Company Filing History:
Years Active: 2015
Title: Innovations in Cardiac Simulation: The Invention of David John Florella
Introduction
David John Florella, an accomplished inventor based in East Setauket, NY, holds a notable patent for a groundbreaking cardiac simulation device. His invention addresses the critical need for accurate training and medical device testing, providing a tool that effectively simulates both normal and diseased cardiac functioning.
Latest Patents
Florella's patent describes a sophisticated device and system designed to replicate human heart conditions through an anatomically accurate left cardiac simulator. This innovative system uses pneumatically pressurized chambers to produce contractions in the ventricle and atrium. With the integration of synthetic mitral and aortic valves, the device generates realistic pumping actions that yield accurate volume fractions and pressure gradients, closely mimicking the operation of a human heart. The device allows for precise control over air pressure, fluidic pressure, and heart rate via a remote handheld electronic controller and manual adjustments. This technological advancement enables users to simulate a wide range of heart conditions, from normal functioning to severe pathologies.
Career Highlights
Currently, Florella is associated with Vascular Simulations Inc., a company dedicated to advancing medical simulation technologies. His work reflects a commitment to enhancing medical training through innovative solutions that improve understanding and treatment outcomes in cardiology.
Collaborations
Throughout his career, Florella has collaborated with notable peers, including David Jeffrey Carson and Baruch B. Lieber. These collaborations have contributed to his innovative work and have further established his reputation within the field of medical simulations.
Conclusion
David John Florella's contributions to cardiac simulation represent a significant advancement in medical technology. His inventive spirit and dedication to improving training for healthcare professionals through realistic simulations continue to pave the way for better cardiac care and understanding.