Add to ORKGSummary. Mating tests of males bearing different combinations of alleles near locus T show fertility differences from near sterile to near normal fertility depending on the specific alleles combined. Viable t-alleles with no marked effects on fertility when homozygous, fall into different fertility categories when each is combined with the same lethal allele. The differences are attributed to effects on sperm function exerted by the properties of an important controlling centre in the ninth linkage group
AbstractThe t haplotypes, mutant forms of the proximal third of mouse chromosome 17 (the t complex),...
Mice homozygous for tAEb, a recessive allele at the complex T-locus, are characterized by their uniq...
Not all genetic loci follow Mendel's rules, and the evolutionary consequences of this are not yet fu...
Summary. Males bearing certain combinations of alleles at locus T(linkage group IX in the house mous...
Spermatozoan distribution in the female genital tract following matings with sterile tw18/tw32 male ...
AbstractThe t haplotypes (t) are recent evolutionary derivatives of an alternate form of the mouse t...
House mice offer a powerful system for dissecting the genetic basis of phenotypes that isolate speci...
Mice (Peromyscus leucopus noveboracensis) from a captive-breeding program were used to test the effe...
Barriers to gene flow between naturally hybridizing taxa reveal the initial stages of speciation. Re...
Female multiple mating (polyandry) is widespread across many animal taxa and indirect genetic benefi...
Determining the genetic basis of reproductive isolation is a fundamental goal in evolutionary biolog...
Hybrid sterility is one of the postzygotic reproductive barriers that can prevent gene flow between ...
The genetic basis of hybrid male sterility in house mice is complex, highly polygenic, and strongly ...
Hybrid sterility is a common postzygotic reproduc-tive isolation mechanism that appears in the early...
Barriers to gene flow between naturally hybridizing taxa reveal the initial stages of speciation. Re...
AbstractThe t haplotypes, mutant forms of the proximal third of mouse chromosome 17 (the t complex),...
Mice homozygous for tAEb, a recessive allele at the complex T-locus, are characterized by their uniq...
Not all genetic loci follow Mendel's rules, and the evolutionary consequences of this are not yet fu...
Summary. Males bearing certain combinations of alleles at locus T(linkage group IX in the house mous...
Spermatozoan distribution in the female genital tract following matings with sterile tw18/tw32 male ...
AbstractThe t haplotypes (t) are recent evolutionary derivatives of an alternate form of the mouse t...
House mice offer a powerful system for dissecting the genetic basis of phenotypes that isolate speci...
Mice (Peromyscus leucopus noveboracensis) from a captive-breeding program were used to test the effe...
Barriers to gene flow between naturally hybridizing taxa reveal the initial stages of speciation. Re...
Female multiple mating (polyandry) is widespread across many animal taxa and indirect genetic benefi...
Determining the genetic basis of reproductive isolation is a fundamental goal in evolutionary biolog...
Hybrid sterility is one of the postzygotic reproductive barriers that can prevent gene flow between ...
The genetic basis of hybrid male sterility in house mice is complex, highly polygenic, and strongly ...
Hybrid sterility is a common postzygotic reproduc-tive isolation mechanism that appears in the early...
Barriers to gene flow between naturally hybridizing taxa reveal the initial stages of speciation. Re...
AbstractThe t haplotypes, mutant forms of the proximal third of mouse chromosome 17 (the t complex),...
Mice homozygous for tAEb, a recessive allele at the complex T-locus, are characterized by their uniq...
Not all genetic loci follow Mendel's rules, and the evolutionary consequences of this are not yet fu...