Sentence examples for equally deleterious from inspiring English sources

Equally deleterious therapeutic results were obtained with bleeding or venesection (phlebotomy) and argue against these therapeutic options [65].

In hypertensive patients CKD is less frequent [ 29] but equally deleterious for the global prognosis [ 30].

These hazards represent an extreme version of heterogeneity in expression; in one class, the gene has a protective effect and in the other it is equally deleterious.

Finally, rather than consider all deviations from the reference structure equally deleterious, SEN only counts base pairs that are disrupted in the structure of the mutant sequence.

That is not to say that a proportion of edit sites would not 'increase' hydrophobicity – and these may well be equally deleterious or disruptive.

Equally, a deficient proinflammatory (or excessive anti-inflammatory) response could result in failure to clear an invading pathogen, with equally deleterious effects.

Our data strongly suggest that T. hominis is diploid and demonstrate the presence of a large number of non-synonymous SNPs, many of which are expected to be deleterious, that are equally distributed between alleles.

Frankham and Wilcken [ 4] show modelling that suggests that sex-linked alleles (those on the sex chromosome), which are deleterious recessive and expressed equally in both sexes, may also distort sex ratios under inbreeding, leading to a reduction in the homogametic sex in most cases, though again this will not be true in the case of paternal X inactivation.

DCIS is found to be equally as prevalent in patients who carry deleterious BRCA mutations as in high familial-risk women who are non-carriers, but ultimately occurs at an earlier age.

To adapt successfully, a plant must overcome deleterious new conditions without creating different but equally dangerous alterations in its ongoing successful metabolic relationship with its environment [ 23].

The unique properties of HA are equally important for providing nutrients to cartilage, eliminating metabolic byproducts and deleterious substances from the joint cavity, and maintaining overall joint homeostasis by inhibiting phagocytosis, chemotaxis, scar formation, and angiogenesis [ 10, 11].