Figure S1. Network -based topological gene set enrichment analysis shows that the topological signature of the molecules in the proposed network is structurally close to the cancer pathways included in the KEGG database. (EPS 39 kb
Additional file 1. Supplementary information. This document contains details of the theoretical deri...
<p>In the KEGG Pathway gene set networks nodes represent KEGG Pathways; green nodes are metabolic pa...
Tumor vs Adjacent 164-gene signature KEGG pathways. Full results of the KEGG human pathway enrichmen...
Table S4. Empirical evidence supporting the construction of the large GRN. (PDF 451 kb
Figure S1 KEGG analysis of metabolic networks. KEGG analysis identified the most enriched metabolic ...
List of genes in the KEGG cell cycle pathway that are found expressed in our data set. (XLSX 27Â kb
Figure S2 KEGG analysis of metabolic networks. KEGG analysis identified the most enriched metabolic ...
Figure S1. The directed acyclic subgraph of the human cell hierarchical taxonomy graph. Figure S2 Th...
Mutations or overexpression of signalling genes can result in cancer development and metastasis. In ...
The main goal of Systems Biology research is to reconstruct biological networks for its topological ...
The main goal of Systems Biology research is to reconstruct biological networks for its topological ...
Construction of the converging tree of the simplified cancer cell signaling network up to the level ...
Publisher Copyright: © 2021, The Author(s).In this study, we investigated cancer cellular networks i...
Figure S1. The KEGG pathway analysis of the most significant module. The number of DEGs in each sign...
We present a first attempt to evaluate the generic topological principles underlying the mammalian t...
Additional file 1. Supplementary information. This document contains details of the theoretical deri...
<p>In the KEGG Pathway gene set networks nodes represent KEGG Pathways; green nodes are metabolic pa...
Tumor vs Adjacent 164-gene signature KEGG pathways. Full results of the KEGG human pathway enrichmen...
Table S4. Empirical evidence supporting the construction of the large GRN. (PDF 451 kb
Figure S1 KEGG analysis of metabolic networks. KEGG analysis identified the most enriched metabolic ...
List of genes in the KEGG cell cycle pathway that are found expressed in our data set. (XLSX 27Â kb
Figure S2 KEGG analysis of metabolic networks. KEGG analysis identified the most enriched metabolic ...
Figure S1. The directed acyclic subgraph of the human cell hierarchical taxonomy graph. Figure S2 Th...
Mutations or overexpression of signalling genes can result in cancer development and metastasis. In ...
The main goal of Systems Biology research is to reconstruct biological networks for its topological ...
The main goal of Systems Biology research is to reconstruct biological networks for its topological ...
Construction of the converging tree of the simplified cancer cell signaling network up to the level ...
Publisher Copyright: © 2021, The Author(s).In this study, we investigated cancer cellular networks i...
Figure S1. The KEGG pathway analysis of the most significant module. The number of DEGs in each sign...
We present a first attempt to evaluate the generic topological principles underlying the mammalian t...
Additional file 1. Supplementary information. This document contains details of the theoretical deri...
<p>In the KEGG Pathway gene set networks nodes represent KEGG Pathways; green nodes are metabolic pa...
Tumor vs Adjacent 164-gene signature KEGG pathways. Full results of the KEGG human pathway enrichmen...