Gersonides reflects the following characteristics: first, his writings demonstrate a fundamental interplay and harmony between astrological and theological beliefs.
The increased prevalence of ID in patients with persistent or progressive tumors and in those with recent anticancer therapy supports the aforementioned concept of a fundamental interplay between malignant cell growth, cancer therapy, the immune system and iron homeostasis.
In a commentary on the work, David R. Montgomery of the University of Washington, said it did not challenge the earlier geologists' "fundamental insights" into the interplay of water and sediment.
In this regard, using molecular dynamics simulations, fundamental insights into the interplay between degree of polymerization and the ensuing evolution in the thermophysical properties of C60 polymorphs are obtained for the first time.
The production form gas condensate reservoirs is thus indirectly related to the interplay of fundamental forces, such as the viscosity, the capillary, the gravitational and the inertial force and their relative strengths, demonstrated by various dimensionless numbers.
This involves fundamental questions about the interplay of uplift, climate and denudation in mountain belts and transfer of sediments from the continents to the oceans as well as applied issues such as soil and gully erosion, reservoir siltation, and coastal protection.
Our approach is useful in comparing the mean expression profiles across different periodic patterns, making it possible to further address the fundamental issues about the interplay between gene expression and biological rhythms.
In addition, several fundamental questions regarding the interplay of nutrient availability and growth have yet to be solved.
This complex interplay between fundamental cell physiology and immune defense suggests that it may be possible to enhance immunity by indirectly manipulating cell metabolism.
The interplay between fundamental dependency of avian carotenoid metabolism on external precursors and the biochemical connectivity among these precursors exposes mechanistic links between micro- and macroevolutionary aspects of avian color evolution (Fig. 1a).
In addition to new fundamental insights into cooperative interplay of molecular interactions and confinement by clusters of chiral macromolecules that arise from this work, the approach provides simple methodology to enable production of soft materials with tunable structural, mechanical, and chiroptical properties.
