However, recent work has highlighted the affective and social nature of mental states.
Recent work has highlighted how chromosomal interactions, nuclear position and genomic function are inter-linked.
Systems-level tradeoffs are fundamental in engineering, and recent work has highlighted an analogous role for them in biology.
Recent work has highlighted the role of shared micelles, rather than monomers, below the critical micelle concentration (cmc) in promoting both protein denaturation and formation of higher order structures.
However, recent work has highlighted the potential importance of treating design and use not as separate dimensions, but rather as mutually entangled features, calling for further research into their interaction.
Recent work has highlighted the nearly universal nature of the problem in other countries but demonstrated the lack of comparability of studies because of the variations in definitions and measures used.
Recent work has highlighted important observations with regard to both receptor function and the importance and functional relevance of FPR1 in the pathogenesis of a range of both sterile and infective inflammatory conditions.
Different proposals have appeared in the literature to address the identification problem in both time and frequency domains, and recent work has highlighted the superiority of the frequency-domain methods.
Recent work has highlighted the importance of the spatio-temporal localization and activity of cytoskeletal regulators during the successive steps of cell division [2], [7], [8].
It is also interesting to speculate that loss of RhoB expression may interfere with hematopoietic stem cell maintenance, since recent work has highlighted a role for RhoB in stem cell self-renewal [21].
Recent work has highlighted the ubiquitin-proteasome system (UPS) and its associated E3 ubiquitin ligases as regulators of the plant defense response and it is clear that these proteins play an important part in disease resistance [12], [44].
