To further determine the specific binding affinities of both native CN and VCN to purified (αvβ3 and αvβ5) or recombinant (α5β1) functional integrins, we measured these interactions in solution by fluorescence polarization.
An efficient measure of these interactions is the phase synchronization of the EEG signals, evaluated by investigating their phase difference.
As a measure for these interactions we applied the theory of effective potentials, where monomeric degrees of freedom in the partition sum are traced out.
In this study, two new experimental procedures are presented to measure these solute solid interactions independently of other overlapping mass transfer phenomena during extraction and, hence, preventing misinterpretation of results.
Interactions that occur between genes involved in different cellular processes are not as frequently measured, yet these interactions are important for providing an overview of cellular organization.
After the war Alvarez was involved in the design of a liquid hydrogen bubble chamber that allowed his team to take millions of photographs of particle interactions, develop complex computer systems to measure and analyze these interactions, and discover entire families of new particles and resonance states.
Although an improved understanding of how germline genetic variants interact with other cancer risk factors may allow better prevention and treatment of human cancer, measuring and quantifying these interactions is challenging.
However, high throughput expression analyses can provide some measure of understanding of these interactions.
Since similar work has already been done for the copper homeostasis system in E. hirae, the same equipments and experimental techniques used there (e.g., surface plasmon resonance analysis) can also be used to measure the kinetics of these interactions in the zinc homeostasis system [ 23, 41].
