We have shown, using NPT how coherence was achieved around the CDSS despite local context variation.
Several microcirculation studies in patients have shown a loss of coherence whereby blood pressure rises but microcirculatory RBCs fall (e.g., [ 48]).
It may be speculated that the results have underestimated the effects of dental anxiety and sense of coherence, as other studies have shown higher dental anxiety and lower sense of coherence among these subgroups [ 25, 26].
Recently, Cohen and Walden [18, 31] have shown that temporally smoothed wavelet coherence, (see Equation (7)), of two stationary processes with Normal distribution and zero mean is distributed as the Goodman's distribution with an appropriate degrees of freedom.
Several studies have shown a loss of hemodynamic coherence between the microcirculation and the macrocirculation following fluid administration.
Recently, we have shown that extended-focus Optical Coherence Microscopy (xfOCM) [ 19] can image in vivo and ex vivo islets of Langerhans without labeling, with a spatial resolution close to cellular dimensions [ 20, 21].
Results from electroencephalography (EEG) studies have shown differences in amplitude and coherence measures between individuals that correspond to their performance differences (e.g., Gevins and Smith 2000; Grabner et al. 2003; Reiterer et al. 2005).
Regardless of the specific term or school of thought, recent meta-analyses of resilience and vulnerability concepts and methodologies have shown that there is often little coherence between the theoretical definitions and the methodologies applied in empirical studies (Ionescu et al. 2009; Miller et al. 2010; Hinkel 2011).
Previous studies have shown that the presence of corticomuscular coherence in a given healthy individual is repeatable across different measurement sessions (Pohja et al., 2005; Witham et al., 2011), and in our experience, intermuscular coherence is even more reliable.
Previous optical coherence tomography studies have shown inconsistent results regarding retinal morphological changes in diabetes patients, as some researchers have reported an increase [ 20– 23] whereas others have reported a decrease in central retinal thickness [ 24– 27].
