Publications by authors named "J Nagy"
Accurate rupture risk assessment is essential for optimizing treatment decisions in patients with cerebral aneurysms. While computational fluid dynamics (CFD) has provided critical insights into aneurysmal hemodynamics, most analyses focus on blood flow patterns, neglecting the biomechanical properties of the aneurysm wall. To address this limitation, we applied Fluid-Structure Interaction (FSI) analysis, an integrative approach that simulates the dynamic interplay between hemodynamics and wall mechanics, offering a more comprehensive risk assessment.
View Article and Find Full Text PDFTriplications involving 5q21.3q23.3 are rare, and a phenotype has not been established.
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- * A modified Delphi methodology will be employed to gather opinions from a diverse group of UK experts through a series of anonymous surveys, aiming for consensus on effective pain management techniques.
- * The study seeks to analyze expert agreement using structured feedback and will only continue if a consensus of at least 75% is reached among participants, although ethical approval was deemed unnecessary.
Article Synopsis
- Flour beetles have been used in ecological research to model population dynamics, particularly through the well-studied LPA (larvae-pupae-adult) model.
- Researchers explored whether chaos is a natural behavior of flour beetle populations, adapting the LPA model to account for different adult stages and cannibalism.
- Their findings indicate that chaos can occur but is uncommon under typical experimental conditions, suggesting it is often triggered by environmental factors rather than being an inherent trait of the beetles.
Hemodynamics during the growth process of cerebral aneurysms are incompletely understood. We developed a novel fluid-structure interaction analysis method for the identification of relevant scenarios of aneurysm onset. This method integrates both fluid dynamics and structural mechanics, as well as their mutual interaction, for a comprehensive analysis.
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