Artificial_Heart


The AbioCor TAH is completely contained inside the chest. A battery powers this TAH. The battery is charged through the skin with a special magnetic charger.
Energy from the external charger reaches the internal battery through an energy transfer device called transcutaneous energy transmission, or TET.
An implanted TET device is connected to the implanted battery. An external TET coil is connected to the external charger. Also, an implanted controller monitors and controls the pumping speed of the heart.


Normal Heart and AbioCor Total Artificial Heart

Figure A shows the normal structure and location of the heart. Figure B shows an AbioCor TAH and the internal devices that control how it works.
Figure A shows the normal structure and location of the heart. Figure B shows an AbioCor TAH and the internal devices that control how it works.


Outlook

A TAH usually extends life for months beyond what is expected with end-stage heart failure. If you're waiting for a heart transplant, a TAH can keep you alive while you wait for a donor heart. A TAH also can improve your quality of life. However, a TAH is a very complex device. It's challenging for surgeons to implant, and it can cause complications.
Currently, TAHs are used only in a small number of people. Researchers are working to make even better TAHs that will allow people to live longer and have fewer complications.

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