Hemodynamic Decision Engine
Triad Evaluation: Cardiac Output, Mean Pressure, & Vessel Radius
$$\text{Cardiac Output: } Q = \frac{\text{HR} \cdot \text{SV}}{1000} \quad [\text{L/min}]$$
$$\text{Mean Arterial Pressure: } \text{MAP} = \text{DBP} + \frac{\text{SBP} - \text{DBP}}{3} \quad [\text{mmHg}]$$
$$\text{Peripheral Vascular Resistance: } \text{PVR} = \frac{\text{MAP}}{Q} \quad [\text{mmHg}\cdot\text{min/L}]$$
$$\text{Reverse-Engineered Radius: } r_{\text{detected}} = r_{\text{ref}} \cdot \left(\frac{\text{PVR}_{\text{ref}}}{\text{PVR}}\right)^{1/4} \quad [\mu\text{m}]$$
1. Arteriolar Vessel Classification
2. Measurable Patient Hemodynamics
Detected Arteriolar Cross-Section:
ARTERIOLAR FLOW
Status Loading...
Analyzing hemodynamic metrics...
Cardiac Output (Q)
5.04 L/min
Mean Pressure (MAP)
93.3 mmHg
Resistance (PVR)
18.52 mmHg·min/L
DETECTED ARTERIOLAR RADIUS (r)
15.00 µm
⚖️ Comprehensive Hemodynamic Decision Matrix:
Synthesizing flow, pressure, and vessel radius...
🫀 Flow Analysis (Cardiac Output - Q):
Calculating cardiac output parameters...
🩺 Resistance & Radius Analysis (r & MAP):
Calculating physical radius...
🤒 How This Feels (Patient Symptoms):
None
🍟 What Is Happening Inside the Body:
None
💊 Targeted Pharmacological Strategy & Rationale:
None
🏋️ Recommended Lifestyle Actions:
None