Gynodioecy, the co-occurrence of females and hermaphrodites, is often due to conflicting
interactions between cytoplasmic male sterility genes and nuclear restorers. Although …

Nuclear-cytoplasmic gynodioecy is a breeding system of plants in which females and
hermaphrodites co-occur in populations, and gender is jointly determined by cytoplasmic …

Gynodioecy, where females co-occur with hermaphrodites, is a relatively common sexual
system in plants that is often the result of a genetic conflict between maternally inherited …

Gynodioecy is the co-occurrence of females and hermaphrodites in populations. It is usually
due to the combined action of cytoplasmic male sterility (CMS) genes and nuclear genes …

In gynodioecious species, females and hermaphrodites coexist and the genetics of sex
determination is usually nuclear cytoplasmic. Maintaining nuclear-cytoplasmic gynodioecy …

Cytoplasmic male sterility alleles (CMS) and corresponding nuclear restorer alleles (R)
determine gender expression in gynodioecious populations. In this article, we combine …

Gynodioecy is a sexual polymorphism in angiosperms, where hermaphroditic and female
individuals coexist. This is often caused by a cytoplasmic genetic element (CGE) that …

Gynodioecious plant species, which have populations consisting of female and
hermaphrodite individuals, usually have complex sex determination involving cytoplasmic …

Population‐genetic models of nucleo‐cytoplasmic gynodioecy are shown to allow invasion
of males and conversion to dioecy in a single cytotype. Pleiotropic effects of restorer alleles …

The evolutionary dynamics of nuclear-cytoplasmic male sterility in a gynodioecious, self-
incompatible species was examined through computer simulations of a deterministic model …