Heartpedia vs AHA PALS

Congenital heart defects can be difficult to visualize and explain. Heartpedia, created by Cincinnati Children's Hospital, allows you to interact with 3D models of pediatric heart anomalies and defects. Healthcare providers may use these anatomically-correct models as visual learning tools to help educate patients and families on specific defects and repairs. Heartpedia may also be helpful to patients and families who want to learn more on their own or to share the details of a defect with concerned friends and family. Cincinnati Children’s believes that supplying the right information and tools ultimately results in the highest level of care and the best outcomes. FEATURES Explore what a normal, defective and repaired heart looks like for these anomalies and defects: •Tetralogy of Fallot •Coarctation of the Aorta •Hypoplastic Left Heart Syndrome •Transposition of the Great Arteries •Ventricular Septal Defect •Patent Ductus Arteriosus •Atrioventricular Septal Defect •Atrial Septal Defect •Ebstein’s Anomaly Discover each defect through the following interactions: •Toggle between normal, defect and repair views •View exterior and various interior heart planes / slices •Pan, rotate and zoom •Watch video animation with audio description of each defect and repair •See labels of key heart structures •Read a detailed description of the defect ABOUT CINCINNATI CHILDREN'S HOSPITAL MEDICAL CENTER As one of the top three pediatric hospitals in the United States, Cincinnati Children’s Hospital Medical Center is dedicated to improving child health locally, nationally and internationally. We relentlessly focus on improving outcomes, enhancing patient and family experience, and providing the best value for every visitor. Heartpedia was developed by Cincinnati Children’s Heart Institute in collaboration with the Cincinnati Children’s Critical Care Media Lab. The Heart Institute is a worldwide leader in clinical cardiology care and research. We are transforming pediatric cardiac care with a first-of-its-kind bridge between research and clinical care. Our family resources and services are designed to ease the stress of hospital stays, clearly explain procedures, and provide comfort and hope in the face of a life-altering diagnosis.

We continue to iterate based on real-time clinician feedback so that you will have the best experience providing life-saving care at the bedside. The AHA PALS app was developed by Harvard-trained physicians, in collaboration with the American Heart Association (AHA), to help fellow physicians, physician assistants, nurse practitioners, and emergency medical technicians (EMT) deliver the highest level of pediatric advanced life support (PALS) at the point-of-care. This project was inspired by the tremendous success of our AHA ACLS app, which has thousands of clinician users in over 180 countries. Importantly, real-time feedback from our clinician users continuously drives improvements in app design, features, and function. AHA PALS is the only app to have all content vetted by both the American Heart Association (AHA) science team (with license to use PALS content) and practicing Harvard-affiliated physicians. We owe it to our patients to use the best digital health tools to give them the highest chance of surviving acute life-threatening illnesses. To this end, we have developed an intuitive and rigorously vetted mobile app to assist healthcare clinicians—at any stage of training—navigate PALS at the bedside. You can purchase a yearly subscription which begins with a 3-day free trial. After completing the free trial, you will be charged for an annual subscription automatically. Features: - Intuitive design to rapidly access PALS pathways (i.e. cardiac arrest , tachycardia with pulse, bradycardia with pulse, post cardiac arrest care, and critical care references) - Includes all PALS content including drug therapy and dosing, reversible causes, etc. - Easy-to-read timers and ability to log rounds of CPR, epinephrine, and defibrillations. There are additional functionalities to log PALS Cardiac Arrest interventions beyond EPI, CPR , and shocks such as lidocaine and more. - We also added a new metronome feature to improve compression accuracy as well as a ROSC button. - Button within cardiac arrest algorithm that allows for rapid transition to post cardiac arrest care checklist once patient achieves ROSC - Relevant critical care references: (1) drugs used in PALS (i.e., medication names, indications, and doses); (2) vital signs in children; (3) pediatric color-coded length-based resuscitation tape (adapted from Breslow tape) ; (4) pediatric Glasgow Coma Scale - All content rigorously vetted by AHA science team and practicing Harvard-affiliated physicians - Regularly updated with the most up-to-date PALS content