AbstractA low mutation rate is required for the evolution of large genomes. But is the repression of inadvertent gene expression also important, and is the evolution of complexity limited by the efficiency of noise reduction
Is there a limit to the number of genes carried by an organism? Two reasons have been. First, as mos...
We addressed the evolution of complexity by looking at the possibilities to accumulate, contain and/...
AbstractIt has long been known that wild-type phenotypes harbor considerable amounts of ‘hidden’ gen...
AbstractA low mutation rate is required for the evolution of large genomes. But is the repression of...
AbstractGenome sizes vary enormously. This variation in DNA content correlates with effective popula...
Although natural selection does not guarantee that organisms will increase in complexity as they evo...
International audienceUsing the RAevol model we investigate whether the molecular complexity of evol...
Population genetics predicts that the balance between natural selection and genetic drift is determi...
AbstractThe concept of ‘organismal complexity’ has had a chequered career in genetics, with no rigor...
Higher organisms have more genes and larger genomes than simple organisms. This statement sounds alm...
International audienceWe present a model for genome size evolution that takes into account both loca...
To make a case for or against a trend in the evolution of complexity in biological evolution, comple...
A major aim of evolutionary biology is to explain the respective roles of adaptive versus non-adapti...
Even the most seasoned students of evolution, starting with Darwin himself, have occasionally expres...
AbstractA recent study of X-chromosome and autosome genes in mammals suggests that selective trade-o...
Is there a limit to the number of genes carried by an organism? Two reasons have been. First, as mos...
We addressed the evolution of complexity by looking at the possibilities to accumulate, contain and/...
AbstractIt has long been known that wild-type phenotypes harbor considerable amounts of ‘hidden’ gen...
AbstractA low mutation rate is required for the evolution of large genomes. But is the repression of...
AbstractGenome sizes vary enormously. This variation in DNA content correlates with effective popula...
Although natural selection does not guarantee that organisms will increase in complexity as they evo...
International audienceUsing the RAevol model we investigate whether the molecular complexity of evol...
Population genetics predicts that the balance between natural selection and genetic drift is determi...
AbstractThe concept of ‘organismal complexity’ has had a chequered career in genetics, with no rigor...
Higher organisms have more genes and larger genomes than simple organisms. This statement sounds alm...
International audienceWe present a model for genome size evolution that takes into account both loca...
To make a case for or against a trend in the evolution of complexity in biological evolution, comple...
A major aim of evolutionary biology is to explain the respective roles of adaptive versus non-adapti...
Even the most seasoned students of evolution, starting with Darwin himself, have occasionally expres...
AbstractA recent study of X-chromosome and autosome genes in mammals suggests that selective trade-o...
Is there a limit to the number of genes carried by an organism? Two reasons have been. First, as mos...
We addressed the evolution of complexity by looking at the possibilities to accumulate, contain and/...
AbstractIt has long been known that wild-type phenotypes harbor considerable amounts of ‘hidden’ gen...
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