Add to ORKGToday, stickleback populations show striking differencesof selection map to regulatory regions sur-rounding the gene, and admixture mapping shows that the KITLG genomic region has a significant effect on human skin color. These experiments suggest that regulatory changes in Kitlg contribute to natural variation in verte-brate pigmentation, and that similar genetic mechanisms may underlie rapid evolutionary change in fish and humans
Studies of animal color patterns have provided important insights into the nature of evolution and a...
Phenotypic flexibility may incur a selective advantage in changing and heterogeneous environments, a...
ManuscriptThe molecular mechanisms underlying major phenotypic changes that have evolved repeatedly ...
SummaryDramatic pigmentation changes have evolved within most vertebrate groups, including fish and ...
In this issue, Miller et al. (2007) show that evolution makes repeated use of the same genes to prod...
Animal pigment patterns are important for a range of functions, including camouflage and communicati...
The adaptation of natural populations to changing environments is often driven by numerous genetic l...
The genome contains an organism's complete set of instructions for development, survival and reprodu...
Major phenotypic changes evolve in parallel in nature by molecular mech-anisms that are largely unkn...
Repeated and independent adaptation to specific environmental conditions from standing genetic varia...
Elucidating the processes and mechanisms responsible for sexual dimorphism has been a central task f...
Understanding the process of adaptation requires elucidating the mechanisms through which natural se...
Epigenetic mechanisms underlying phenotypic plasticity can be an important factor in the survival of...
The molecular mechanisms underlying major phenotypic changes that have evolved repeatedly in nature ...
Similar forms often evolve repeatedly in nature, raising long-standing questions about the underlyin...
Studies of animal color patterns have provided important insights into the nature of evolution and a...
Phenotypic flexibility may incur a selective advantage in changing and heterogeneous environments, a...
ManuscriptThe molecular mechanisms underlying major phenotypic changes that have evolved repeatedly ...
SummaryDramatic pigmentation changes have evolved within most vertebrate groups, including fish and ...
In this issue, Miller et al. (2007) show that evolution makes repeated use of the same genes to prod...
Animal pigment patterns are important for a range of functions, including camouflage and communicati...
The adaptation of natural populations to changing environments is often driven by numerous genetic l...
The genome contains an organism's complete set of instructions for development, survival and reprodu...
Major phenotypic changes evolve in parallel in nature by molecular mech-anisms that are largely unkn...
Repeated and independent adaptation to specific environmental conditions from standing genetic varia...
Elucidating the processes and mechanisms responsible for sexual dimorphism has been a central task f...
Understanding the process of adaptation requires elucidating the mechanisms through which natural se...
Epigenetic mechanisms underlying phenotypic plasticity can be an important factor in the survival of...
The molecular mechanisms underlying major phenotypic changes that have evolved repeatedly in nature ...
Similar forms often evolve repeatedly in nature, raising long-standing questions about the underlyin...
Studies of animal color patterns have provided important insights into the nature of evolution and a...
Phenotypic flexibility may incur a selective advantage in changing and heterogeneous environments, a...
ManuscriptThe molecular mechanisms underlying major phenotypic changes that have evolved repeatedly ...