Competition between a recombining (#1) and non-recombining population (#2): effects of the initial frequency of #1 and the both populations as donors on the outcome of competition. 50 independent runs with each set of parameters.
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https://figshare.com/articles/dataset/_Competition_between_a_recombining_1_and_non_recombining_population_2_effects_of_the_initial_frequency_of_1_and_the_both_populations_as_donors_on_the_outcome_of_competition_50_independent_runs_with_each_set_of_parameters_/558199
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Number of times each population Wins (the density of the competing population falls below 105) or is Winning (is the dominant population at the 2000th generation). TF is the mean number of generations before the density of the losing population falls below 105 ±SE: standard error.
In all runs there was a 0.02 fitness cost for the #1 population – χ1 = 5×10−14, μ = 10−7, NT = 2×108, c = 0.5, e = 3. In all runs both populations were initially only the 2,2,2,2,2 genotype; Poly 10 - both populations were initiated with the same10 randomly selected clones.
*p<0.002 (χ2 contingency with Yates Correction).
++significant with p<0.005 (t-student test comparing TF between Population 1 and Population 2 within treatment).
创建时间:
2013-02-21



