of the number of …

… which polyploids will persevere in evolution, and for which polyploids genome duplication
… Likewise, and very importantly, we still cannot infer from the integration of the molecular and …

… SNP differences that exist on separate DNA molecules to help better phase polyploid genomes.
… Furthermore, we compiled a list of polyploid genome assembly tools suitable for various …

… Although single nucleotide polymorphisms (SNPs) have become popular tools for genetic …
the study of polyploid genomes, which tend to be larger than diploid genomes and require an …

… bioinformatic tools require biallelic SNPs, so polyploid … tools that accommodate polyploids.
Solutions are being continuously developed to overcome the challenges of polyploid genome …

… All crop plants are polyploid and some genomes have been duplicated more recently than
others. Advancements in cytogenetic and molecular tools, including high-density genetic …