In addition, it is difficult to compare the results of studies that analyze different kinds of HAART separately, since these are based on studies and trials that use different methodologies, including different study perspectives: payer, health system, or societal.
An architectural, more holistic view of the highly dynamic living cells can, of course, be only obtained by combining a wide range of methodologies, including different super-resolution microscopy techniques [ 38- 41], in-cell NMR [ 42- 46], high speed in solution atomic force microscopy [ 47] and cryoEM [ 48- 51], to name but a few.
This may be due to major inconsistencies in methodology (including different anatomical boundaries, measurement techniques and samples studied) or that the sulcal contours defining Broca's area are so naturally variable between people making a standard definition difficult.
Differences in prevalence rates vary as a result of methodology issues, including different patient cohorts and different criteria used to define the severity of the hypopnoea or apnoea events.
The conflicting results could be accounted for by the differences in patient selection or duration of disease severity, and the methodology used including different approaches to the computer-assisted analyses [ 42, 43].
The differences may be explained by many factors, including different methodologies used to measure adiponectin, differences in patient characteristics and study protocols, gender differences (most of the patients in the study by Yusuf et al. were women) and possibly even by differences in the pathophysiologies of hand and knee OA.
The studies assessed the effect of key HIMs (Table 3) on functionality and we refer the reader to each of the corresponding papers for detailed information on the methodologies adopted for the experiments including different approaches used to measure HIMs.
Yet, despite these in-roads, considerable variability in the published SAID literature exists and likely results from multiple factors including different proteomic methodologies (for example, 2-D electrophoresis, mass spectrometry, antibody array), choice of bio-fluids or tissues analyzed, and the inherent heterogeneity of SAID phenotypes, patient histories, and human genetic variations.
In recent decades, several researchers have developed new strategies and methodologies to control the scour morphology, including different jet arrangements and structures located in the stilling basin.
This research presents a novel integrated methodology for the experimental characterization of historical mortars, including different types of laboratory tests.
One explanation for these differences may be technical reasons, for example, different methodologies (including antibody source) and different fixation and processing methods between experimental and human tissues.
