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1 y puzzle: How do new traits arise and become sex-limited?
2                                              Sex-limited Cholesky structural equation models were use
3  resolved by genetic variation residing on a sex-limited chromosome and be maintained across species
4 a provide evidence for the importance of the sex-limited chromosome in a female heterogametic species
5 ation, gene expression levels decline on the sex-limited chromosome, and this can lead to selection f
6 erogametic sex - Y and W - that are known as sex-limited chromosomes (SLCs).
7 t sex-specific selection can act to preserve sex-limited chromosomes from degrading forces.
8 s focused on the loss of coding regions from sex-limited chromosomes through the accumulation of dele
9             We map the genetic basis of this sex-limited colour dimorphism to a region containing the
10 scertainment bias in unstratified data for a sex-limited disease.
11  neurodevelopmental disorders, and suggest a sex-limited effect on the penetrance of the pathological
12 at autosomal trans-regulatory sequences with sex-limited effects are available to compensate for cis-
13 ucing sexual antagonism through opposing but sex-limited effects on these two fitness-related functio
14 nalyses suggested that these QTLs might have sex-limited effects.
15 h male lethality is probably responsible for sex-limited expression of these disorders, as affected w
16 ily size or transmission through males given sex-limited expression.
17 to be identified in Chlamydomonas that shows sex-limited expression.
18 ance, which include sex-linked transmission, sex-limited fertility reduction, and X-autosome epistasi
19        The evolution of sexual dimorphism by sex-limited gene expression alleviates this problem.
20     We contend that relaxed selection due to sex-limited gene expression is the correct null model fo
21 ffects in the other sex, due to incompletely sex-limited gene expression.
22 rehensive genomic sampling of biparental and sex-limited genetic variation to identify and control fo
23  collection of D. pulex clones suggests that sex-limited meiosis suppression in D. pulex has spread w
24           The evolutionary tug-of-war over a sex-limited, mimetic trait integrates autosomal componen
25 st striking examples of sexual dimorphism is sex-limited mimicry in butterflies, a phenomenon in whic
26                                              Sex-limited mimicry is phylogenetically widespread in th
27       Testicular germ cell tumors (TGCT) are sex limited, occurring only in males with a Y chromosome
28                             Interestingly, a sex-limited penetrance with paternal inheritance was obs
29                                              Sex-limited polymorphism has evolved in many species inc
30                                              Sex-limited polymorphisms are an intriguing form of sexu
31 0-base pair enhancer, derived from the mouse sex-limited protein (Slp) gene, is activated solely by t
32 the androgen-dependent enhancer of the mouse sex-limited protein (Slp) gene.
33  the androgen-specific enhancer of the mouse sex-limited protein (Slp) gene.
34 erwise male-specific liver proteins, such as sex-limited protein (Slp), major urinary proteins (MUPs)
35 gene expression, most dramatically for mouse sex-limited protein (Slp), which provides an in vivo rep
36 zed the mouse protein Slp, coded by the gene sex-limited protein (Slp).
37 ns requires the N/C interaction, whereas the sex-limited protein gene and mouse mammary tumor virus l
38 ce, females inappropriately express the male Sex-limited protein, Slp.
39                                            A sex-limited role for the roX RNAs in autosomal gene expr
40 latus) subjected to sexually antagonistic or sex-limited selection.
41 a large number of families and is frequently sex limited: Sex linkage has not yet been demonstrated,
42 ct on females-when natural selection targets sex-limited sexually selected characters.
43 wever, because the majority of genes are not sex-limited, the potential for substantial conflict may
44 design because the spermatozoal phenotype is sex-limited (to males) while the genotype is sex-linked
45 h reference to sex-linkage of this important sex-limited trait.
46 x, and the upper part of the vagina; it is a sex-limited trait.
47                                              Sex-limited trivariate Cholesky structural equation mode