The recent discovery of the human counterpart of the hairless mouse phenotype has helped our understanding of the molecular genetics of hair growth. But there are no reports of a defect in the human homologue of the best known of the 'bald' mouse phenotypes, the nude mouse. This may be because affected individuals are so gravely ill from the accompanying immunodeficiency that their baldness goes unnoticed. We have carried out a genetic analysis that reveals a human homologue of the nude mouse
A comparison has been presented to illustrate many of the similarities in patterns of disease betwee...
Animal models carrying mutations in the hairless (Hr) gene provide a rich resource for study of hair...
In 1989, mice bearing mutations at the hr (hairless) locus were first proposed as a model for the hu...
The recent discovery of the human counterpart of the hairless mouse phenotype has helped our underst...
Near-naked hairless (Hr(N)) is a semi-dominant, spontaneous mutation that was suggested by allelism ...
The original nude mouse mutation has proven to be an incredibly valuable biomedical tool since its d...
For many years, hairless and rhino mouse mutants have provided a useful and extensively exploited mo...
Near-naked hairless (HrN) is a semi-dominant, spontaneous mutation that was suggested by allelism te...
Mutations in the nude locus in mice and rats produce the pleiotropic phenotype of hairlessness and a...
AbstractHairless nude mice are immunodeficient because they lack a thymus. The nude gene has now bee...
Various mutations of the hairless (hr) gene of mice result in hair loss and other integument defects...
International audienceThe hairless gene in mammals encodes a nuclear factor that is highly expressed...
546-551 Newly developed mutant hairless mice and two outbred mouse strains (Park and Swiss) were exa...
Hairless mice have been widely used in basic research and clinical trials. Two new mouse mutants wit...
Mutations in the transcription factor Foxn1 cause the nude phenotype in mice, which is characterized...
A comparison has been presented to illustrate many of the similarities in patterns of disease betwee...
Animal models carrying mutations in the hairless (Hr) gene provide a rich resource for study of hair...
In 1989, mice bearing mutations at the hr (hairless) locus were first proposed as a model for the hu...
The recent discovery of the human counterpart of the hairless mouse phenotype has helped our underst...
Near-naked hairless (Hr(N)) is a semi-dominant, spontaneous mutation that was suggested by allelism ...
The original nude mouse mutation has proven to be an incredibly valuable biomedical tool since its d...
For many years, hairless and rhino mouse mutants have provided a useful and extensively exploited mo...
Near-naked hairless (HrN) is a semi-dominant, spontaneous mutation that was suggested by allelism te...
Mutations in the nude locus in mice and rats produce the pleiotropic phenotype of hairlessness and a...
AbstractHairless nude mice are immunodeficient because they lack a thymus. The nude gene has now bee...
Various mutations of the hairless (hr) gene of mice result in hair loss and other integument defects...
International audienceThe hairless gene in mammals encodes a nuclear factor that is highly expressed...
546-551 Newly developed mutant hairless mice and two outbred mouse strains (Park and Swiss) were exa...
Hairless mice have been widely used in basic research and clinical trials. Two new mouse mutants wit...
Mutations in the transcription factor Foxn1 cause the nude phenotype in mice, which is characterized...
A comparison has been presented to illustrate many of the similarities in patterns of disease betwee...
Animal models carrying mutations in the hairless (Hr) gene provide a rich resource for study of hair...
In 1989, mice bearing mutations at the hr (hairless) locus were first proposed as a model for the hu...