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This study introduces a computer program to calculate functional work capacity and age using the Bruce Treadmill Protocol. This tool efficiently assesses exercise capability and patient functional status.

Area of Science:

Exercise Physiology
Cardiopulmonary Assessment
Biomedical Computing

Background:

Exercise testing is crucial for evaluating work capacity and functional ability.
The Bruce Treadmill Protocol is a widely used non-invasive test.
Assessing functional status efficiently is important in clinical settings.

Purpose of the Study:

To present a BASIC computer program for determining functional work capacity and functional age.
To utilize data from the Bruce Treadmill incremental exercise test.
To provide a tool for efficient assessment of exercise capability.

Main Methods:

Development of a computer program in BASIC.
Input data: minutes completed during a Bruce Treadmill test.

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Output: calculation of functional work capacity and functional age.

Main Results:

The program determines functional work capacity and functional age.
Results are presented in both tabular and graphical formats.
Demonstrates efficient determination of exercise capability.

Conclusions:

The Bruce Treadmill Protocol combined with this program offers an efficient method for assessing patient exercise capability.
The computer program aids in determining functional status and functional age.
Enhances the utility of exercise testing in clinical practice.