Sentence examples for many potentially deleterious from inspiring English sources

If evolution cannot proceed by genetic changes with very small phenotypic effects, then how are the many potentially deleterious effects of large phenotypic changes avoided?

Indeed, while some genes accumulate many potentially deleterious mutations, no mutations have been found in others.

The eukaryotic cell response to many potentially deleterious exposures is remarkably similar to that of prokaryotic cells.

Interestingly, the increased population of cells expressing stem-like markers after treatment with G-CSF was reduced on blockade of these pathways as well, suggesting that many of the potentially deleterious effects of G-CSF may be due to activation of RSK and ERK1/2.

Many novel variants with potentially deleterious effect on the function of key hemostatic proteins were also found.

Any herbal medicine may contain many bioactive compounds with potentially deleterious as well as beneficial effects [ 5].

Clonal CNV inheritance provides important validation for CNV calls, addresses the mechanism of CNV formation, and provides a mechanism whereby single CNV events could be shared by many neurons and hence be potentially deleterious.

It should be noted, however, that as miRNAs have been implicated in responding to cellular stress, as well as conferring robustness to gene networks by buffering gene expression against potentially deleterious fluctuations, many miRNA target mRNA interactions are likely to be transient in nature.

The examination of these smoking measures is important, since potentially deleterious effects of the many carcinogens contained in tobacco smoke (IARC, 1986; Hoffmann and Hoffmann, 1997) may be observed only with smoking of long duration, such as with cancers of the colorectum (Giovannucci, 2001), or with smoking of high intensity.

Many herbal preparations alluded to in this survey have potentially deleterious effects on patient well-being in the immediate postoperative period [ 35].

Many retrotransposons retain the ability to move (transpose) to new locations in the genome, a potentially deleterious phenomenon that can result in direct disruption to coding regions [ 2, 3].