Check Out – World’s first heart made from Titanium keeps a man alive
The end-stage heart failure patient received the device without any problems, and it worked well for eight days until a donor heart became available.
Real-life Iron Man: World’s first heart made from Titanium keeps a man alive
A titanium heart sustained the life of a 58-year-old man in the United States, just as Iron Man’s palladium-powered arc reactor did. The American received a state-of-the-art artificial heart, making history as the first person in history to do so. The titanium blood pump, created by the medical technology startup BiVACOR, is intended to completely replace the capabilities of a failing human heart. A major divergence from conventional artificial heart designs can be seen in the BiVACOR Total Artificial Heart (TAH).
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In contrast to its predecessors, the TAH does not simulate an actual heartbeat. Rather, it uses a single magnetically levitating rotor to circulate blood throughout the body, including the lungs. This creative design makes the gadget more robust and small by doing away with the requirement for flexible chambers or pumping diaphragms.
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BiVACOR’s founder, Daniel Timms, acknowledged his delight in this accomplishment by saying, “I am so happy to see our TAH successfully implanted in a human being. Without the bravery of our first patient and their family, the commitment of our staff, and our knowledgeable partners at The Texas Heart Institute, this accomplishment would not have been feasible.”
The ten-year development process came to an end with the implantation, which happened at the Texas Heart Institute at Baylor St. Luke’s Medical Center. The end-stage heart failure patient received the device without any problems, and it worked well for eight days until a donor heart became available.
When compared to current artificial hearts, the BiVACOR TAH has a number of benefits. Because of its small size—roughly the size of a fist—it may be used by a greater variety of patients, including the majority of men and women. The titanium construction of the gadget, which resists corrosion, and the magnetically levitated rotor, which eliminates mechanical wear, add to its durability. This discovery is timely because there is a much greater need for heart transplants than there are available donor organs. Since there are less than 6,000 heart transplants carried out globally each year, artificial hearts are essential to prolonging and enhancing the lives of those who are waiting for transplants. In 2024, BiVACOR is permitted by the FDA to implant its TAH in a maximum of five patients suffering from end-stage heart failure.
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