<p>The box indicates the interquartile range, bisected by the median, and the whiskers the range. Full genetic information is used to derive the MS risk score.</p
A recent genome wide association study (GWAS) demonstrated that more than 100 genetic variants influ...
<p>58 tested MS-risk loci, ranked by p-value for allele frequency comparison between MS patients and...
<p>The data are presented as box plots with whiskers, showing the median with the upper (75) and low...
<p><i>The wGRS was calculated by multiplying the number of risk alleles by the weight of each SNP an...
<p>The odds ratios for MS are shown according to the number of risk alleles carried. The reference v...
Multiple sclerosis (MS) develops as a result of environmental influences on the genetically suscepti...
<p>In brief, GWAS statistics (OR and risk allele frequencies) are used to simulate a population of 1...
<p>Percentage distribution of the Δ<sub>wGRS</sub> = wGRS<sub>MS</sub> - wGRS<sub>controls</sub>. Th...
Multiple sclerosis (MS) develops as a result of environmental influences on the genetically suscepti...
<p>wGRS (weighted Genetic Risk Score) has been calculated using the ORs for the 52 non-HLA MS suscep...
<p>The data are presented as box plots with whiskers, showing the median with the upper (75) and low...
<p><b>(a)</b> Including HLA-DRB1*1501 only. <b>(b)</b> Including full genetic information. <b>(c)</b...
A recent genome wide association study (GWAS) demonstrated that more than 100 genetic variants influ...
<p>Box plots of the allelic combinations mean (Plus shape), 25th and 75<sup>th</sup> percentile (col...
<p>Scatter plot of the association between Multiple Sclerosis Walking Scale-12 (MSWS-12) scores and ...
A recent genome wide association study (GWAS) demonstrated that more than 100 genetic variants influ...
<p>58 tested MS-risk loci, ranked by p-value for allele frequency comparison between MS patients and...
<p>The data are presented as box plots with whiskers, showing the median with the upper (75) and low...
<p><i>The wGRS was calculated by multiplying the number of risk alleles by the weight of each SNP an...
<p>The odds ratios for MS are shown according to the number of risk alleles carried. The reference v...
Multiple sclerosis (MS) develops as a result of environmental influences on the genetically suscepti...
<p>In brief, GWAS statistics (OR and risk allele frequencies) are used to simulate a population of 1...
<p>Percentage distribution of the Δ<sub>wGRS</sub> = wGRS<sub>MS</sub> - wGRS<sub>controls</sub>. Th...
Multiple sclerosis (MS) develops as a result of environmental influences on the genetically suscepti...
<p>wGRS (weighted Genetic Risk Score) has been calculated using the ORs for the 52 non-HLA MS suscep...
<p>The data are presented as box plots with whiskers, showing the median with the upper (75) and low...
<p><b>(a)</b> Including HLA-DRB1*1501 only. <b>(b)</b> Including full genetic information. <b>(c)</b...
A recent genome wide association study (GWAS) demonstrated that more than 100 genetic variants influ...
<p>Box plots of the allelic combinations mean (Plus shape), 25th and 75<sup>th</sup> percentile (col...
<p>Scatter plot of the association between Multiple Sclerosis Walking Scale-12 (MSWS-12) scores and ...
A recent genome wide association study (GWAS) demonstrated that more than 100 genetic variants influ...
<p>58 tested MS-risk loci, ranked by p-value for allele frequency comparison between MS patients and...
<p>The data are presented as box plots with whiskers, showing the median with the upper (75) and low...