Sentence examples for molecular impacts of from inspiring English sources

Gene expression studies also provide insights into the molecular impacts of natural selection.

We hypothesize that integration of data on molecular impacts of nsSNPs and arsenic-gene relationships will identify nsSNPs that could serve as arsenic responsiveness markers.

Functional genomic studies on berry crops are lacking, especially studies dealing with the molecular impacts of low temperature on berry crop yield.

We hypothesize that integration of data on molecular impacts of non-synonymous single nucleotide polymorphisms and arsenic-gene relationships will help identify nsSNPs that are candidate arsenic responsiveness markers.

Increased risk for basal cell carcinoma of the skin was associated with smoking status in females and decreased risk with outdoor work [ 62], and because smoking is strongly linked to DNA methylation changes at multiple genes [ 49], DNA methylation is a potential mediator of the molecular impacts of smoking on the disease in this case.

The prevalent use of ATR as a broadleaf herbicide and its persistence in the environment underscores the importance of understanding the molecular impact of this EDC.

Parasite isolates from this study were used to determine the molecular impact of RTS,S/AS02A and RTS,S/AS01B on the multiplicity of infection (MOI) and the csp allelic characteristics of subsequent parasitemias.

In this study, we have analyzed the molecular impact of RTS,S/AS02A and RTS,S/AS01B on MOIs and csp T-cell epitopes at baseline (191 isolates for MOI and 146 for csp) and during break-through infections (85 isolates for MOI and 87 for csp) from a phase IIb trial in Kenyan semi-immune adults conducted in 2005 by Polhemus and colleagues [17].

Identification of the thyroid regulated transcriptome will provide insights into the molecular impact of THs in directing tissue function/development.

In other words, their predictions provide a valuable first step towards the study of the molecular impact of disease.

Technologies that allow high-throughput, genome-wide approaches are increasingly being used to study the molecular impact of nutritional components.