Sentence examples for may allow functional from inspiring English sources

These results further support gene duplication in rice and Arabidopsis during evolution which may allow functional diversification by adaptive protein structures [ 77].

In particular, generation of several neural population with a defined genetic MS background may allow functional evaluation of specific genetic variants and polymorphisms by unraveling their role in the disease establishment.

Small molecule recognition is critical to the function of many proteins; therefore, determination of ligand binding site similarity is important for understanding ligand interactions and may allow their functional classification.

Dynamic ultrasound may allow the functional stability of the ankle joint to be determined providing valuable information to guide treatment.

Our hope is that our findings may allow further functional work to focus on candidate variants likely to be important in diseases or traits showing sexual disparity.

Changes in arm usage at different developmental times and in different tissues have been reported previously and may allow for functional evolution of miRNA loci [ 57].

That individual species exhibit strong differences in the comparative rank of the MA scores associated with their three biting muscles (Additional file 2) reinforces arguments that the structural division of jaw muscles may allow for functional diversification [ 28, 42- 44].

Therefore, despite the high sequence identity shared by UCP1, 2 and 3 (close to 60% in humans and mice), punctual amino acid replacement at key structural domains of the respective proteins may have evolved to allow functional specificity to take place.

Further analysis with CentiScaPe or other analysis tools, such as MCODE (Bader and Hogue, 2003) or network analyzer, performing a Gene Ontology (Ashburner et al., 2000) database search, or adding functional annotation data, may allow a deeper functional exploration of the sub-network.

The periodic cellular topology characterizing the microscale structure of a heterogeneous material may allow the finest functional customization of its acoustic dispersion properties.

Chronic calcium imaging with genetically encoded indicators thus may allow to establish functional biographies of identified neuronal cell types in the brain and to reveal the physiological relevance of structural changes as they occur under natural and pathological conditions.