The Cardiovascular Risk Progression Dataset is a structured clinical dataset designed for cardiovascular disease risk prediction, progression modeling, and medical analytics research. It captures patient-level health indicators and risk factors used in cardiovascular risk assessment frameworks. The dataset is optimized for predictive modeling and clinical decision support research.
| Name | Type | Nullable | Description |
|---|---|---|---|
| Age | integer | No | |
| Gender | categorical | No | |
| Blood_Pressure | float | Yes | |
| Cholesterol | float | Yes | |
| Glucose | float | Yes | |
| BMI | float | Yes | |
| Smoking_Status | categorical | Yes | |
| Physical_Activity | categorical | Yes | |
| Family_History | categorical | Yes | |
| Risk_Class | categorical | Yes |
This dataset contains structured clinical and demographic attributes commonly used in cardiovascular risk assessment including age, gender, blood pressure, cholesterol levels, glucose levels, body mass index (BMI), smoking status, physical activity level, family history of cardiovascular disease, and risk classification outcomes. The dataset has been processed through a structured exploratory data analysis workflow including duplicate removal, missing value treatment, categorical normalization, and numeric range validation of clinical indicators. Outlier detection was applied to identify unrealistic medical values. The final dataset is exported in a structured CSV format optimized for clinical machine learning, risk modeling, and healthcare analytics.
The dataset is organized in a normalized tabular format with consistent column naming and validated numeric data types. Duplicate records have been removed to maintain analytical integrity. Numeric clinical indicators such as blood pressure, cholesterol, and BMI underwent statistical range validation to eliminate unrealistic medical values. Categorical attributes such as smoking status, physical activity, and risk classification have been standardized for consistent representation. The dataset is analytics-ready and supports classification, regression, and predictive modeling workflows.
This dataset can be used for cardiovascular risk prediction modeling, disease progression analysis, and clinical decision support research. Data scientists can build classification models to predict high-risk patients based on lifestyle and medical attributes. Researchers can analyze the relationship between lifestyle indicators and cardiovascular outcomes. Healthcare organizations can use it for preventive health analytics, population risk stratification, and policy modeling. It is also suitable for academic research and machine learning education.
The dataset is community-sourced and may not represent officially audited clinical trial datasets. It captures structured indicators but does not include comprehensive clinical history or imaging data. Geographic coverage and demographic representativeness may be limited. The dataset is intended for analytical and research purposes only and should not be used for direct medical diagnosis or treatment decisions.
The dataset was prepared using a structured validation and normalization framework including schema standardization, duplicate removal, missing value assessment, numeric range validation of clinical indicators, and categorical normalization of lifestyle and risk attributes. Statistical anomaly detection techniques were applied to identify unrealistic medical values. Sensitive identifiers were excluded to maintain compliance with healthcare privacy considerations. The final dataset was exported in UTF-8 encoded CSV format to ensure compatibility with healthcare analytics tools, machine learning libraries, and business intelligence platforms.
License: CC BY 4.0 — This dataset is licensed for use by the purchasing entity. Refer to the specific license terms for permitted use.
Access Control: Download links are time-limited and single-use. All access is logged for audit purposes.