EBMcalc Pediatrics vs iVentilate

EBMcalc Pediatrics EBMcalc has been the most popular and comprehensive Medical Calculator system on the web for the last 25 years. We are very excited to announce that our new iPhone version for Pediatrics is now available in the App Store! EBMcalc users should not make any medical decisions based on app content without seeking their doctor's advice. As a trusted resource EBMcalc has been integrated into many prestigious websites for Medical Education, Medical Literature, Pharmacology, Nursing and more. Now you can put this invaluable resource in the palm of your hand! EBMcalc Pediatrics is a native iPhone app that mirrors all the Pediatric content in our web resource http://EBMcalc.com Essential Pediatrics equations included: A-a Gradient and Ratio Blood Pressure Percentiles including the 2017 AAP Standard Body Mass Index Percentiles Dose Adjustment for Body Surface Area Gestational Age from Estimated Date of Delivery (EDD) Glomerular Filtration Rate Estimate by Schwartz Formula Height for Age Percentiles Height Potential Prediction by Mid-parental Height Infant Head Circumference for Age Percentiles Infant Length for Age Percentiles Infant Weight for Age Percentiles Infant Weight for Length Percentiles Maintenance Fluid Calculation Oxygenation Index (OI) PELD Score for End-Stage Liver Disease PFT Predicted Values Pregnancy Gestation by LMP and Ultrasound Biometry Urinary Protein Excretion Estimation Weight for Age Percentiles Weight for Height Percentiles WHO Assessment of Malnutrition 0 to 2 Years Old WHO Assessment of Malnutrition 2 to 5 years Old Z Score to Percentile Estimation Clinical criteria sets and decision trees included: Acetaminophen Toxicity Assessment Apgar Score Arrhythmogenic Right Ventricular Dysplasia Diagnostic Criteria Bacterial Meningitis Score Ehlers-Danlos Syndrome IV Criteria ELBW Infant Prognosis Prediction Jones Criteria Kawasaki Disease Criteria Mycoplasma Pneumoniae Prediction Newborn Hyperbilirubinemia Assessment Septic Arthritis Prediction in Pediatric Hip Pain Syndrome Sore Throat Evaluation and Treatment Criteria (McIsaac) Decision trees included: Arterial Blood Gas Interpretation Asthma Hospitalization One Year Risk Mycoplasma Pneumoniae Prediction Rabies Post Exposure Prophylaxis Smallpox Risk Assessment (CDC version 1.0, 2002) Unit and dose converters included: Corticosteroid Medication Dosing Conversions Flow Unit Conversions Length Unit Conversions Pressure Unit Conversions Temperature Unit Conversions Time Unit Conversions Volume Unit Conversions Weight Unit Conversions To practice, teach and learn medicine based on solid, literature based evidence, EBMcalc Pediatrics provides easy to use, interactive tools for your Evidence-Based Medicine.

This application offers healthcare professionals and medical students a comprehensive understanding of mechanical ventilation, enhancing their knowledge of patient–ventilator interactions. iVentilate provides a calculator to explore key medical formulas, accompanied by detailed explanations of their underlying principles. The application covers common clinical conditions, including acute respiratory distress syndrome (ARDS), obstructive syndrome, and restrictive syndrome. Pathological cases are illustrated through ventilator screenshots, ranging from basic to advanced interpretation (over 60 screenshots). These annotated visuals help clarify complex concepts and facilitate learning. Major scientific studies are referenced to support the content. Each case is linked to relevant PubMed studies and accompanied by video tutorials. Important Notice: This application is intended for educational and informational purposes only. It is not a medical device and must not be used for clinical decision-making, diagnosis, treatment, or patient management. These tools are designed solely to support learning and understanding of medical concepts and must not be used in real clinical situations. This content was created and compiled by H. Rozé, MD, PhD, former head of the Thoracic Intensive Care Unit at Bordeaux University Hospital (France). With over a decade of experience in intensive care and mechanical ventilation, he has contributed to numerous scientific publications. He co-developed, with Rémi Dubois, PhD, the SimVA virtual simulator for educational purposes (www.sim-va.com)