This service introduces basic echocardiography principles for health professionals. It allows users to view the mitral valve from various angles and perspectives, aiding in daily practice mastery.
Mitral View by Henri 8





24+ similar apps compared and reviewed
TAVI Heart Team App is great, but it's not the only option. Explore 24+ similar apps for iPhone and iPad, each reviewed and rated by real users. Find free alternatives, premium upgrades, and hidden gems.





This service introduces basic echocardiography principles for health professionals. It allows users to view the mitral valve from various angles and perspectives, aiding in daily practice mastery.





This app provides clinicians with instant guidance on valve-in-valve procedures, simplifying case planning and execution. It offers detailed information on surgical valves, rings, and TAVR valve designs, helping users select the correct valve size and placement for improved patient outcomes. The resource is available offline for quick access to critical data.





This app provides clinicians with quick, clear, and concise information on heart valves and Valve in Valve therapy. It guides users through surgical and TAVR valve design, helping to plan and perform procedures by identifying surgical valves, selecting correct TAVR valve sizes, and determining optimal placement. The app offers offline access to vital information, enhancing understanding and improving patient outcomes.








This app provides a quick reference for normal physiological ranges in children, including heart rate, respiratory rate, blood pressure, and GCS. It features Apple Watch support for convenient access and displays data in both portrait and landscape modes for easy readability.


This medical reference app offers quick access to current echocardiography values and protocols. Its clean interface provides essential information for healthcare professionals on smartphones and tablets.




This medical tool assists heart transplant surgeons and physicians in accurately calculating donor-recipient size mismatches. It uses equations based on cardiac MRI studies to predict heart mass, helping to identify pairs at higher risk of complications and inform organ selection decisions.