<p>Part A presents the results obtained using Wang’s measure and part B presents the results obtained using Lin’s measure. In both parts, the left side separately presents the two intra-family distributions in blue and the inter-family distribution in yellow. The right side presents the S distribution that gathers all the intra-family similarity values in blue and the N distribution that gathers all the inter-family similarity values in yellow.</p
The structured vocabulary that describes gene function, the gene ontology (GO), serves as a powerful...
<p>The relative proportions (%) of intergenic distances between members of respective gene pairs are...
<p>Part A gives results using the simUI similarity measure. Part B gives results using the simGIC si...
<p>Part A gives results using Wang’s similarity measure. Part B gives results using Lin’s similarity...
The issue of suitable similarity measures for a particular kind of genetic data- so called SNP data-...
<p>The minimum of false-positive and false-negative proportions gives the similarity threshold (<i>τ...
<p>The minimum of false-positive and false-negative proportions gives the similarity threshold (<i>τ...
This repository contains the following: Original genetic interaction score matrices for the genes. ...
<p>The grey bars show the distribution range of the p-distance within clades while the blue bars sho...
<p>This is to reveal the connection between and within-combination functional coherence. The six co...
<p>(a) Frequencies of distances between structurally related genes across the human genome (blue) as...
<p>Similarity between pairs of genes is measured as the probability that two genes share the same to...
The analysis of gene annotations referencing back to Gene Ontology plays an important role in the in...
Semantic similarity measures have become important in bioinformatics as they quantify relatedness be...
<p>A. The pie plot shows the proportion of GO terms with the corresponding gene number. The barplot ...
The structured vocabulary that describes gene function, the gene ontology (GO), serves as a powerful...
<p>The relative proportions (%) of intergenic distances between members of respective gene pairs are...
<p>Part A gives results using the simUI similarity measure. Part B gives results using the simGIC si...
<p>Part A gives results using Wang’s similarity measure. Part B gives results using Lin’s similarity...
The issue of suitable similarity measures for a particular kind of genetic data- so called SNP data-...
<p>The minimum of false-positive and false-negative proportions gives the similarity threshold (<i>τ...
<p>The minimum of false-positive and false-negative proportions gives the similarity threshold (<i>τ...
This repository contains the following: Original genetic interaction score matrices for the genes. ...
<p>The grey bars show the distribution range of the p-distance within clades while the blue bars sho...
<p>This is to reveal the connection between and within-combination functional coherence. The six co...
<p>(a) Frequencies of distances between structurally related genes across the human genome (blue) as...
<p>Similarity between pairs of genes is measured as the probability that two genes share the same to...
The analysis of gene annotations referencing back to Gene Ontology plays an important role in the in...
Semantic similarity measures have become important in bioinformatics as they quantify relatedness be...
<p>A. The pie plot shows the proportion of GO terms with the corresponding gene number. The barplot ...
The structured vocabulary that describes gene function, the gene ontology (GO), serves as a powerful...
<p>The relative proportions (%) of intergenic distances between members of respective gene pairs are...
<p>Part A gives results using the simUI similarity measure. Part B gives results using the simGIC si...