Calculate GFR using serum creatinine with the Schwartz formula for children under 18 or CKD-EPI, MDRD, and Cockcroft formulas for adults. Provide explanations of each formula, guidance on addressing low GFR, and information on associated risks.
by Christian Schramm★ 4.84 ratingsMedicalFreeData updated 2026-09-09
The app provides guidance on clinical problems from Harrison's Principles of Internal Medicine. It includes quick reference tables, diagnostic guidelines, and treatment recommendations for common diseases and conditions.
Access references, imaging protocols, and common findings. Search for conditions, view imaging examples, and compare normal vs. abnormal findings. Set favorite studies and bookmark key resources for quick access.
Track blood pressure, blood sugar, and cholesterol levels. Log food intake and exercise routines. Set reminders for medication and checks. Monitor waist measurements and triglyceride levels. Provide personalized nutrition advice based on data.
Store and access records such as patient information, emergency contacts, allergies, medications, prescriptions, and insurance details. Log test results like blood pressure and glucose levels.
Cardiovascular risk assessment and decision support.
The app supports cardiovascular disease risk assessment by unifying two prevention tools. It calculates risk estimates using the 2013 ACC/AHA Pooled Cohort Equations and the American Heart Association’s PREVENT™ Calculator.
Access rheumatology for treatment decisions. Use interactive tools like algorithms and calculators. Search for content using keywords. View full guideline texts and score tools.
Access clinical guidelines and algorithms from AAFP, AHA, ACC, KDIGO, SCCT, IDSA, and others. Customize institutional algorithms based on workflows and formularies. Integrate with electronic health records.
Medical "Calculate medical formulas, scores, and classifications. Access a subset of formulas for free. Unlock over 300 formulas via in- purchase. View detailed results and reference guidelines."
Calculate using multiple formulas including Bazett's, Fridericia's, Framingham's, Hodges's, Goto's, Mayeda's, Kawataki's, Rautaharju's a and b. Input heart rate or RR interval and QT length to get results. Estimate QT based on heart rate.