J. F. Wendel

The paper examines subgenome evolution in organelle-targeted genes of six allotetraploid angiosperms and finds no global effects of cytonuclear incompatibilities on paternal homoeologs.

The paper analyzes mRNA transcript abundance in polyploid and diploid plants, finding that organellar genomes produce most transcripts despite having fewer genes.

This study examines cytonuclear expression accommodation in six allopolyploid plant lineages, finding variable maternal preferences and expression biases that do not consistently resolve nuclear-cytoplasmic incompatibilities.

This study investigates the domestication and genetic diversity of two diploid cotton species, confirming independent domestication and identifying patterns of introgression and chromosomal variability.

The paper shows that deleterious mutations accumulate faster in allopolyploid cotton than in diploid progenitors, with unequal effects between subgenomes.

This study investigates how whole genome duplications affect nuclear and organellar genome copy numbers in plants, finding that polyploids maintain cytonuclear stoichiometry through elevated organellar genome copy numbers.