Hybrid origins and the earliest stages of diploidization in the highly successful recent polyploid Capsella bursa-pastoris.

Keyphrases

• Diploidization 100%
• Polyploid 100%
• Gene Loss 100%
• Hybrid Origin 100%
• Capsella Bursa-pastoris 100%
• Positive Selection 66%
• Whole Genome Duplication 66%
• Differential Expression 33%
• Redundancy 33%
• Species Distribution 33%
• Inactivating mutation 33%
• Demography 33%
• Tetraploid 33%
• Natural Selection 33%
• Angiosperms 33%
• Strength of Selection 33%
• Relaxed Purifying Selection 33%
• Tetraploid Species 33%
• Selfing 33%
• Predictable Patterns 33%
• Duplication Events 33%
• Polyploidization 33%
• Widespread Species 33%
• Genetic Drift 33%
• Whole-genome Data 33%
• Gene Retention 33%
• Parental Species 33%
• Deleterious Variants 33%
• Selection Efficacy 33%
• Whole-genome Resequencing 33%
• Nonfunctionalization 33%
• Flowering Plant Evolution 33%
• Capsella 33%
• Diploid Progenitors 33%
• Diploid Population 33%

Biochemistry, Genetics and Molecular Biology

• Tetraploidy 100%
• Angiosperm 100%
• Polyploid 100%
• Gene Loss 100%
• Capsella Bursa-Pastoris 100%
• Genome Duplication 100%
• Diploidy 50%
• Selfing 50%
• Genetic Drift 50%
• Negative Selection (Natural Selection) 50%
• Natural Selection 50%
• Plant Evolution 50%
• Species Distribution 50%
• Capsella 50%
• Whole Genome Resequencing 50%