Higher mutation rates only suppose significant variations between consecutive generations, which means higher generations are necessary to reach the convergence criterion.
On the one hand, replication-linked mutational biases affect the mutation rates and, which are supposed to be constant in the recombination model.
The mutation rate was not supposed to reflect a biologically realistic rate, but rather to continuously regenerate heritable variation for parental sensitivity and offspring solicitation on which antagonistic selection could act in the absence of sexual recombination.
We suppose that f, the fraction of hotspots in DNA sequences, and, the mutation rates corresponding to the transitions from A T to G C and from G C to A T, respectively, are constant over a given genome.
It is often claimed that normal mutation rates are too low to account for changes in the five or six genes generally supposed to be mutated, as a minimum, for a cancer to occur [ 7].
Despite some claims to the contrary, even at normal mutation rates, clonal expansion within a tumour is quite sufficient to account for the mutations of five or six genes that are generally supposed necessary for carcinogenesis to occur.
For deleterious mutation rates and the evolution of sex see, for example, Kondrashov, A. S. 1988.
The commission wanted thousands of Yanomami blood samples to determine genetic mutation rates in a population completely uncontaminated by radiation.
Mutation rates affect the speed of searching.
Others have previously reported mutation rates of 10 27 % [18 20, 35 37].
