Showing 10 priority inputs for healthy longevity consult.
Activity reference: Low is under guideline targets, moderate is about guideline range, and high is above that.
Heuristic, evidence-informed estimates derived from mixed sources. Risk shown assumes the current profile remains stable over time. For education only, not diagnosis or treatment decisions.
Side-by-side validated ASCVD estimates.
In G1-G2, CKD diagnosis requires persistent kidney damage markers (for example albuminuria) or structural abnormalities.
PCE uses White-cohort equations for non-Black groups here; calibration may differ by ancestry/population.
PREVENT is using the full model using HbA1c and UACR; SDI is left missing because ZIP/SDI is not captured here.
ESC SCORE2 regional calibration is inferred as moderate-risk Europe here unless a mapped European country is selected; United Kingdom maps to low-risk Europe.
SCORE2-Diabetes uses current age as the diabetes-onset age surrogate here because age at diagnosis is not yet captured on this page.
KFRE is generally used for CKD populations (often eGFR <60 and/or significant albuminuria).
Side-by-side outputs from the currently integrated ASCVD calculators using the inputs on this page.
US primary prevention
PCE uses White-cohort equations for non-Black groups here; calibration may differ by ancestry/population.
US primary prevention
PCE uses White-cohort equations for non-Black groups here; calibration may differ by ancestry/population.
AHA PREVENT primary prevention
PREVENT is using the full model using HbA1c and UACR; SDI is left missing because ZIP/SDI is not captured here.
AHA PREVENT primary prevention
PREVENT is using the full model using HbA1c and UACR; SDI is left missing because ZIP/SDI is not captured here.
AHA PREVENT primary prevention
PREVENT is using the full model using HbA1c and UACR; SDI is left missing because ZIP/SDI is not captured here.
AHA PREVENT primary prevention
PREVENT is using the full model using HbA1c and UACR; SDI is left missing because ZIP/SDI is not captured here.
AHA PREVENT primary prevention
PREVENT is using the full model using HbA1c and UACR; SDI is left missing because ZIP/SDI is not captured here.
AHA PREVENT primary prevention
PREVENT is using the full model using HbA1c and UACR; SDI is left missing because ZIP/SDI is not captured here.
ESC primary prevention (moderate region)
ESC SCORE2 regional calibration is inferred as moderate-risk Europe here unless a mapped European country is selected; United Kingdom maps to low-risk Europe.
ESC older persons (moderate region)
ESC SCORE2 regional calibration is inferred as moderate-risk Europe here unless a mapped European country is selected; United Kingdom maps to low-risk Europe.
ESC diabetes model (moderate region)
ESC SCORE2 regional calibration is inferred as moderate-risk Europe here unless a mapped European country is selected; United Kingdom maps to low-risk Europe.
SCORE2-Diabetes uses current age as the diabetes-onset age surrogate here because age at diagnosis is not yet captured on this page.
Broad heart attack/ischemic vascular proxy driven mainly by age, blood pressure, lipids, smoking, and glucose-related risk.
Exploratory stroke risk estimate weighted strongly by age, blood pressure, smoking, and diabetes-related risk.
Risk of developing heart failure, influenced by age, blood pressure, BMI, glucose status, and kidney function.
Estimated type 2 diabetes risk driven most by HbA1c, BMI, family history, and physical activity.
Exploratory chronic lung disease risk estimate where smoking status is the dominant driver, with age also contributing.
Estimated chronic kidney disease risk proxy weighted by kidney function (eGFR), blood pressure, and glucose-related risk.
Age-weighted dementia risk proxy adjusted by activity level, smoking, blood pressure, and metabolic factors.
Exploratory colorectal cancer risk estimate weighted by age, family history, activity, BMI, and alcohol use.
Exploratory lung cancer risk estimate dominated by smoking status and age, with smaller family history effects.
Exploratory chronic liver disease risk estimate weighted by alcohol use, metabolic markers, BMI, and age.