Exploring New Frontiers in Aortic and Carotid Disease Research

Aortic and carotid diseases are pivotal areas of vascular research, where understanding the underlying pathophysiology is critical to advancing treatment and enhancing patient care. Recent developments in both basic science and clinical realms have provided significant insights into these major blood vessels, which play critical roles in overall cardiovascular health. These advancements are crucial as they lay the groundwork for innovative treatments and improved methodologies for disease management, yet the translation from lab bench to bedside remains a significant challenge and a key area of focus.

This Research Topic aims to bridge the gap between fundamental research and clinical application in the fields of aortic and carotid medicine. It seeks to compile a comprehensive collection of the latest research findings, reviews, and case studies that showcase the integration of new scientific knowledge into practical clinical scenarios. By focusing on novel diagnostic and therapeutic advancements, this topic aims to catalyze further research and discussion across disciplines, contributing to improved strategies for disease management and treatment.

To deepen the integration of basic science discoveries with clinical practice in aortic and carotid diseases, we welcome contributions addressing, but not limited to, the following themes:

o Cellular and molecular mechanisms driving aortic and carotid diseases.
o Genetic and epigenetic influences on the pathology of these conditions.
o Advanced imaging techniques for precise diagnosis and disease monitoring.
o Novel biomarkers for early risk assessment and continuous health evaluation.
o Cutting-edge surgical and endovascular techniques, alongside novel pharmacological treatments.
o Implementation of basic science research into clinical settings through case studies and trial evaluations.
o Innovative research directions and interdisciplinary methods combining fields such as genomics, bioengineering, and cardiology.