Sentence examples for ongoing genetics from inspiring English sources

For example, patients or consumers may need to be informed beforehand in general terms about changing interpretations as a consequence of ongoing genetics research.

In contrast, a prospective study, which is part of an ongoing Genetics, Osteoarthritis, and Progression Study, of 205 subjects with knee OA found a trend for an association between subchondral bone cysts and increased risk of knee pain [ 11].

The present prospective study is part of the ongoing GARP (Genetics, Osteoarthritis and Progression) study [ 8].

Subjects in this study were from an ongoing molecular genetics project.

A detailed analysis requires data from an ongoing population genetics study (DPGP, www.dpgp.org), but preliminary findings from 48,374 variants detected in 37 individuals (Rogers et al. 2010) support purifying selection on substitutions in transcribed lincRNA sequence.

Further marker development from these EST-SSRs will complement ongoing evolutionary genetics research in birds, including comparative genomics, gene mapping and population genomic studies of both captive and wild populations.

With the ongoing permeation of genetics concepts and practices into everyday life (e.g., at-home genetic testing kits), a misunderstanding or misapplication of fundamental ideas in genetics can be detrimental beyond the college classroom (McElhinny et al., 2012).

23andMe seems to be solving some of the ongoing cultural problems genetics has faced through fears of determinism, eugenics, privacy invasion, and discrimination.

Given ongoing advances in genetics, further research may reveal whether patterns of findings observed thus far are consistently replicated across the range of common chronic diseases of middle life and also the contribution of genetic characterisation to the effectiveness of treatment for cessation rather than for increasing quit attempts.

This work will enable ongoing research in genetic architecture of traits, comparative genetics, genomics, and marker-aided breeding using a mapped marker resource cross-validated in independent mapping populations and aligned to a model forage legume genome.

It is a promising basic tool for the tasks of identifying informative markers and visualization of genetic variation in population genetics and rapidly ongoing genome-wide association studies.