<p>(A) The reconstruction performance, recall versus precision when running ChromoTrace for whole genome and individual chromosomes. (B) The percent of missing probes across all 100 simulations for all of the polymer chains and a single chain. (C) The percent of LE’s that were clustered into the wrong locus for the whole genome and chromosome 20. (D) the percent of clusters that contained LE’s from multiple starting loci.</p
<p>Power is shown at a false discovery rate of 5% for 50 replicate simulations based on 650,000 mark...
Line color represents different diploid population sizes (N). The left figure shows run times for st...
<p>For all four experiments, the total number of reads obtained and those overlapping amino acids 10...
<p>The reconstruction algorithms performance is shown in terms of the relationship between precision...
<p>Reconstruction performance when decreasing the packing density of the simulations. (A-B) For all ...
Different classes of haplotype block partitioning algorithms exist and the ideal dataset to assess t...
<p>Datasets Ex3 and Ex4 contain markers scored with errors and missing data, with different distribu...
<p>Performance of the BIC model selection procedure: number of specified loci that are selected corr...
Viral haplotype reconstruction from a set of observed reads is one of the most challenging problems ...
<p>Data set: The name of the data set; Markers/chr: Number of markers simulated on each chromosome; ...
Background: Accurately modeling LD in simulations is essential to correctly evaluate new and existin...
Viral haplotype reconstruction from a set of observed reads is one of the most challenging problems ...
Simulated genotypes based on haplotypes of 85 Caucasian individuals from the 1,000 Genome Project. O...
<p>500 simulations were based on haplotype distribution for each of 13 deep sequenced candidate gene...
We analyze a model of the distribution of linkage disruption points (breakpoints) along the chromoso...
<p>Power is shown at a false discovery rate of 5% for 50 replicate simulations based on 650,000 mark...
Line color represents different diploid population sizes (N). The left figure shows run times for st...
<p>For all four experiments, the total number of reads obtained and those overlapping amino acids 10...
<p>The reconstruction algorithms performance is shown in terms of the relationship between precision...
<p>Reconstruction performance when decreasing the packing density of the simulations. (A-B) For all ...
Different classes of haplotype block partitioning algorithms exist and the ideal dataset to assess t...
<p>Datasets Ex3 and Ex4 contain markers scored with errors and missing data, with different distribu...
<p>Performance of the BIC model selection procedure: number of specified loci that are selected corr...
Viral haplotype reconstruction from a set of observed reads is one of the most challenging problems ...
<p>Data set: The name of the data set; Markers/chr: Number of markers simulated on each chromosome; ...
Background: Accurately modeling LD in simulations is essential to correctly evaluate new and existin...
Viral haplotype reconstruction from a set of observed reads is one of the most challenging problems ...
Simulated genotypes based on haplotypes of 85 Caucasian individuals from the 1,000 Genome Project. O...
<p>500 simulations were based on haplotype distribution for each of 13 deep sequenced candidate gene...
We analyze a model of the distribution of linkage disruption points (breakpoints) along the chromoso...
<p>Power is shown at a false discovery rate of 5% for 50 replicate simulations based on 650,000 mark...
Line color represents different diploid population sizes (N). The left figure shows run times for st...
<p>For all four experiments, the total number of reads obtained and those overlapping amino acids 10...