Printed on 4/19/2026
For informational purposes only. This is not medical advice.
The Revised Geneva Score is an objective clinical prediction rule for suspected pulmonary embolism. It stratifies patients into low, intermediate, or high probability groups using standardized variables without subjective gestalt criteria.
Formula: Revised Geneva = sum of objective PE risk criteria (score range 0-26).
The Revised Geneva Score is a validated objective model for PE pretest probability stratification.
The Revised Geneva result estimates PE probability before imaging. Low scores generally support D-dimer-first strategies, while high scores typically warrant direct imaging.
It is a pathway tool and should be interpreted with symptoms, hemodynamics, and clinical context.
Use Revised Geneva in adults with suspected pulmonary embolism when you need an objective pretest probability framework to guide D-dimer versus direct imaging decisions.
It is particularly useful where standardized, reproducible scoring is preferred across teams.
Revised Geneva does not include clinician gestalt and may underperform in atypical presentations. It should not delay urgent imaging in unstable patients.
As with other pretest scores, accuracy depends on correct data capture and appropriate pathway selection.
For related assessments, see Wells Score (PE), YEARS Algorithm and Age-Adjusted D-dimer.
Disclaimer: This tool is for educational and informational purposes only. It is not a substitute for professional medical advice, diagnosis, or treatment. Always consult a qualified healthcare provider with questions about your health.
Calculate Wells Score for PE to estimate pretest probability and guide D-dimer testing versus direct CTPA for pulmonary embolism workup.
EmergencyApply the YEARS algorithm with D-dimer to determine whether pulmonary embolism can be ruled out without CTPA.
EmergencyCalculate age-adjusted D-dimer cutoffs to improve specificity in PE/DVT rule-out pathways for older adults.
EmergencyCalculate sPESI to estimate 30-day mortality risk in confirmed pulmonary embolism and support disposition decisions.