Aside from their biomedical training, these include an active critical posture in relation to planning and conducting research aimed at increasing current knowledge, especially that which improves the living conditions and health of the general population [ 1, 2].
Although the psychological aspects of the disease are receiving increasing attention in current research, some of them, as alexithymia, are still seldom explored.
Although the exact mechanisms underlying this increased risk remain elusive, current research suggests that obesity-associated increases in the levels of inflammatory (adipo cytokines and direct lipotoxic effects from dietary fatty acids are potential culprits.
While the mechanisms underlying the current observation that older persons were less likely to be highly distressed as remoteness increased are unclear, the current research highlights the importance of examining contextual variations, such as remoteness, when assessing the influence of demographic factors such as age on psychological outcomes.
The detailed characterization of stress-inducible genes obtained in the current research increases our understanding of molecular mechanisms of salt stress effects in higher plants, and is also useful for directing programs geared at improving salinity tolerance- specifically towards optimization of the antioxidant response and cell-wall hardening processes in the growing cells of the leaf.
By increasing the quantitative results in current research, the underlying mechanisms by which bacteria interact with fresh produce can be elucidated improving food safety.
Despite the increasing interests of smart buildings, current research efforts has mainly been made at one particular level such as application, while ignoring the interactive relationship among different levels.
Optimisation of chemoradiotherapy (CRT) using targeted therapies is a major goal of current research by increasing the rate of pathological complete response (pCR) and consequently overall survival (OS; Berger et al, 2005).
Here the basic metabolisms leading to hydrogen production are outlined and current research to increase yields, either through modification of existing pathways, or by metabolic engineering to create new, higher yielding, pathways, is discussed.
Future larger and prospective studies should be implemented to increase certainty of conclusions of current research.
