Sentence examples for molecular behavior in from inspiring English sources
In this way, the scA2AR/D2LR system has unveiled the cellular phenomenon as a snapshot of the molecular behavior in A2AR/D2LR dimer.
The PLGA molecular behavior in the feed solutions were characterized by using tube viscometry, which provides information about the polymer coil radius (Rcoil), the Martin constant (Km), and the overlap concentration (c*).
The purpose of this study was to understand the impact of the poly (lactic-co-glycolic acid) (PLGA) molecular behavior in the feed solution on the drug release kinetics of PLGA microparticles prepared via spray drying.
Studies of isolated Fn fibers have helped to characterize the fiber's material properties and, in combination with models of Fn molecular behavior in the fibers, have begun to provide insights into the Fn molecular arrangement and intermolecular adhesions within the fibers.
Automatic detection and characterization of molecular behavior in large data sets obtained by fast imaging in advanced light microscopy become key issues to decipher the dynamic architectures and their coordination in the living cell.
Therefore, the model is perfectly suited to simulate molecular behavior in various scenarios as in this case study of AD.
By the nineteen-nineties, Blaser had begun to look more closely at the bacterium's molecular behavior, and in 1998 he published a paper in the British Medical Journal suggesting, contrary to prevailing views, that it might not be so dangerous after all.
A scientific understanding of the pH scale, acid base chemical reactions, and the molecular behavior of carbon dioxide in seawater would aid in students' conceptions of ocean acidification.
The data are also the first to characterize the molecular behavior of Fbxl18 in cells and raise the possibility for molecular targeting of an Fbxl18 — |Fbxl7→apathways pathway.
Systems-based properties, such as feedback loops and functional redundancy in the structure of biological networks, have been shown to be the underlying cause for the sustained or recurrent molecular behavior of pathways in different organisms.
Central to this is the use of injectable probes that specifically target the disease of interest and through which the complex cellular and molecular behavior of disease in space and time can be non-invasively monitored and recorded.
