Currently a number of methodologies exist for generating nanoscale features of biomolecules that rely primarily on the aforementioned nanolithographic techniques.
Several methodologies exist for quantitation of active-reactive T cells in peripheral blood mononuclear cells, but many of the T cell assays are technically difficult to perform (3).
A variety of methodologies exist for preparing plant organs for anatomical studies, many of which are sample dependent (Johansen, 1940; Sass, 1958; Feder and O'Brien, 1968; Carlquist, 1982; Ruzin, 1999; Keating, 2014).
Although a number of methodologies exist for business process re-design (BPR), supply chain re-design (SCR), and e-business process design, there is a lack of an integrated BPR methodological framework to support supply chain integration (SCI).
Different methodologies exist for the analysis of renal stones.
Several methodologies exist for "resource-poor" settings but implementation of HTA and transparent use in most African countries is still limited [ 2].
Several methodologies exist for continuous improvement.
Different transcript quantification methodologies exist, all of which rely on utilization of proper normalization techniques.
Methodologies exist in the design of automated modular construction machines.
Several applications of this methodology exist for drugs in the literature (see e.g. Molenberghs et al [ 15]), but only a few can be found for vaccines using either the results of a single clinical trial [ 7, 16, 17] or simulated data [ 18].
