Perhaps more striking and more important, however, in the sense of Neyman Pearson detection for (alpha) compliance, is that procedures are usually constructed to impart control over FP decisions, which according to the present observations, is a condition that fails to be met by the cMVGC implementation from [9] which was used here without modification.
It will be interesting to determine whether a similar phenomenon applies to the present observations with intrathecal BoNT-B.
According to our present observations, p53-deficient pancreatic cancer AsPC-1 cells exhibited a much more higher resistance to GEM as compared with p53-proficient pancreatic cancer SW1990 cells.
Thus, the underlying mechanisms leading to the present observations certainly require further discussion.
We had observed that external, though not internal, THL application affected DSI [26], and Min et al. [25] arrived at conclusions that are diametrically opposed to our present observations.
According to the present observations, therefore, the T ↔ C transition point must be above at least 1150 K.
Systemic elevation of IL-6 cytokine in obesity has been identified as the risk/predictive factor for development of T2D [ 35] akin to our present observations.
It should be noted, however, that previous reports from the same study confirmed the role of known diabetes risk factors (including ethnicity) with similar associated relative risks as have been found in population-based studies, giving credibility to the present observations [ 20, 29– 31].
Zaliznyak et al. (31) also reported, similar to the present observations in the 5′-TXG-3′ sequence, that acidification resulted in the appearance of a second conformational equilibrium, involving protonation of the lesion partner dC and possible formation of a Hoogsteen-like base pair.
We discuss the results with regards to data reported in literature and we propose biological hypotheses attempting to rationalize the present observations and to provide new promising tracks for future in-depth investigations of the molecular mechanisms underlying bioenergetic plasticity in photosynthetic organisms.
Notwithstanding the aforementioned limitation, we tried to elaborate a plausible hypothesis to explain the present observations.
