Sentence examples for more genetic damage from inspiring English sources

In 2014, researchers found that African grey parrots that were housed alone suffered more genetic damage than parrots that were housed in pairs.

Together, these alterations lead to acceleration of the cell cycle with increased proliferation rate, as indicated by a high Ki-67 PI, and acquisition of more genetic damage.

The NCDI group appears to have more genetic damage than the NCDII and NCDIII groups, but the average genetic damage is greater in the NCDIII group.

Alternatively, older oocytes may have sustained more genetic damage over time and/or DNA repair may be deficient in older mothers [ 35, 47].

For example, compared with their mothers, newborns sampled at delivery have more genetic damage (in the form of DNA adducts) per estimated unit of exposure to PAHs; and they demonstrate slower clearance of various toxicants (National Research Council 1993; Perera et al. 2004; Whyatt et al. 2001).

The results are consistent with experimental evidence that PAH-DNA adducts form preferentially at methylated DNA sites and that DNA methylation may make DNA more reactive and, therefore, more vulnerable to genetic damage by PAHs and other chemicals [ 18].

These results document that there is significant transplacental transfer of PAH and ETS constituents from mother to fetus; that PAH-DNA adduct levels in maternal and newborn WBC were increased with environmental exposure to PAH from ambient pollution; and that the fetus is more sensitive to genetic damage than the mother.

Deregulation of p53 isoforms expression may play a role early in tumour formation, as attenuation of the WT p53 response would render the cells more susceptible to further genetic damage and therefore to neoplastic transformation and tumour progression.

An increased susceptibility of children to radiation-induced cancer is biologically plausible because of the fact that their tissues are still growing and therefore the dividing cells are more prone to somatic genetic damage.

With the exception of chromosomes 21 and Y, all were classified as chromosomes with low multifractality and are more susceptible to genetic damages or a wrong meiotic segregation.

The sex-ratio is an indicator of genetic damage that affects boys more than girls.