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 Accessories:Car 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 single data

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Evaluation of phosphate rock as the only source of phosphorus for the growth of tall and semi-dwarf durum wheat and rye plants using digital phenotyping

Background Phosphorus nutrition is important for obtaining high yields of crop plants.However, wheat plants are known to be almost incapable of taking up phosphorus from insoluble phosphate sources, and reduced height genes are supposed to decrease this ability further.Methods We performed a pot experiment using Triticum durum Desf.tall spring vari

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Comparison of the Time-Dependent Changes in Immediate Early Gene Labeling and Spine Density Following Abstinence From Contingent or Non-contingent Chocolate Pellet Delivery

Rationale: Incubation of craving western Hats is a phenomenon whereby responding for cues associated with a reward increases over extended periods of abstinence.Both contingent and non-contingent behavioral designs have been used to study the incubation of craving phenomenon with differing results.The present study directly compares behavioral and

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