This intriguing and clinically highly relevant concept, however, has so far been derived from small case-control studies and patient series.
Most of the data underscoring the significance of VASP for preserving vascular integrity have so far been derived from in vitro studies which in addition were mainly conducted in microvascular endothelial cell lines from myocardium, lung or skin under physiological conditions [15], [16], [19], [28].
While conventional wisdom proposes that hand hygiene [8], and perhaps surgical masks [26], could be effective measures to reduce household transmission of influenza, all available data have so far been derived from at best observational settings and mostly based on anecdotal evidence rather than controlled trials [7], [8], [27].
Furthermore, as our findings so far were derived from developmental data, we have to state that the observed effects could be related to these datasets only.
On the other hand, above the critical frequency, the energy governing equations for all three kinds of far-field propagating waves are derived.
Finally, as far as we know, all the expression signatures so far reported for human MSCs are derived from relative measures and differential analyses, and therefore, our work comprises a non-relative approach to determine the transcriptome of human primary MSCs trying to answer a simple but critical question: what genes are expressed active in this cell type at its ground self-renewal state?
Better insights on how and how far such reshaping takes place are derived in the perspective of providing coastal designers and constructors with valuable information for optimising the selection of the fractions and volumes of the construction materials and for taking into account potential damages within the construction schedule and therefore additional costs.
In fact, it is far from clear that tumours are derived from stem/progenitor cells at all, as opposed to reprogrammed differentiated cells, let alone whether differences between cancer stem cells might be responsible for the development of different tumour subtypes.
Basic nonlinear laws that govern nonlinear chemical kinetics and diffusion in a far-from-equilibrium nonstationary regime are derived from an action functional of Hamilton's type.
There are existing equations which predict the efficiency and power output of the TEGs but in this paper, alternative equations are derived which are far simpler than the existing equations to use.
