Sentence examples for understanding alterations from inspiring English sources

Understanding alterations in risk of infection and risk of disease help understand the nature of the immunological defect.

A theoretical model based on the salience of extrapersonal space appears useful for understanding alterations of attentional allocation, particularly after recovery from stroke.

Rheological methods are easier to perform and require less time compared to zeta potential experiments and can be used for qualitative understanding of shale fluid interaction while zeta potential tests can be used for semiquantitative understanding alterations to shale surface when in contact with different fluids.

These results have implications for understanding alterations in the neural circuitry underlying emotion-cognition interactions in anxiety disorders [72], [73], such as clinical social phobia, in which exacerbated responses to anxiety-inducing social contexts leads to debilitating effects on social behaviour.

The present study increased understanding alterations in the myalgic muscle.

The study of RS FC in MS is mainly aimed at understanding alterations in the intrinsic functional architecture of the brain and their role in disease progression and clinical impairment.

Evolutionary developmental biology (evo devo) is the name for that part of biology involved in understanding how alterations in the mechanisms of embryonic development influence or direct evolutionary changes in any and all stages of the life cycle.

We should have a better understanding of alterations of spatial genome organization and its effect on transcription as well as of higher-order chromosome folding and specific chromatin interactions in the topological mechanism of human cancer [8].

Despite convergent neuroimaging evidence indicating a wide range of brain abnormalities in schizophrenia, our understanding of alterations in the topological architecture of brain anatomical networks and how they are modulated over time, is still rudimentary.

This comprehensive analysis would provide useful information for understanding physiological alterations to heterologous peptide production and for designing efficient metabolic engineering strategies for the production of recombinant peptides in E. coli.

This article reviews the current understanding of alterations affecting oncogenes and tumor-suppressor genes associated with urothelial carcinoma, and their application in the context of morphology and classification schema.