A REVERSE ENGINEERING APPROACH TO OPTIMIZE EXPERIMENTS FOR THE CONSTRUCTION OF BIOLOGICAL REGULATORY NETWORKS.

A reverse engineering approach to optimize experiments for the construction of biological regulatory networks.

One of the major objectives in systems biology is to understand the relation between the topological structures and the dynamics of biological regulatory networks.In this context, various mathematical tools have been developed to deduct structures of regulatory networks from microarray expression data.In general, from a Serving Platters single data

read more



Microenvironment-Centred Dynamics in Aggressive B-Cell Lymphomas

Aggressive B-cell lymphomas share high proliferative and invasive attitudes and dismal prognosis despite heterogeneous biological features.In the interchained sequence of events leading to cancer progression, neoplastic clone-intrinsic molecular events play a major role.Nevertheless, microenvironment-related cues have progressively come into focus

read more