Traditional methods for representing motor primitives have been purely data-driven or strongly mechanistic. In the former approach new movements are generated using existing movements and these methods are usually very flexible but their extrapolation capacity is limited by the available training data. On the other hand, strongly mechanistic models have a better generalization ability by relyin...

The polarographic reduction of aromatic carbodiimides in anhydrous aprotic solvents goes through a carbene intermediate by a diffusion controlled process in two one-electron steps. The first step is the rate-determining step and converts the carbodiirnide to a radical anion (6) that reduces further by a fast one-electron step to a carbene dianion intermediate (7). This abstracts an oxygen, ...

?-adrenergic receptor antagonists (?-blockers) are extensively used to improve cardiac performance in heart failure (HF), but the electrical improvements with these clinical treatments not fully understood. The aim of this study was analyze electrophysiological effects system remodeling reduced ejection fraction and underlying mechanisms. We a combined mathematical model that integrated signali...

The functional response is at the core of any predator-prey interactions as it establishes link between trophic levels. use inaccurate can profoundly affect outcomes population and community models. Yet most responses are evaluated using phenomenological models which often fail to discriminate among shapes cannot identify proximate mechanisms regulating predator acquisition rates. Using a combi...

When neuroscientists explain the biological basis of a phenomenon of interest, they usually try to identify the parts of a system that seem do the relevant job, and propose a model of how those parts interact to produce the phenomenon. This mechanistic framework of explanation is widely used and has been investigated from a philosophical point of view by different authors. In his target article...

This review gives an overview of the applications of ceria nanoparticles as inexpensive, efficient, reusable, and environmentally sustainable heterogeneous catalysts for the synthesis of a variety of key medicinal heterocyclic compounds with the emphasis on mechanistic aspects of the reactions. Literature has been surveyed from 2005 to 2018.