Cardiovascular Innovations and Applications

26/12/2025

This research letter identifies elevated as an independent predictor of reduced emptying velocity in , with a nomogram integrating FGF‑23, AF chronicity, and CHF outperforming CHA2DS2‑VA, offering a tool for risk stratification.

:

Fibroblast growth factor-23 (FGF-23) emerges as a critical predictor of reduced left atrial appendage emptying velocity in AF patients, linking elevated levels to stroke risk via atrial fibrosis.

18/12/2025

This review summarizes -based, imaging-guided, and approaches for predicting and localizing idiopathic ventricular arrhythmias, compares their strengths and limitations, and highlights future directions to improve guidance for .

:

Reviewing ECG, imaging, & AI for premature ventricular contractions (PVCs) localization in outflow tracts. Covers clinical challenges, trends, & IVA innovations.

12/12/2025

This mini review in Cardiovascular Innovations and Applications - CVIA Journal highlights how is advancing diagnosis by improving early detection and prognostic accuracy, while emphasizing risks from data limitations, the promise of , and key ethical and technical challenges ahead.

:

This mini review explores AI's role in Coronary heart disease diagnosis, enhancing accuracy and personalization while addressing challenges in data reliability, ethics, and regulation.

10/12/2025

This retrospective exploring the association between & clinical outcomes in patients with acute- and preexisting showed that rivaroxaban use was associated with lower risk of .
: https://cvia-journal.org/category/news-and-events/

04/12/2025

This study uses brain MRI to explore the correlation between and brain structural changes and complications, and summarizes the key genes involved in the pathophysiological mechanisms underlying heart-brain diseases.

:

Advancements in Magnetic resonance imaging reveal heart disease impacts brain structure. Exploring heart-brain links aids in screening, prevention, and intervention of related disorders.

28/11/2025

This study evaluating whether might be associated with under-utilization of at discharge among hospitalized patients with and LVEF

Malnutrition in heart failure patients is linked to lower prescription rates of guideline-directed medical therapy, highlighting crucial gaps in treatment adherence

20/11/2025

Using two-step and analyses, this study identifies immune cell types that promote or protect against (AD) and highlights as a key mediator linking immune cell activity to AD risk.

:

Study uncovers immune cell and inflammatory protein links to aortic dissection, revealing potential therapeutic targets for better prevention and treatment.

13/11/2025

This review in Cardiovascular Innovations and Applications - CVIA Journal discusses -related cognitive impairment, highlighting compromised kidney function, perioperative mechanisms in , and the importance of early intervention to prevent postoperative .

:

Chronic Kidney Disease patients face higher risks of cognitive decline after heart surgery. Exploring mechanisms behind this can improve outcomes and reduce complications.

13/11/2025

This editorial highlights emerging insights into immune and mechanisms driving (AD), identifying key immune cell subsets and inflammatory proteins with causal roles in AD pathogenesis and therapeutic potential for precision . Fudan University

:

This editorial uncovers immune and inflammatory pathways driving aortic dissection, highlighting key cell subsets and proteins as potential therapeutic targets.

13/11/2025

This editorial highlights the emerging role of immune regulation in , emphasizing key genes and as novel diagnostic and therapeutic targets, and showcasing innovative , and cell-based strategies advancing . Zhengzhou University Boston University Chobanian & Avedisian School of Medicine

:

This editorial explores immune mechanisms in myocardial infarction, spotlighting S100A12 and BCL6 as key biomarkers driving next-gen precision cardiology.

11/11/2025

This editorial highlights the emerging role of extracellular vesicle–derived as ultra‑early and therapeutic targets in , marking a paradigm shift toward and personalized intervention in . .li.73 Harvard Medical School

:

This editorial discusses extracellular vesicle‑miRNAs as early biomarkers and therapeutic targets, redefining precision care in acute myocardial infarction.

06/11/2025

This research letter integrates and analyses to identify genes and UBC as key regulators of (MI) via , revealing BCL2L1 as a promising therapeutic target for MI intervention.

:

This study explores PANoptosis as a therapeutic target for myocardial infarction using Mendelian randomization and multi-omics data analysis.