A computer tool for cardiovascular risk estimation according to Framingham and SCORE equations

Area of Science:

• Cardiology
• Medical Informatics
• Public Health

Background:

• Current cardiovascular risk estimation relies on distinct models like Framingham and SCORE.
• These models use mathematical approaches incorporating various risk factors for morbidity and mortality.
• Discrepancies in risk assessment criteria can impact clinical decisions.

Purpose of the Study:

• To develop a unified measurement system integrating Framingham and SCORE cardiovascular risk models.
• To enable global cardiovascular risk estimation within patient cohorts.
• To address the need for standardization in cardiovascular risk calculation tools.

Main Methods:

• A cohort of 50 patients aged below 30 or above 75 was studied.
• Equations strictly adhered to original publications for Framingham and SCORE methods.
• Reliability and validity were tested against online calculation programs using Dice index and distance metrics.

Main Results:

• The developed application demonstrated reliability and validity in cardiovascular risk assessment.
• Significant differences were observed in the criteria used by various risk calculation tools.
• The study highlighted the need for comparing and standardizing risk assessment criteria.

Conclusions:

• A computer tool was validated for simultaneous calculation of cardiovascular disease probability.
• The tool integrates Framingham-Anderson, Framingham-Wilson, Regicor, Dorica, and SCORE methods.
• This standardization ensures correct management of different risk categories in clinical practice.