SR chromosomes are the best-known case of sex chromosome meiotic drive. These X
chromosomes cause the production of female-biased progenies in several Drosophila …

Understanding the pleiotropic consequences of gene drive systems on host fitness is
essential to predict their spread through a host population. Here, we study sex-ratio (SR) X …

Sex-ratio X chromosomes, which prevent the production of Y-bearing sperm, have been
identified in a dozen Drosophila species covering a wide phylogenetic range. It has not yet …

The sex-ratio trait that exists in a dozen Drosophila species is a case of naturally occurring X
chromosome drive that causes males to produce female-biased progeny. Autosomal and Y …

“Sex‐ratio”(SR) is a naturally occurring X‐linked meiotic drive system, where the SR‐X
chromosome is transmitted to nearly all progeny of SR males. It occurs at frequencies of up …

Selfish 'meiotic drive'alleles are transmitted to more than 50% of offspring, allowing them to
rapidly invade populations even if they reduce the fitness of individuals carrying them …

The sex-ratio trait described in several Drosophila species is a type of naturally occurring X-
linked meiotic drive that causes males bearing a sex-ratio X chromosome to produce …

Like several other species of Drosophila, D. quinaria is polymorphic for X‐chromosome
meiotic drive; matings involving males that carry a “sex‐ratio” X chromosome (XSR) result in …

The sex‐ratio trait, known in several species of Drosophila including D. simulans, results
from meiotic drive of the X chromosome against the Y. Males that carry a sex‐ratio X …

Sex‐ratio drive is a particular case of meiotic drive, described in several Drosophila species,
that causes males bearing driving X chromosome to produce a large excess of females in …