Sentence examples for systems has revealed from inspiring English sources

Moreover, pharmacokinetic analysis of lipid-based delivery systems has revealed that, in the case of systemic administration, "first-pass" organs and those with a high degree of vascularization and blood flow (heart, lung, liver, spleen) exhibit significantly higher expression of the transfected molecule [2], [3], [6], [7] that is, consequently, cleared from the system very rapidly.

The increased complexity of socio-technical systems has revealed the limited contributions of existing event-based accident analysis methods on sustainable safety improvements.

Recent research on identification of cascade systems has revealed some intriguing variance results for the estimated transfer functions of the subsystems.

Nanoscale observation of beetle's attachment systems has revealed various exquisite multiscale architectures for essential functions such as wing fixation, crawling, mating, and protection from predators.

Work with TM helices in various model systems has revealed a small number of specific dimerization sequence motifs, and it has been suggested that RTK dimerization is modulated by such motifs.

Evidence from genetic model systems has revealed that microtubules also play key roles in synapse growth and plasticity [1] [4], although these mechanisms are not fully defined.

Recent studies on PT symmetry in optics and weakly interacting open quantum systems have revealed intriguing physical properties, yet many-body correlations still play no role.

Furthermore, some recently developed anti-whiplash systems have revealed they provide less protection for females than males.

In recent years, studies on real systems have revealed inherent fractional order dynamic behavior, and fractional order systems have attracted more and more attentions.

Significant advancements in wireless communication, microelectronic technologies, and distributed systems have revealed the great potential of Wireless Sensor Networks (WSN) for pervasive applications.

Structural studies of proteins involved in two-component signaling systems have revealed a modular architecture with versatile conserved domains that are readily adapted to the specific needs of individual systems.