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Optical Coherence Tomography Based Biomechanical Fluid-Structure Interaction Analysis of Coronary Atherosclerosis Progression
Published on: January 15, 2022
[Chronic multivessel disease: past, present and future]
1Mount Sinai Medical Center, New York, USA.
Insights
Cardiovascular disease, driven by obesity and diabetes, poses a global health threat. The FREEDOM study will use advanced imaging to link plaque characteristics with medical treatment effectiveness, aiming to slow disease progression.
Area of Science:
- Cardiovascular Medicine
- Public Health
- Medical Imaging
Context:
- Cardiovascular disease (CVD) prevalence is rising globally, exacerbated by increasing rates of obesity and diabetes.
- Diabetes significantly impacts morbidity and mortality in patients with complex multivessel disease.
- The substantial public health burden and economic costs necessitate research into atherosclerosis pathophysiology and regression.
Purpose:
- To elucidate pathophysiological mechanisms of atherosclerosis development from subclinical to clinical stages.
- To identify treatments that promote disease regression and improve clinical outcomes.
- To correlate high-resolution imaging of plaque characteristics with medical treatment effectiveness.
Summary:
- The FREEDOM study will utilize high-resolution imaging to assess plaque characteristics, including inflammation and disease burden.
- It aims to establish a reliable correlation between these plaque features and the efficacy of medical treatments.
- The study focuses on enhancing endogenous defense mechanisms to manage atherosclerotic disease in high-risk individuals.
Impact:
- To influence atherosclerotic disease in its early, silent phase, slowing its progression.
- To alter the clinical epidemiology of cardiovascular disease.
- To inform the implementation of effective therapies by integrating registry data and clinical study findings, emphasizing physician judgment and aggressive medical management.
Abstract:
Public health predictions indicate that the prevalence of cardiovascular disease will reach epidemic levels throughout the world in coming years, principally because of increasing obesity and diabetes in the general population. Numerous studies have confirmed that diabetes will affect morbidity and mortality in patients with complex multivessel disease. The magnitude of the public health problem and the enormous economic costs associated with the treatment and hospitalization of these patients make it essential that clinical studies designed to elucidate the pathophysiological mechanisms underlying the development of clinical atherosclerosis from its subclinical form are carried out, with the aim of identifying treatment that can lead to disease regression. Moreover, it is important that evidence from patient registries, and not only from large clinical studies, is interpreted correctly, so that the most effective therapies can be implemented. Registries are not subject to the same patient inclusion biases as studies and they contain information that is not included in clinical studies. Recent evidence from patient registries indicates that the physician's judgment is a predictive variable for a successful clinical outcome. In addition, clinical studies confirm that medical treatment, when it is well monitored and implemented aggressively, can provide similar benefits to surgery. Using the knowledge that has been gained over the last few decades, we have designed a study, named FREEDOM, that will enable us to use high-resolution imaging to reliably and reproducibly correlate plaque characteristics, including the level of inflammation and the so-called <
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