Viral haplotypes for which the inferred frequency rose above 1% in at least one animal are shown. Lines show haplotypes separated by a single mutation.</p
We describe a stochastic virus evolutionmodel representing genomic diversification and within-host s...
<div><p>The within-host evolution of influenza is a vital component of its epidemiology. A question ...
Adaptation depends greatly on the distribution of mutation fitness effects (DMFE), but the phenotypi...
We present a method to infer the role of selection acting during the within-host evolution of the in...
Animal models are frequently used to characterize the within-host dynamics of emerging zoonotic viru...
We present a method to infer the role of selection acting during the within-host evolution of the in...
ABSTRACT Fitness is a central quantity in evolutionary models of viruses. However, it remains diffic...
<p>MLE was performed using the frequency values of each mutation at each passage in the deep sequenc...
Fitness is a central quantity in evolutionary models of viruses. However, it remains difficult to de...
<p>Panels in the upper row show averaged allele frequency dynamics over 25 generations after an alle...
(A-C) Observed frequency of region-wide haplotypes (RWH) during experimental evolution, for region 1...
Although fitness landscapes are central to evolutionary theory, so far no biologically realistic exa...
The changes occurring in viral quasispecies populations during infection have been monitored using d...
RNA viruses are the main source of emerging infectious diseases because of the evolutionary potentia...
<p>(A) Example of heteroduplex tracking assay (HTA) gel used to measure the viral fitness of PPT Δne...
We describe a stochastic virus evolutionmodel representing genomic diversification and within-host s...
<div><p>The within-host evolution of influenza is a vital component of its epidemiology. A question ...
Adaptation depends greatly on the distribution of mutation fitness effects (DMFE), but the phenotypi...
We present a method to infer the role of selection acting during the within-host evolution of the in...
Animal models are frequently used to characterize the within-host dynamics of emerging zoonotic viru...
We present a method to infer the role of selection acting during the within-host evolution of the in...
ABSTRACT Fitness is a central quantity in evolutionary models of viruses. However, it remains diffic...
<p>MLE was performed using the frequency values of each mutation at each passage in the deep sequenc...
Fitness is a central quantity in evolutionary models of viruses. However, it remains difficult to de...
<p>Panels in the upper row show averaged allele frequency dynamics over 25 generations after an alle...
(A-C) Observed frequency of region-wide haplotypes (RWH) during experimental evolution, for region 1...
Although fitness landscapes are central to evolutionary theory, so far no biologically realistic exa...
The changes occurring in viral quasispecies populations during infection have been monitored using d...
RNA viruses are the main source of emerging infectious diseases because of the evolutionary potentia...
<p>(A) Example of heteroduplex tracking assay (HTA) gel used to measure the viral fitness of PPT Δne...
We describe a stochastic virus evolutionmodel representing genomic diversification and within-host s...
<div><p>The within-host evolution of influenza is a vital component of its epidemiology. A question ...
Adaptation depends greatly on the distribution of mutation fitness effects (DMFE), but the phenotypi...
DOI
Add to ORKG