General formulae are derived for the probability density and expected age of a mutation of frequency x in a population, and similarly for a mutation with b copies in a sample of n genes. A general formula is derived for the frequency spectrum of a mutation in a sample. Variable population size models are included. Results are derived in two frameworks: diffusion process models for the frequency of the mutation; and birth and death process models. The coalescent structure within the mutant gene group and the non-mutant group is considered
A general expression is derived for the variance of time to fixation of a neutral gene in a finite p...
A general expression is derived for the variance of time to fixation of a neutral gene in a finite p...
Abstract. The paper deals with mathematical modelling of population genetics processes. The formulat...
A forward diffusion equation describing the evolution of the allele frequency spectrum is presented....
A forward diffusion equation describing the evolution of the allele frequency spectrum is presented....
Under the infinitely many sites mutation model, the mutational his-tory of a sample of DNA sequences...
The sample frequency spectrum of a segregating site is the probability distribution of a sample of a...
International audiencePopulation structure affects the relative influence of selection and drift on ...
Recent genetic studies suggest that many age-related diseases may be attributed not to a single or s...
We analyze the role of recurrent mutation on the time to formation or detection of particular genoty...
Longitudinal allele frequency data are becoming increasingly prevalent. Such samples permit statisti...
Longitudinal allele frequency data are becoming increasingly prevalent. Such samples permit statisti...
The classic Luria-Delbrück model can be interpreted as a Poisson compound (number of mutations) of e...
AbstractWe analyze the role of recurrent mutation on the time to formation or detection of particula...
The distribution of fitness effects of new mutations (DFE) is important for addressing several quest...
A general expression is derived for the variance of time to fixation of a neutral gene in a finite p...
A general expression is derived for the variance of time to fixation of a neutral gene in a finite p...
Abstract. The paper deals with mathematical modelling of population genetics processes. The formulat...
A forward diffusion equation describing the evolution of the allele frequency spectrum is presented....
A forward diffusion equation describing the evolution of the allele frequency spectrum is presented....
Under the infinitely many sites mutation model, the mutational his-tory of a sample of DNA sequences...
The sample frequency spectrum of a segregating site is the probability distribution of a sample of a...
International audiencePopulation structure affects the relative influence of selection and drift on ...
Recent genetic studies suggest that many age-related diseases may be attributed not to a single or s...
We analyze the role of recurrent mutation on the time to formation or detection of particular genoty...
Longitudinal allele frequency data are becoming increasingly prevalent. Such samples permit statisti...
Longitudinal allele frequency data are becoming increasingly prevalent. Such samples permit statisti...
The classic Luria-Delbrück model can be interpreted as a Poisson compound (number of mutations) of e...
AbstractWe analyze the role of recurrent mutation on the time to formation or detection of particula...
The distribution of fitness effects of new mutations (DFE) is important for addressing several quest...
A general expression is derived for the variance of time to fixation of a neutral gene in a finite p...
A general expression is derived for the variance of time to fixation of a neutral gene in a finite p...
Abstract. The paper deals with mathematical modelling of population genetics processes. The formulat...