The Smart Implantable Pulse Generator Strengthens Weak Hearts
Justin Lam — December 7, 2018 — Tech
References: impulse-dynamics & digitaltrends
Created by German-based Impulse Dynamics, the Optimizer Smart Implantable Pulse Generator is a medical device that uses high-energy pulses to boost failing heart muscle tissue. Unlike pacemakers, which regulate slow heart rates, this device is intended to increase the strength of a heart through a technique referred to as cardiac contractility modulation (CCM) therapy. Essentially, the Pulse Generator boosts the performance, strength, and pumping ability of weakened heart chambers to hopefully save lives.
While the Pulse Generator has been available in Europe for some time, the device only recently received approval in the US by the FDA. Analysis of the device in Europe has shown the gadgets ability to reduce heart-related hospitalizations by around 75 percent and has showcased sustained improvements in quality of life.
While the Pulse Generator has been available in Europe for some time, the device only recently received approval in the US by the FDA. Analysis of the device in Europe has shown the gadgets ability to reduce heart-related hospitalizations by around 75 percent and has showcased sustained improvements in quality of life.
Trend Themes
1. Implantable Medical Devices - The development and creation of new implantable medical devices that improve the quality of life of patients with chronic health conditions, such as heart failure.
2. Cardiac Contractility Modulation Therapy - The advancement of cardiac contractility modulation therapy as a treatment option for patients with weakened heart chambers, opening up opportunities for innovation in this field.
3. Remote Patient Monitoring - The integration of remote patient monitoring technology with implantable medical devices such as the Smart Implantable Pulse Generator, to allow doctors to monitor patient health and adjust treatment plans accordingly.
Industry Implications
1. Medical Devices - The medical device industry could develop new and innovative implantable devices that improve the efficiency of patient treatment.
2. Healthcare Technology - The development of healthcare technology and its integration with medical devices opens up opportunities for remote patient monitoring and telehealth services.
3. Cardiology - The field of cardiology can explore new forms of treatment such as cardiac contractility modulation therapy, to address the increasing prevalence of heart failure and heart-related illnesses.
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