<p>Each boxplots represents median and standard deviation of maximal fitness gain before and after the bottleneck for 50 simulation repeats. The dots represent the percentage of potential oncogenes before and after passing through the bottleneck (see main text for definition). Gene expression noise level is 0, population size is indicated in color, and mutation rates are A) 0.001, B) 0.05, C) 0.1and D) 0.2.</p
<p>Dark grey are populations evolved in the benign environment and light grey are the populations ev...
<p>Summary statistics of mean genetic variation and bottleneck tests across sampled populations.</p
population fitness. fitness loss is determined by mean initial Size of genetic bottlenecks leading t...
<p>Each square represents a set of simulations with identical gene expression noise level and mutati...
Fitness loss measured per unit time (generations, A) and per unit distance travelled (demes, B). The...
<p>Boxplots showing the distribution of mean values of the 1000 posterior distributions for the repl...
<p>The dark gray bars (left) represent the mean final fitness of populations that evolve under each ...
<p>The black dots are due to data and the green dots due to simulations. The evaluated parameters di...
Background Demographic bottlenecks can severely reduce the genetic variation of a population or a sp...
<p>Expected diversity within a population undergoing bottlenecks of size 2 at times 1000 and 2000. A...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
BACKGROUND: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
<p>Dark grey are populations evolved in the benign environment and light grey are the populations ev...
<p>Summary statistics of mean genetic variation and bottleneck tests across sampled populations.</p
population fitness. fitness loss is determined by mean initial Size of genetic bottlenecks leading t...
<p>Each square represents a set of simulations with identical gene expression noise level and mutati...
Fitness loss measured per unit time (generations, A) and per unit distance travelled (demes, B). The...
<p>Boxplots showing the distribution of mean values of the 1000 posterior distributions for the repl...
<p>The dark gray bars (left) represent the mean final fitness of populations that evolve under each ...
<p>The black dots are due to data and the green dots due to simulations. The evaluated parameters di...
Background Demographic bottlenecks can severely reduce the genetic variation of a population or a sp...
<p>Expected diversity within a population undergoing bottlenecks of size 2 at times 1000 and 2000. A...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
BACKGROUND: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
Background: Demographic bottlenecks can severely reduce the genetic variation of a population or a s...
<p>Dark grey are populations evolved in the benign environment and light grey are the populations ev...
<p>Summary statistics of mean genetic variation and bottleneck tests across sampled populations.</p
population fitness. fitness loss is determined by mean initial Size of genetic bottlenecks leading t...