<p>Results in Figures A and B show the effect of having both deleterious and protective rare variants. Figures C and D switches to a continuous trait, with Figure D showing the effect of having both deleterious and protective rare variants. Results are sorted by the plot that has the highest area, i.e., the most powerful overall. See the <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0013584#pone-0013584-g002" target="_blank">Figure 2</a> legend for additional details about the different simulations.</p
<b><i>Objectives:</i></b> Identifying drivers of complex traits from the noisy signals of genetic va...
<p>Powers are calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous traits...
<p>Powers are calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous traits...
<p>500 simulations were based on haplotype distribution for each of 13 deep sequenced candidate gene...
<p><i>Rare variant</i> = disease caused by multiple rare deleterious variants. <i>Low frequency vari...
<p>The figure shows the empirical power at . Top panel: clustered causal variants; bottom panel: non...
<p>Power is measured across one hundred simulations of phenotypic effects at each of 24 human gene l...
Next-generation sequencing technologies are making it possible to study the role of rare variants in...
Next-generation sequencing technologies are making it possible to study the role of rare variants in...
<p>A-D, KW, MLM and LM. The “Power” was defined as the detection frequency in 500 repeats for a cert...
<p>Powers were calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous trait...
The role of rare variants in complex disease is hotly debated, but the design of genetic association...
Rapid advances in sequencing technologies set the stage for the large-scale medical sequencing effor...
<p>Power of finding at least one casual variant for model 1, 2, and 3 (depicted in <b>a</b>, <b>b</b...
Genome-wide association studies succeeded in finding genetic variants associated with various phenot...
<b><i>Objectives:</i></b> Identifying drivers of complex traits from the noisy signals of genetic va...
<p>Powers are calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous traits...
<p>Powers are calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous traits...
<p>500 simulations were based on haplotype distribution for each of 13 deep sequenced candidate gene...
<p><i>Rare variant</i> = disease caused by multiple rare deleterious variants. <i>Low frequency vari...
<p>The figure shows the empirical power at . Top panel: clustered causal variants; bottom panel: non...
<p>Power is measured across one hundred simulations of phenotypic effects at each of 24 human gene l...
Next-generation sequencing technologies are making it possible to study the role of rare variants in...
Next-generation sequencing technologies are making it possible to study the role of rare variants in...
<p>A-D, KW, MLM and LM. The “Power” was defined as the detection frequency in 500 repeats for a cert...
<p>Powers were calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous trait...
The role of rare variants in complex disease is hotly debated, but the design of genetic association...
Rapid advances in sequencing technologies set the stage for the large-scale medical sequencing effor...
<p>Power of finding at least one casual variant for model 1, 2, and 3 (depicted in <b>a</b>, <b>b</b...
Genome-wide association studies succeeded in finding genetic variants associated with various phenot...
<b><i>Objectives:</i></b> Identifying drivers of complex traits from the noisy signals of genetic va...
<p>Powers are calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous traits...
<p>Powers are calculated for nominal α levels 0.05 (left) and 0.01(right) and for dichotomous traits...