Figure 3

Main networks obtained for the most relevant genes. These networks were generated through the use of Ingenuity Pathways Analysis www.ingenuity.com. Genes are represented as nodes and the biological relationships between 2 nodes is represented as an edge (line). The functional analysis of the networks identified the biological functions and/or diseases that were most significant to the molecules in each network. In this sense, network 1 is associated to Cancer, Genetic disorder and Reproductive system disease; network 2 is associated to Free radical scavenging, Metabolic disease and Renal and Urological Disease; network 3 is associated to Post-translational Modifications, Protein folding and Cell death and network 4 is associated to Skeletal and Muscular System Development and Function, Tissue Development and Cell Death. Molecules in black represent the genes from our dataset. Dash lines represent indirect relationships (2000-2010 Ingenuity Systems, Inc).