​🫀 A precise PHP API for the AHA 2023 PREVENT™ Equations to estimate 10-year CVD, ASCVD & Heart Failure risks. | وب‌سرویس مستقل PHP برای محاسبه دقیق ریسک بیماری‌های قلبی بر اساس معادلات انجمن قلب آمریکا.

XGBoost + SHAP hypertension risk screener trained on Ghana & Benin DHS data. Non-invasive. Explainable. Built for West Africa.

Reproducible QRISK3 10-year cardiovascular risk computation pipeline using UK Biobank Instance 1 baseline data.

Pipeline supervisionado para predição de risco cardiovascular com dados clínicos estruturados, engenharia de atributos, validação de modelos, interpretabilidade, métricas preditivas, inferência automatizada e aplicação interativa.

Calculadora de risco cardiovascular PREVENT™ (AHA 2024) em um único arquivo HTML — risco 10 e 30 anos, modelos com RAC/HbA1c e conversor CKD-EPI 2021. Validada contra a calculadora oficial da AHA.

Cardiovascular risk tool for adults 60-69. Predicts lipid profile from clinical and lifestyle data. Static web app with bilingual support. / Herramienta de riesgo cardiovascular para adultos 60-69. Predice perfil lipídico desde datos clínicos y estilo de vida. App web estática con soporte bilingüe.

A Streamlit analytics dashboard that explores cardiovascular risk patterns using the UCI Cleveland Heart Disease dataset. This project includes data cleaning, exploratory analysis, machine learning classification, risk scoring, generated reports, and automated tests.

ML-based heart disease risk prediction with explainability (SHAP) and Streamlit demo

Analysis code for Bao et al., NTR-2026-092: smoking, aging, and the gut microbiome (secondary analysis of the Guangdong Gut Microbiome Project)

Cardiovascular disease risk prediction API built with FastAPI, SQLite and Scikit-learn including ML pipeline, model deployment and automated testing.

Evaluation of missing data imputation strategies for cardiovascular risk prediction using MIMIC-IV electronic health records and the AHA PREVENT equation.

AI/ML computational biomedical portfolio covering neurological signal analytics, retinal-image cardiovascular risk prediction, and DNA sequence-based gene expression modeling.