Cardiac Power Output
Compute cardiac power output from cardiac output and mean arterial pressure.
Description
Compute cardiac power output from cardiac output and mean arterial pressure.
Cardiac Power Output applies one documented biological calculation to the values you provide. Compute cardiac power output from cardiac output and mean arterial pressure.1
When to use Cardiac Power Output
Use this calculation to summarize the supplied cardiovascular measurements with the stated equation and units, or to reproduce a value reported by a monitoring system.
- Cardiac output
- A finite measured or assumed value greater than or equal to 5e-324, expressed in L/min.
- Mean arterial pressure
- A finite measured or assumed value greater than or equal to 5e-324, expressed in mmHg.
How Cardiac Power Output calculates the result
The implementation follows this calculation rule: Compute cardiac power output from cardiac output and mean arterial pressure.
- Cardiac power output
- The calculated cardiac power output in W.
Limitations of Cardiac Power Output
This is an arithmetic implementation, not a diagnosis. Hemodynamic measurements depend on acquisition method, timing, body size, rhythm, loading conditions, and clinical context; thresholds may differ among guidelines and patient groups. Preserve the input values and units so the result can be audited and recalculated.
Alternative or Complementary measurements
Interpret the value with the underlying vital signs and measurement method. Direct clinical assessment, repeat measurements, and related indices such as stroke volume or cardiac index provide context that one summary value cannot.
References
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Cardiac output — Wikipedia contributors
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