Historic climatic fluctuations have driven diversification, generating highly structured species and localised centres of endemism.
The experimental results show that the proposed approach generates highly accurate decompositions that are close to authoritative module structures and outperforms existing methods.
The low probability of generating highly regular structures using the SSI process has led to the development of a perturbation approach to complement the SSI methodology.
The modeling presented in this work can be useful for the design and realization of micropatterned surfaces in single crystal diamond, allowing generating highly customized structures by combining appropriately chosen irradiation parameters and masks.
This task is of special importance in fragment-based drug design, where typically multiple rounds of potency improvement are necessary to generate highly active lead structures out of micromolar initial inhibitors.
This is enabled by having a highly structured approach to generating network models building an ontology for physical-chemical-biological processes.
The supramolecular enzyme mimics can be readily constructed by self-assembly which is an efficient strategy for generating highly-ordered structures with complex and hierarchical architectures to mimic the biopolymers.
Our analysis demonstrates how complex and highly structured population sequences can be generated without coordination between neurons.
Insights into the dynamics of the fiber assembly process, and the molecular requirements to generated highly organized microscopic lamellar structures also offers the potential for the production of novel fibers from other biopolymers alone or in combination with fibronectin.
