Regions mutually exclusive

As pharmacogenetics and pharmacogenomics are not mutually exclusive, but even sometimes display overlapping features, both disciplines are aimed at better tailoring medical therapy for a given complex disease such as essential hypertension or other CVD. In the wake of new technologies to identify candidate region for whatever phenotype, more robust and complex bioinformatic analyses are necessary to... 

Returning to the example sequence in Scheme 4.7 and using the minimum values of AE determined and setting the reaction yields also as minimum values, it is possible to evaluate the probabilities that each reaction will have an RME of at least 0.618 and also the probability that both reactions will achieve it simultaneously. Figures 4.10 and 4.11 illustrate the relevant regions in the graphs. We can conclude that the probabilities for the Petasis condensation and the coupling reaction are 77% and 94%, respectively. Since the reactions are independent of each other, that is, the individual probabilities are mutually exclusive, the combined probability that both reactions will have RME values of at least... 

The HREs are components of the control region of hormone-regulated promotors. Typically, the binding of the activated, hormone-bound receptor to the HRE stimulates the expression of the cognate genes. The mechanisms of transcription activation still remains speculative. Many proteins have been identified which act as coactivators, i.e. they interact with the activated receptor (review Glass et al., 1997). The nature of these proteins suggest that at least two, separate but not mutually exclusive pathways of transcription activation must be considered ... 

Various explanations have been given and may not be mutually exclusive. Early theories associated damage directly with the volume expansion that occurs on freezing this could cause disruption if the water that freezes is sufficiently confined, e.g. between regions already frozen. The damage could... 

This section details the mathematics and the physics which enable one to determine the extent to which some average number of electrons are localized to a portion of the total space available to them. The localization of electronic charge is determined by the quantum mechanical distribution function i/ i/ dxidx2. . . dxjv (eqn (1.1)). Consider the partitioning of a total system containing N electrons into two mutually exclusive regions n and fl. The probability of the event that n electrons will be found in D when the remaining (N — n) are confined to Q is... 

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