“The First Pulseless Artificial Heart”

In a groundbreaking leap for medical technology, surgeons at the Texas Heart Institute have created an artificial heart that defies convention. Unlike traditional hearts, which rely on rhythmic beats to pump blood, this revolutionary heart operates without a pulse. Instead, it uses two centrifugal pumps with spinning rotors, which create a continuous, smooth flow of blood throughout the body—transforming the way we understand heart function.

The first patient to receive this cutting-edge device was Craig Lewis, a man battling amyloidosis, a disease that causes the buildup of abnormal proteins in the organs. Despite his severe illness, Craig lived for over a month with the pulseless heart. His death came not because of the device, but as a result of his underlying condition—solid proof that this innovative heart could extend lives in ways previously thought impossible.

Doctors believe this pulseless heart could outlast traditional artificial hearts, offering hope for those in need of heart transplants, and potentially saving countless lives in the future. With each beat of progress, the pulseless heart opens a new frontier in life-saving technology, offering a glimpse into a future where hearts no longer beat, but continue to live on—saving lives beyond our expectations.