Publication date
January 2012
DOI Publisher
Springer Science and Business Media LLCAbstract
This month’s Genome Watch highlights new perspectives on polygenic adaptation and its consequences for fitness in microbial populations
This month’s Genome Watch highlights new perspectives on polygenic adaptation and its consequences for fitness in microbial populations
Ecological opportunities promote population divergence into coexisting lineages. However, the geneti...
The signal-transduction network responsible for chemotaxis in Escherichia coli has been characterise...
Experimental evolution under controlled laboratory conditions is becoming increasingly important to ...
This month’s Genome Watch highlights new perspectives on polygenic adaptation and its consequences f...
Parallel and convergent evolution have been remarkably common observations in molecular adaptation b...
Parallel and convergent evolution have been remarkably common observations in molecular adaptation b...
Understanding how diversity emerges in a single niche is not fully understood. Rugged fitness landsc...
The bacteriophage phi X174 is a useful model for examining the genetic basis of fitness and adaptati...
Phenotypic plasticity, epistasis or both are expected to influence the adaptive value of mutations a...
How do adapting populations navigate the tensions between the costs of gene expression and the benef...
Beneficial mutations fuel adaptation by altering phenotypes that enhance the fit of organisms to the...
Evolution by natural selection is driven by the continuous generation of adaptive mutations. We meas...
Genetic diversity is generated and maintained even in the simplest of environments. Because interact...
Populations evolving in constant environments exhibit declining adaptability. Understanding the basi...
How do the fitness effects of several mutations combine? Despite its simplicity, this question is ce...
Ecological opportunities promote population divergence into coexisting lineages. However, the geneti...
The signal-transduction network responsible for chemotaxis in Escherichia coli has been characterise...
Experimental evolution under controlled laboratory conditions is becoming increasingly important to ...
This month’s Genome Watch highlights new perspectives on polygenic adaptation and its consequences f...
Parallel and convergent evolution have been remarkably common observations in molecular adaptation b...
Parallel and convergent evolution have been remarkably common observations in molecular adaptation b...
Understanding how diversity emerges in a single niche is not fully understood. Rugged fitness landsc...
The bacteriophage phi X174 is a useful model for examining the genetic basis of fitness and adaptati...
Phenotypic plasticity, epistasis or both are expected to influence the adaptive value of mutations a...
How do adapting populations navigate the tensions between the costs of gene expression and the benef...
Beneficial mutations fuel adaptation by altering phenotypes that enhance the fit of organisms to the...
Evolution by natural selection is driven by the continuous generation of adaptive mutations. We meas...
Genetic diversity is generated and maintained even in the simplest of environments. Because interact...
Populations evolving in constant environments exhibit declining adaptability. Understanding the basi...
How do the fitness effects of several mutations combine? Despite its simplicity, this question is ce...
Ecological opportunities promote population divergence into coexisting lineages. However, the geneti...
The signal-transduction network responsible for chemotaxis in Escherichia coli has been characterise...
Experimental evolution under controlled laboratory conditions is becoming increasingly important to ...
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