Learning and memory are particularly susceptible to stress with cognitive deficits being well characterized consequences of chronic stress.
We performed mutation profiling of formalin-fixed paraffin embedded tumors of multi-regional colon cancer and characterized the consequences of intra- and inter-tumor heterogeneity and metastasis using targeted re-sequencing.
The following table lists some proposals which we discuss some more below: Yet another well-known semantics that characterizes preferential consequence relations makes use of conditional probabilities.
In view of these difficulties it is remarkable that there is a probabilistic account according to which φ ψ is interpreted as P > ½ and that nevertheless characterizes preferential consequence relations (Benferhat et al. (1999)).
In Kraus et al. (1990) it is shown that a consequence relation is preferential if and only if = S for some preferential structure S. One of the most remarkable facts in the study of NMLs is that various other semantics have been proposed —often independently and based on very different considerations— that also adequately characterize preferential consequence relations.
Furthermore, to characterize the consequence of altered interoception, we investigated the interactions of HRV, dipolar source location, gastrointestinal symptoms, and self-reported quality of life.
The mutant phenotypes characterize the consequence of disturbing or disrupting the information output of a gene and thus are ideal to aid understanding of how genes function at the systems level.
Such coinfections have not been extensively described or characterized as a consequence of the prior well-known use of culture-based methods for identification.
Cholestasis is a prevalent form of chronic liver disease characterized as a consequence of disturbed hepatocellular secretion of bile, impaired bile formation, and slow bile flow [ 1].
By means of the relative fluorescence/absorbance ratios during the metabolic transitions, different nicotinamide nucleotide pools can be characterized as a consequence of nicotinamide nucleotide compartmentation by binding and spatial subcellular compartmentation.
