FREE ICU LEARNING TOOL
Five Shocksâ„¢: Advanced Haemodynamics Simulator
Analyze physiological profiles across septic, cardiogenic, hypovolemic, obstructive, and neurogenic shock within our immersive clinical-learning platform.
Manipulate vitals, track live waveforms, and evaluate how various shock states influence cardiac output, index, stroke volume changes, systemic resistance, and overall organic tissue oxygenation.
Core Modules
Live Haemodynamic Metrics
Modify essential clinical variables to witness physiological shifts instantly.
Five Clinical States
Study unique septic, cardiogenic, hypovolemic, obstructive, and neural patterns.
Treatment Visualisation
View conceptual responses to fluid boluses and common vasoactive medication adjustments.
Built for Instructors
Perfect for critical care workshops, bedside teaching, or university revision.
Access the Simulator
Toggle controls to model complex haemodynamic ties or select a preset shock state. All visuals provided are simplified educational models for training use.
EDUCATIONAL SIMULATION ONLY
This resource illustrates simplified physiological relationships for healthcare education. It is not a medical device and must not be used to support diagnosis, treatment, prescribing or real-time patient monitoring. Do not enter identifiable patient information.
Simulator Best Practices
- Choose a specific shock state or start from baseline. Adjust the toggle controls for physiological input. Monitor the resulting shifts in haemodynamic data and wave patterns. Simulate fluid or drug interventions to see the outcome. Critically assess the physiological plausibility and identify what real-world data points would be needed next.
Critical Interpretation Constraints
- All data outputs are intentionally simplified for clarity. Dynamic markers like SVV are only valid in specific clinical settings. Values should never be used in isolation from global patient context. Drug effects are illustrative concepts, not clinical dosing protocols. Reference baselines will change based on specific equipment, regional protocols, and individual patient biology.