Sentence examples for modification by genetic from inspiring English sources

Recent achievements of membrane protein science allow easy protein modification by genetic engineering and, for some proteins, their production in large quantities.

Characterizing effect modification by genetic and environmental factors, including lifestyle, comorbidity, and medication use.

The heterogeneity between the outcomes observed in different studies may be attributable to effect modification by genetic factors, for example polymorphisms of the CYP1A2 genotype, an enzyme involved in the metabolism of caffeine (Goodman et al, 2003).

11 The aim of our study was to investigate, in an adult general population sample and MI cases from the same population, the potential effect modification by genetic variants in genes related to inflammation (IL6, TNF) and coagulation (FGB, PAI-1) on the effects of long-term and short-term exposure to air pollution on blood marker levels and the risk of MI.

In previous analyses, we have found associations with air pollution and their modification by genetic factors to be strongest for mid-flow parameters (i.e., FEF25 75 and FEF25 75/FVC) and consider the availability of these parameters to be of great importance (Chinn et al. 2005).

Identification of receptors or transporters for dsRNAs in E. histolytica would provide a new example of selective RNA uptake by cells, allowing direct and targeted gene expression modification by exogenous genetic material, as it was initially shown in Caenorhabditis elegans [27].

This in turn is subject to modification by the genetic background, as we demonstrate by comparing an inherent aggressive with a less aggressive mouse strain.

We investigated effect modification by VDR genetic polymorphisms in the association between cumulative lead exposure and pulse pressure, a marker of arterial stiffness.

Zhang et al. [ 11] also reported a deleterious impact of cumulative lead on pulse pressure with effect modification by hemochromatosis genetic polymorphism in the NAS.

Using C57BL/6N versus FVB/N mice (with their known inherent strain differences in aggressive behavior) (Mineur & Crusio, 2002; Pugh et al, 2004) as models, we demonstrate that the direction of change upon mild Mecp2 overexpression in this behavioral target domain is subject to modification by the genetic background.

It uses a poplar SRC feedstock with projected lignin-modifications (induced by genetic engineering and/or advanced breeding science), which display predicted and laboratory-demonstrated improvements for downstream processing.