In our problem, on varying beam orientation, temperature ((bar K)), or damping rate, one may increase or decrease the number of unstable modes in the system and expect similar results as in the previously mentioned finite domain case.
When several publications on patient recruitment or other pitfalls in designing/conducting a pragmatic trial are consulted, one may increase the likelihood of conducting a successful trial.
By rationally selecting the wild-type strain and the synthetic chromosome(s) incorporated in a heterozygous diploid, one may increase the chance to achieve a specific phenotypic outcome; as DNA synthesis costs continue to decrease, incorporating neochromosomes harboring specific sets of genes predicted to be most relevant to a phenotype will become more feasible as well.
In practice the achievable filter order is typically limited by the number of unitary operations in the control sequence; one may increase ((p-1)) at the cost of increasing n.
The most important privileges of the proposed method are computational efficiency due to sparse matrices, simplicity, and reliability, so one may increase the number of basis functions and consequently the accuracy will be improved.
These two practices, however, are not always effective since an increase in accuracy may require larger stencils which may introduce spurious waves at the boundaries of the domain, while by increasing of the resolution of the grid one may increase the computational time.
It is in this context that one may increase the number of peptides identified.
These events are not independent; the occurrence of one may increase the risk of another, or prevent another from occurring.
The emergence of oxazole 14 was particularly interesting: Such heterocycles are widely exploited as peptidomimetics in medicinal chemistry.[ 21– 24] In future ADS campaigns, the inclusion of more functionalized substrates in round one may increase the diversity of the explored chemical space from the outset.
Our model predicts that a mutation causing resistance to one drug may increase efficiency of the second drug.
