Finite genome length corrections for the mean fitness and gene probabilities in evolution models
Authors
Zara Kirakosyan, David B. Saakian, Chin Kun Hu
Categories
Abstract
Using the Hamilton-Jacobi equation approach to study genomes of length $L$, we obtain 1/L corrections for the steady state population distributions and mean fitness functions for horizontal gene transfer model, as well as for the diploid evolution model with general fitness landscapes. Our numerical solutions confirm the obtained analytic equations. Our method could be applied to the general case of nonlinear Markov models.
Finite genome length corrections for the mean fitness and gene probabilities in evolution models
Categories
Abstract
Using the Hamilton-Jacobi equation approach to study genomes of length $L$, we obtain 1/L corrections for the steady state population distributions and mean fitness functions for horizontal gene transfer model, as well as for the diploid evolution model with general fitness landscapes. Our numerical solutions confirm the obtained analytic equations. Our method could be applied to the general case of nonlinear Markov models.
Authors
Zara Kirakosyan, David B. Saakian, Chin Kun Hu
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