Anti-aging methodologies are increasingly focusing on preventing and better managing the aging process before the need for treatment or repair of age-related disorders arise.
Qualitative methodologies are increasingly popular in medical research.
Qualitative research methodologies are increasingly recognised as being valuable in furthering understanding of patients' cardiovascular health related behaviours [ 34].
In the wars between paradigms, two conflicting methodologies are increasingly rejected: quantitative scientism, which sees only figures and statistical significance as true science; and post-modern relativism, which gives pride of place to narrative.
Next-generation sequencing methodologies are increasingly used in the development of cpSSR loci (e.g., Doorduin et al., 2011; Kuang et al., 2011) and may provide an alternative to Sanger sequencing for genotyping cpSSRs (Guichoux et al., 2011) in nonmodel organisms (McPherson et al., 2013).
The life cycle assessment (LCA) methodology is increasingly used to ensure environmental sustainability of emerging biofuels.
In this respect, the measurement of exhaled nitric oxide (NO), as a fast and simple methodology, is increasingly used.
This methodology is increasingly being applied in medical research, and is preferable to the Kaplan-Meier method, which assumes that the events are independent, hence overestimating the event of interest by censoring the other event(s) [ 31, 32].
In the absence of a large, multi-arm RCT comparing all systemically active oral antifungals, network meta-analyses can provide relevant information to help guide health intervention decision-making; this methodology is increasingly utilized for similar purposes across therapeutic areas [ 12, 36].
