Patients who receive artificial heart transplants usually take anti-coagulation medication to minimize such risks. This means that patients either have to avoid too much activity, or risk becoming breathless and exhausted quickly," writes Gizmag. On the outer surface, the synthetic organ is partially made of cow tissue to reduce the likelihood of complications such as blood clots, which are common when fabricated materials come in contact with the blood. "Most other artificial hearts, by contrast, beat at a constant unchanging rate. It quickens or slows the blood flow based on the person's activity. Inside the two-pound mechanical organ is an intricate system of sensors and microprocessors that monitors the body’s internal changes and alters the flow of blood as needed. Thousands of heart implants have been carried out, but Carpentier says the version he developed was the first to fully replicate the self-regulated contractions of a real heart. The study that is starting is being very closely watched in the medical field.” “This heart will allow for more movement and less clotting. “We’ve already seen devices of this type but they had a relatively low autonomy,” Alain Carpentier, inventor and surgeon, told reporters, according to The Telegraph. Unlike similar devices used to keep patients alive until a donor can be identified, the "Carmat" heart is expected to operate continuously for as long as five years while enabling the recipient to resume a normal lifestyle, perhaps even allowing the person to return to work. The patient, so far unnamed, is reportedly recovering at Georges Pompidou European Hospital in Paris, where the 10-hour long operation was performed last Wednesday. A 75-year-old Frenchman has just been given the gift of life as a team of surgeons have successfully completed the transplant of a revolutionary artificial heart.
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