Sentence examples for explore potential implications of from inspiring English sources

To explore potential implications of extending SLNB to a higher-risk population, we repeated our analyses for patients with a risk of lymph node involvement of 50%, reflecting the probability of lymph node involvement in patients with large or multifocal primary tumours (Laura et al, 2006; Behm and Buckingham, 2008; Ozmen et al, 2008).

But to assume at the outset that such differences are practically meaningless, and that is invariably wrong to engage any of these groups to explore potential implications for reducing violence, is a grave mistake.

The objective of this paper is to explore the potential implications of integrating the ES concept into regional planning and governance.

To explore the potential implications of such an attack, a case study was conducted to evaluate the ability of human subjects to detect and diagnose a cyber-physical attack on the STL file of a test specimen.

In this article, we explore the potential implications of PET in the development of new heart failure therapies and review PET's application in the respective pathophysiologic pathways such as myocardial perfusion, metabolism, innervation, inflammation, apoptosis, and cardiac remodeling.

We describe sensitivity analyses to explore the potential implications of this costing approach.

To explore the potential implications of SSTR4-mediated cytostatic effects in the clinical setting, we evaluated SSTR4 expression level in surgically resected human MPM tissues.

This study seeks to understand the key factors that influence use and adoption of an interactive HRA, and to explore the potential implications of its use in the prevention and treatment of those with complex conditions.

In addition, the impact of interventions 1 and 2 on PARC membership and membership renewal, once participation incentives end, will be used to explore the potential implications of marketing interventions for promoting and maintaining memberships and revenues.

Now is a crucial time to explore the potential implications of this information revolution for genebanks and to recognize opportunities and limitations in applying NGS tools and HT technologies to genebank collections [ 56, 158].

This paper explores the potential implications of these findings, and a number of possible approaches are suggested for incorporating the insights of life-limiting fatigue into methods of integrated computational materials engineering (ICME) to support optimized life-cycle design of materials and components in turbine engines.