<p>The dependences of characteristic genotypes on the intensity of fluctuation <i>λ</i>. Data from the evolutionary simulations are plotted with lines. The representative genotypes at the end of the first phase are plotted with cyan dashed lines, and the representative genotypes at the final state are plotted with blue continuous lines. Characteristic values of PIPs (discussed below), <i>g<sub>c</sub></i> and <i>g<sub>ex</sub></i>, are plotted with red squares and green circles, respectively. <i>g<sub>c</sub></i> values show good correspondences with genotypes at the end of first phase, <i>g<sub>ex</sub></i> values are related with genotypes at coexisting states.</p
The large degree of phenotypic fluctuation among isogenic cells highlighted by recent studies on sto...
<p>(A) Estimated genotype dynamics during adaptive evolution. The time of introduction of each new m...
A) Trait evolution after an optimum shift and B) allele frequency dynamics during adaptation from a ...
<p>The phenotypes that are associated with the three most-abundant genotypes that were present at th...
<p>For all five parameter combinations, we use <i>c</i> = 10<sup>−11</sup>. Most simulations reach e...
<p>Each pie chart depict the evolutionary stable state that is induced by a particular combination o...
<p>These diagrams indicate the proportion of alleles through time, with each color series representi...
A fundamental aim of post-genomic 21st century biology is to understand the genotype-phenotype map (...
<p><b>.</b> The most abundant genome is indicated by a larger name in each region. The average fitne...
<p><b>A.</b> The three genetic arrangements, in simulated diploid chromosomes. Key measurements of e...
<p>(A) The temporal evolution of from various initial states. All initial states are attracted by t...
<p>Example of a single simulation run. Panel A) shows the evolution of the population mean level of ...
<p>(a): Monostable genotypes corresponding to the population mean of parameter values arising from d...
The presence of phenomena analogous to phase transition in Statistical Mechanics has been suggested ...
The adaptive process is partitioned into two phases. The initial, stochastic phase describes the est...
The large degree of phenotypic fluctuation among isogenic cells highlighted by recent studies on sto...
<p>(A) Estimated genotype dynamics during adaptive evolution. The time of introduction of each new m...
A) Trait evolution after an optimum shift and B) allele frequency dynamics during adaptation from a ...
<p>The phenotypes that are associated with the three most-abundant genotypes that were present at th...
<p>For all five parameter combinations, we use <i>c</i> = 10<sup>−11</sup>. Most simulations reach e...
<p>Each pie chart depict the evolutionary stable state that is induced by a particular combination o...
<p>These diagrams indicate the proportion of alleles through time, with each color series representi...
A fundamental aim of post-genomic 21st century biology is to understand the genotype-phenotype map (...
<p><b>.</b> The most abundant genome is indicated by a larger name in each region. The average fitne...
<p><b>A.</b> The three genetic arrangements, in simulated diploid chromosomes. Key measurements of e...
<p>(A) The temporal evolution of from various initial states. All initial states are attracted by t...
<p>Example of a single simulation run. Panel A) shows the evolution of the population mean level of ...
<p>(a): Monostable genotypes corresponding to the population mean of parameter values arising from d...
The presence of phenomena analogous to phase transition in Statistical Mechanics has been suggested ...
The adaptive process is partitioned into two phases. The initial, stochastic phase describes the est...
The large degree of phenotypic fluctuation among isogenic cells highlighted by recent studies on sto...
<p>(A) Estimated genotype dynamics during adaptive evolution. The time of introduction of each new m...
A) Trait evolution after an optimum shift and B) allele frequency dynamics during adaptation from a ...