Análisis de la app TAVRFinder para 15 de enero

Patients want a physician who is entirely focused on the most important part of their care process - the actual procedure! If someone who has aortic valve stenosis is in need of a TAVR procedure, interventional cardiologists are suddenly hit with more work than imagined, having to do plenty of work before the procedure to ensure the proper TAVR device is chosen and eventually placed in the patient. With multiple manufacturers, and multiple sizes of TAVR device per manufacturer, the selection process is overly complex and requires the full attention of the physician to do the relevant computations. One mistake in these computations could lead to a TAVR being too small for a patient's aortic valve, and slipping out under intense flow.  Thankfully, now there is a solution to this overly complex process - TAVRFinder! TAVRFinder is an app to help interventional cardiologists simplify their transcatheter aortic valve replacement (TAVR) workflow. Input your patient's relevant aortic valve measurements, let the app decide which TAVR devices would be the best fit, and make your selection there. If you've had a convoluted TAVR workflow with messy computations, disorganized patient records, and constant calculator use, TAVRFinder is the app for you. Save time - TAVRFinder eliminates confusion and does the calculations for you, letting you focus on the actual procedure Reduce error - TAVRFinder will do the math for you, and will push alerts if it detects problems with your selected TAVR device Stay organized - TAVRFinder's easy to use UI presents your patients to you clearly, allowing you to edit patient measurements and mark procedures as complete Ditch your old-fashioned methods and rely on TAVRFinder to do the easy work for you, so you can focus on providing the best care possible! TAVRFinder collects NO PHI and is completely HIPAA compliant. All aortic valve measurements are stored only on the device - the app has no internet functionality. No names, or relevant patient dates are recorded.