Analysis and Practical Guideline of Constraint-Based Boolean Method in Genetic Network Inference

Boolean-based method, despite of its simplicity, would be a more attractive approach for inferring a network from high-throughput expression data if its effectiveness has not been limited by high false positive prediction. In this study, we explored factors that could simply be adjusted to improve the accuracy of inferring networks. Our work focused on the analysis of the effects of discretisation methods, biological constraints, and stringency of Boolean function assignment on the performance of Boolean network, including accuracy, precision, specificity and sensitivity, using three sets of microarray time-series data. The study showed that biological constraints have pivotal influence on the network performance over the other factors. It can reduce the variation in network performance resulting from the arbitrary selection of discretisation methods and stringency settings. We also presented the master Boolean network as an approach to establish the unique solution for Boolean analysis. The information acquired from the analysis was summarised and deployed as a general guideline for an efficient use of Boolean-based method in the network inference. In the end, we provided an example of the use of such a guideline in the study of Arabidopsis circadian clock genetic network from which much interesting biological information can be inferred

Hydrotreating of triglyceride using SBA-15 mesoporous supported NiMo catalyst by micro waves in a fixed bed reactor

International @ ECI2D+ELE:DLA:CGEInternational audienceDirect hydrogenation of triglycerides into alkanes constitutes an alternative route for the production of biofuels ofr diesel engines. In the present study, hydrogenation of a small triglyceride was performed in a continuous manner, using Micro Waves, and a sulphide catalyst. SBA-15 supported NiMo hydrotreating catalysts were prepared by incipient wetness impregnation method. NiMo/SBA-15 powder was extrudated with addition of boehmite (AlOOH) as binder. A monomode cavity has been designed to perform, under hydrogen pressure, in a continuous manner, the hydrotreating of triglyceride in a fixed bed reactor with extrudated NiMo/SBA-15 catalyst that was sulfided with 15 vol% of H2S before reaction

Hydrotreating of triglyceride using SBA-15 mesoporous supported NiMo catalyst by micro waves in a fixed bed reactor

International @ ECI2D+ELE:DLA:CGEInternational audienceDirect hydrogenation of triglycerides into alkanes constitutes an alternative route for the production of biofuels ofr diesel engines. In the present study, hydrogenation of a small triglyceride was performed in a continuous manner, using Micro Waves, and a sulphide catalyst. SBA-15 supported NiMo hydrotreating catalysts were prepared by incipient wetness impregnation method. NiMo/SBA-15 powder was extrudated with addition of boehmite (AlOOH) as binder. A monomode cavity has been designed to perform, under hydrogen pressure, in a continuous manner, the hydrotreating of triglyceride in a fixed bed reactor with extrudated NiMo/SBA-15 catalyst that was sulfided with 15 vol% of H2S before reaction