Cardiac Assist Devices is a Mechanical Pump that Helps People with Weaker Hearts Maintain Heart Function and Blood Flow

Cardiac Assist Devices
Cardiac Assist Devices

Cardiac Assist Devices are mechanical pumps that help the heart pump more efficiently and keep blood flowing freely throughout the body. When oral drugs fail to help a patient survive congestive heart failure, CAD is employed. Cardiac failure is caused mostly by the weakening of heart muscles, which reduces the heart's ability to provide adequate blood circulation throughout the body.

In such circumstances, the heart can be donated to the suffering patient; however, due to rapid advancements in healthcare, the number of donors for heart transplantation is decreasing, extending the life span of some patients. As a result, demand for Cardiac Assist Devices is increasing, generating an even more favorable environment for the market's expansion. Furthermore, rapid technological improvements, as well as an increase in the number of cardiac surgeries among heart patients, are driving the expansion of the CAD market.

The growing elderly population, rising prevalence of heart failure, and increased acceptance of Cardiac Assist Devices are all driving the market for CAD. Depending on the severity of the condition and the patient's need, these devices are also utilized as a BTT (Bridge-To-Transplantation), BTR (Bridge-To-Recovery), and/or DT (Destination Therapy). In the near future, technological advancements such as minimally invasive procedures and increased efficiency are likely to fuel market expansion. Alternative treatments, such as the implantation of an artificial pacemaker, offer a challenge to the market for CAD.

The Cardiac Assist Devices may be implanted in the thoracic or abdominal cavities, although these implantable devices can only support the left ventricle at this time. Adult patients are also the only ones who can benefit from implantable pumps. If biventricular cardiac help is required, or if the patient's body size prevents implantation, a paracorporeal ventricular assist device must be utilized, which is located outside the body and connected to the heart via cannulae.

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