The third law in the Principles regulates the behavior of bodies colliding under idealized conditions: When a moving body comes upon another, if it has less force for proceeding in a straight line than the other has to resist it, then it is deflected in another direction, and retaining its motion, changes only its determination.
Quantitative understanding of the principles regulating nucleosome occupancy on a genome-wide level is a central issue in eukaryotic genomics.
The results can be used not only to design novel materials for application purposes, but also to shed more light on the principles regulating molecular self-assembly in surfactant-based liquid systems.
Here, we have reviewed the rules for and the theoretical background of the isotopic approach to environmental and ecological problems and have described the principles regulating the distribution of isotopes in the biosphere, which is inhabited by millions of species.
Statistically framed connections between scales, or graphical representations preserved across scales, directly reflect the degree to which the principles regulating organization at one scale are preserved at another [115] [117].
Understanding the functional organization of protein interaction networks is of utmost importance for our understanding of the principles regulating cellular behavior and consequently in understanding the diseases where cellular behavior is misregulated.
Though the IGF system is a promising therapeutic target, the principles regulating ovarian cancer cell response to IGF ligands have not been systematically studied and it is difficult to predict how cells will respond to IGF ligands or IGF inhibitors.
Motivated by these applications, principles regulating the interactions of the microvasculature and biomaterials are summarized and illustrated in case studies.
The general principles regulating the deactivation of oxidation catalysts based on metal oxides are firstly outlined, showing that the main causes of deactivation for such catalysts are: thermal sintering, solid state reactions and loss of active components.
The Chinese Academy of Sciences has issued a statement condemning He's work, and the Genetics Society of China and the Chinese Society for Stem Cell Research jointly issued a statement saying that the experiment "violates internationally accepted ethical principles regulating human experimentation and human rights law".
