5 research outputs found

    Molecular pathways associated with the nutritional programming of plant-based diet acceptance in rainbow trout following an early feeding exposure

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    The Theory of Planned Behaviour as a Frame for Job Crafting: Explaining and Enhancing Proactive Adjustment at Work

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    Rapid changes in the work environment require employees to proactivity shape their job characteristics to sustain motivation, energy, and performance. Traditionally, job redesign was mainly a top-down process, where the management of an organisation was in charge of defining the most appropriate job description of a mansion. Today, such an approach does not respond anymore to the challenges of the work environment, and awareness has developed among scholars and practitioners about the importance of empowering individuals to let them adjust their job characteristics to reach organisation goals, i.e. through job crafting interventions. In this theoretical contribution, we propose the theory of planned behaviour (TPB) as a framework to design positive psychology interventions aiming to enhance adaptive job crafting behaviours. We argue that the TPB provides a solid foundation to explicate the mechanisms by which job crafting positive interventions are expected to exert their effects on behaviour. Such an approach allows targeting the content and the tools of the interventions based on participants\u2019 needs, effectively addressing the causal determinants of behaviour and behaviour change in multicultural organisational contexts

    Modulating inhibitory ligand-gated ion channels

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    The glycine and Îł-aminobutyric acid receptors (GlyR and GABAAR, respectively) are the major inhibitory neurotransmitter-gated receptors in the central nervous system of animals. Given the important role of these receptors in neuronal inhibition, they are prime targets of many therapeutic agents and are the object of intense studies aimed at correlating their structure and function. In this review, the structure and dynamics of these and other homologous members of the nicotinicoid superfamily are described. The modulatory actions of the major biological macromolecules that bind and allosterically affect these receptors are also discussed
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