Sentence examples for genetic radiation from inspiring English sources

They are dying off now, both from old age and radiation cancers and other afflictions, but they leave behind children and grandchildren with genetic radiation sickness.

If the evidence for the hypothesis is strengthened, there is potential to learn about genetic radiation risks and to prevent similar effects in present and future exposure situations.

Given that clade A sequences tended to be basal to most clusters, it is conceivable that these two enzymes have co-evolved with the genetic radiation of the genus.

The high degree of SOD amino acid conservation, despite the genetic radiation of the genus, shows the limitations of genetic variation in this functional gene, as mutation to critical residues involved in structural characteristics and catalytic functions might be lethal, given the pivotal role of SOD as the first line of antioxidant defence [ 60].

Recognition of the sex chromosome aneuploidy and the Lyonisation effect has brought into question the utility of the sex ratio as an indicator of an inherited radiation-induced genetic effect (Neel et al, 1990; Neel and Schull, 1991).

The first mutation that starts the first abnormal cell down its path to malignancy can be caused by any number of factors: genetic predisposition, radiation, chemical agents, viruses.

Cytogenetic mapping is a complementary approach to other mapping strategies (e.g., genetic and radiation hybrid mapping) and can be used to confirm existing framework maps.

These data can be integrated with genetic and radiation hybrid mapping data to produce a refined sequence map and to confirm the existing genomic framework of the zebrafish.

However, as all the mapping approaches are prone to minor errors, information from several sources including genetic and radiation hybrid maps may help in achieving high quality genome sequence assembly.

PER2-deficient mice are more susceptible to genetic or radiation-induced cancer [ 46- 48], Per1 or Per2 over-expression reduces tumor growth in vivo and promotes apoptosis in vitro [ 42- 45], while PER down-regulation promotes cancer cell growth [ 46- 48, 52- 54 (but see 56, 57)].

We revise down substantially the number of potential genetic determinants of radiation resistance, predict a Deinococcus radiation response regulon, and consider the implications of these comparative-genomic findings for different models of recovery.