VitalCheckMD
Heart Attack Triage Engine
Acute Coronary Syndrome • AHA / ACC HEART Score Protocol

Emergency Heart Attack Triage & Clinical Symptom Checker

Experiencing chest tightness, radiating arm numbness, or cold sweats? Instantly stratify acute myocardial infarction risk using 3D anatomical body mapping and generate an ER paramedic script in seconds.

< 90 min
Door-to-Balloon Goal
HEART Score
Evidence-Based ER Protocol
3-Step Flow
Anatomical Pain Vectors
100% Free
Zero Cost Emergency Access
Interactive Symptom Engine

Evaluate Emergency Risk in Seconds

Select your current symptoms below to recalculate risk probability and generate immediate clinical action instructions.

Select Primary Pain & Warning Symptoms

Atypical presentations: Females, elderly, and diabetic patients frequently present with shortness of breath, sudden nausea, or scapular tightness rather than classic crushing chest pain.
Computed HEART Risk Gauge LOW RISK
1 Score / 10

Minimal Acute Risk

Symptoms selected indicate low probability of acute coronary syndrome. Continue monitoring and consult a primary provider.

3-Step Clinical Protocol

How VitalCheck Diagnoses Risk

A streamlined clinical evaluation engineered for rapid decision-making when every second counts.

01

Anatomical Body Mapping

Pinpoint crushing substernal chest pressure, radiation pathways down your left arm, jaw, or scapular upper back on interactive anatomical models.

02

Detect Warning Red Flags

Screen for autonomic red flags: cold clammy sweats (diaphoresis), sudden breathlessness, fainting, and cardiac risk history.

03

Instant 911 ER Script

Receive acute coronary syndrome risk stratification and a 1-click printable read-aloud script formatted for paramedics and 911 dispatchers.

Visual Pain Identification

Interactive Anatomical Pain Vector Mapping

Instead of filling out confusing medical text forms during panic, simply click or tap exact locations on our high-definition interactive human body model.

Click Anatomical Pulse Points Model Active
Click on pulse points above to simulate anatomical vector selections.