Dielectric spectroscopy is an important methodology that probes the static and dynamic properties of polar materials, such as liquid crystals, and thus has the potential to distinguish between the subtleties that different kinds of nematic phases may exhibit.
In one important application, methodologies that facilitate incorporation of fluorophores into target GPCRs have allowed high-resolution single-molecule detection (SMD).
As this body of knowledge increases, it is important to enhance methodologies that identify especially relevant and important papers within the overall field, as well as within its multiple subspecialties.
Given that epidemiologic data are key inputs for risk assessments, it is important to apply methodologies that better characterize validity and precision of study results.
Since the information learned by medical students is easily forgotten, it is important to design methodologies that enable longer periods of retention [ 13].
Since preschool children have difficulties in providing detailed descriptions of their actions it is important to use methodologies that are sensitive for capturing their expressions and viewpoints [ 11].
Thus it is important to develop methodologies that maximize both the yield and quality of DNA from DBS for downstream analyses.
