<p>For each regulatory interaction, , we define a confidence score , where indicates the step in our pipeline. We store these confidence scores in a corresponding matrix, (eq. 2), which we depict in the figure as a sorted list (from high to low confidence) of regulatory interactions. We schematically represent true positives (TPs) density (within any subset) as a gray scale, where black indicates high TP density. All possible pair-wise regulatory interactions are first scored using mixed-CLR, resulting in a matrix . We then filter out the least likely regulatory interactions based on the knock-out and knock-down steady-state observations, resulting in a matrix (the confidence score of each removed regulatory interaction was set to minus...
<p>Performance of the hypergeometric probabilistic score is shown for gene functional associations i...
In the presented work we search for transcription factor binding sites (BS) by including additional ...
Many current works aiming to learn regulatory networks from systems biology data must balance model ...
<p>We present the relative merit of five methods, with and without knock-out filtration, to resolve ...
<p>Global precision scores determined with RegulonDB for a set of 268 regulatory interactions were i...
Current technologies have lead to the availability of multiple genomic data types in sufficient quan...
<p>We computed static and dynamic Mutual Information (MI) values for every possible regulatory inter...
Many current works aiming to learn regulatory networks from systems biology data must balance model ...
Distribution of number of regulators per target in the B. subtilis prior (A), for the S. cerevisiae ...
Motivation: High-throughput experimental and computational methods are generating a wealth of protei...
Motivation: To improve the understanding of molecular regulation events, various approaches have bee...
Motivation: To improve the understanding of molecular regulation events, various approaches have bee...
<p>Taking a dataset of formalized experiments as input, the algorithm cyclically generates candidate...
In genomic studies, datasets with a small sample size and a large number of potential predictors are...
<p>Different lines of evidence indicative of TF–target interactions are combined to yield an integra...
<p>Performance of the hypergeometric probabilistic score is shown for gene functional associations i...
In the presented work we search for transcription factor binding sites (BS) by including additional ...
Many current works aiming to learn regulatory networks from systems biology data must balance model ...
<p>We present the relative merit of five methods, with and without knock-out filtration, to resolve ...
<p>Global precision scores determined with RegulonDB for a set of 268 regulatory interactions were i...
Current technologies have lead to the availability of multiple genomic data types in sufficient quan...
<p>We computed static and dynamic Mutual Information (MI) values for every possible regulatory inter...
Many current works aiming to learn regulatory networks from systems biology data must balance model ...
Distribution of number of regulators per target in the B. subtilis prior (A), for the S. cerevisiae ...
Motivation: High-throughput experimental and computational methods are generating a wealth of protei...
Motivation: To improve the understanding of molecular regulation events, various approaches have bee...
Motivation: To improve the understanding of molecular regulation events, various approaches have bee...
<p>Taking a dataset of formalized experiments as input, the algorithm cyclically generates candidate...
In genomic studies, datasets with a small sample size and a large number of potential predictors are...
<p>Different lines of evidence indicative of TF–target interactions are combined to yield an integra...
<p>Performance of the hypergeometric probabilistic score is shown for gene functional associations i...
In the presented work we search for transcription factor binding sites (BS) by including additional ...
Many current works aiming to learn regulatory networks from systems biology data must balance model ...