Ventric Health Resources Hub

Your destination for evidence-driven heart failure decision support.

Our resources hub is designed to help you make informed decisions with evidence organized around real-world impact. You’ll discover peer-reviewed research, clinical validation, workflow insights and economic evidence around the questions decision-makers face.

Filter by topic or content type to quickly find the information most relevant to your role, setting and priorities. For additional information about the Vivio System, browse our FAQs.

Clinical Validation & Accuracy
⭐ Featuring Vivio Research
Clinical Validation & Accuracy

AHA Multicenter Validation Study (2025)

Screening patients for elevated LVEDP using a novel noninvasive brachial cuff-ECG system validated a scalable method for detecting a key physiologic marker of heart failure often missed in routine care. The study shows filling pressures can be identified accurately at the point of care, supporting earlier intervention and reducing diagnostic delay across primary and community settings.

Closeup of anatomical heart diagram on laptop with torso dummy and professor teaching CPR in background.
⭐ Featuring Vivio Case Study
Early Detection & Prevention

HFSA Prevention Abstract (2025)

Presented at HFSA, this analysis shows non-invasive sensing can detect early volume overload in Stage A patients before symptoms develop. The findings support prevention-focused care models that identify physiologic risk sooner. For value-based care leaders, the evidence reinforces opportunities to intervene earlier and reduce downstream clinical deterioration and cost burden.

⭐ Featuring Vivio Press Release
Clinical Validation & Accuracy

Study Compares Vivio to Invasive Implant for Heart Failure Care

Ventric Health is enrolling 500 patients in a study comparing its non-invasive Vivio System to the invasive CardioMEMS implant for monitoring heart failure status. The Vivio System measures left ventricular filling pressure in five minutes, while CardioMEMS requires a surgical implant. If successful, Vivio could eliminate invasive procedures while matching clinical outcomes at lower cost and risk.

⭐ Featuring Vivio Press Release
Clinical Validation & Accuracy

Study Shows Vivio Enables HF Detection & Triage in Primary Care

A new study in JACC: Advances shows Ventric Health's Vivio System, combined with the KCCQ-12 questionnaire, accurately identified undiagnosed heart failure in primary care patients. The FDA-cleared device non-invasively measures left ventricular filling pressure in five minutes with no hospital visit required. Among 2,040 high-risk patients screened, nearly 25% showed significant HF symptoms, enabling earlier intervention.

Clinical Validation & Accuracy
⭐ Featuring Vivio Article
Clinical Validation & Accuracy

Noninvasive Assessment to Catch Heart Failure Earlier

Heart failure frequently goes undetected until significant functional decline has occurred. A new JACC: Advances study evaluating the FDA-cleared Vivio System—a noninvasive estimator of LVEDP—screened over 2,000 high-risk primary care patients. Nearly 40% demonstrated elevated LVEDP, with most reporting symptomatic burden or impaired quality of life, yet none carried a prior diagnosis. Read more on implications for earlier HF identification in p…

Primary Care & Workflow Fit
⭐ Featuring Vivio Research
Primary Care & Workflow Fit

JACC Noninvasive Screening for Elevated LVEDP Study

This primary-care screening study found nearly 40% of high-risk outpatients had elevated LVEDP detected non-invasively, many without a prior heart-failure diagnosis. The results demonstrate how objective physiologic assessment can be integrated into routine workflows to uncover hidden cardiac risk and support earlier referral, monitoring, and escalation decisions.

Closeup of anatomical heart diagram on laptop with torso dummy and professor teaching CPR in background.
Article Research
Early Detection & Prevention

Screening for Undiagnosed Heart Failure: A Viewpoint

This article makes the case for a simplified, pragmatic approach to heart failure (HF) screening in primary care. By focusing on common comorbidities like obesity and kidney disease, clinicians can better identify patients who may be misdiagnosed as asymptomatic. Early initiation of SGLT2 inhibitors is proposed as a cost-effective strategy to improve outcomes before the onset of irreversible damage.

Clinical Validation & Accuracy
Article
Clinical Validation & Accuracy

Rapid Combination Therapy for HFpEF Improves Early Outcomes

New evidence supports rapidly initiating combination therapy for heart failure with preserved ejection fraction (HFpEF). Starting SGLT inhibitors, finerenone, and GLP-1 receptor agonists early may deliver faster and additive benefits, reducing cardiovascular death or hospitalization while improving patient symptoms and quality of life.