<p>(A) Correlation between simulated <i>T</i><sub>m</sub> and experimental <i>T</i><sub>m</sub>, averaging over different numbers of replications, for the DHFR wild type and mutants. Each protein was simulated for 2,000,000 MC steps, following MD minimization and equilibration at low temperature. (B) Correlation between the simulated <i>T</i><sub>m</sub> and experimental <i>T</i><sub>m</sub> with different numbers of MC steps and 50 replications, for the DHFR wild type and mutants. Each protein was first simulated for the number of steps given on the x-axis, and the next 100,000 steps were averaged in determining the simulated <i>T</i><sub>m</sub>.</p
<p>(A) Simulation on the effect of replicate sample size and interaction strength. The black and red...
a<p>The mutation frequency is the average of ten simulations and is expressed as the number of mutat...
<p>(<b>A</b>) C root mean square fluctuations of mutants compared to the wild-type. The values repor...
<p>WT is shown as a blue triangle and mutant I155A as a red diamond. (A) <i>T</i><sub>m</sub> calcul...
<p>Note: The data were averaged over 50 replications. 2,000,000 MC steps were simulated in total, an...
<p>(A) Plot of simulated <i>T</i><sub>m</sub> vs. experimental <i>T</i><sub>m</sub>. The relative <i...
Molecular simulations are a computational technique used to investigate the dynamics of proteins and...
Molecular simulations are a computational technique used to investigate the dynamics of proteins and...
<p>Scatter plots showing strong correlations between measured replication capacities of mutants and ...
<p>Error number and error rate describe the number and fraction of mutations not predicted in the co...
<p>Simulation study 2: Mean number of pathways and SNPs selected by each model at each effect size, ...
<p>Case 1 refers to the situation whereby all events, regardless of event lifetime, are analyzed. Th...
<p>Features of primer pairs (ΔTm) are counted once, features of single primers (ΔG) were counted sep...
<p>(A) A heat map showing the profile of relative fitness represented as selection coefficient (<i>s...
<p>The average RMSF of the mutated residues for 10 ns are plotted in 2D bar graph. The bars in gray ...
<p>(A) Simulation on the effect of replicate sample size and interaction strength. The black and red...
a<p>The mutation frequency is the average of ten simulations and is expressed as the number of mutat...
<p>(<b>A</b>) C root mean square fluctuations of mutants compared to the wild-type. The values repor...
<p>WT is shown as a blue triangle and mutant I155A as a red diamond. (A) <i>T</i><sub>m</sub> calcul...
<p>Note: The data were averaged over 50 replications. 2,000,000 MC steps were simulated in total, an...
<p>(A) Plot of simulated <i>T</i><sub>m</sub> vs. experimental <i>T</i><sub>m</sub>. The relative <i...
Molecular simulations are a computational technique used to investigate the dynamics of proteins and...
Molecular simulations are a computational technique used to investigate the dynamics of proteins and...
<p>Scatter plots showing strong correlations between measured replication capacities of mutants and ...
<p>Error number and error rate describe the number and fraction of mutations not predicted in the co...
<p>Simulation study 2: Mean number of pathways and SNPs selected by each model at each effect size, ...
<p>Case 1 refers to the situation whereby all events, regardless of event lifetime, are analyzed. Th...
<p>Features of primer pairs (ΔTm) are counted once, features of single primers (ΔG) were counted sep...
<p>(A) A heat map showing the profile of relative fitness represented as selection coefficient (<i>s...
<p>The average RMSF of the mutated residues for 10 ns are plotted in 2D bar graph. The bars in gray ...
<p>(A) Simulation on the effect of replicate sample size and interaction strength. The black and red...
a<p>The mutation frequency is the average of ten simulations and is expressed as the number of mutat...
<p>(<b>A</b>) C root mean square fluctuations of mutants compared to the wild-type. The values repor...