The totally artificial heart (TAH) is among the most prominent medical innovations of the 21st century, espe-cially due to the increasing population with end-stage heart failure. The progressive course of the disease, its resistance to conventional therapy, and the scarcity of hearts available for transplantation were the prime im-petus for developing a TAH, especially when other options of mechanical circulatory assist devices are exhaust-ed. In this review, we narrate the history of TAH, give an overview of its technology, and address the pros and cons of the currently available TAH models in light of published clinical experience
The human heart is one of the most vital organs in the body. It distributes blood throughout the bod...
Objectives: To analyse experience with the CardioWest total artificial heart (CW TAH) which provides...
OBJECTIVES: The total artificial heart (TAH) helps to counteract the current decrease in heart donor...
Due to shortages in donor organ availability, advanced heart-failure patients are at high risk of fu...
Many patients with end-stage heart disease die because of the scarcity of donor hearts. A total arti...
Heart failure (HF) affects an estimated 5.8 million Americans, accounting for near 250,000 deaths ea...
There are limited therapeutic options for final treatment of end-stage heart failure. Among them, im...
Artificial heart transplant machines now provide viable treatment options for heart failure. The sho...
Everyone knows heart is a vital organ. Your heart is the engine inside your body that keeps everythi...
This paper reviews the current status and future perspectives of the artificial heart research that ...
As the number of potential heart donors remains constant and the number of potential recipients cont...
ment of mechanical circulatory support devices (for example, ventricular assist devices, aortic coun...
Biological heart is like an engine inside the body that keeps everything running. In a day, heart pu...
Heart failure is a serious cause of morbidity and mortality with many patients ultimately requiring ...
The first mechanical heart was placed by Liotta and Cooley in 1969 in a dying patient at the Texas H...
The human heart is one of the most vital organs in the body. It distributes blood throughout the bod...
Objectives: To analyse experience with the CardioWest total artificial heart (CW TAH) which provides...
OBJECTIVES: The total artificial heart (TAH) helps to counteract the current decrease in heart donor...
Due to shortages in donor organ availability, advanced heart-failure patients are at high risk of fu...
Many patients with end-stage heart disease die because of the scarcity of donor hearts. A total arti...
Heart failure (HF) affects an estimated 5.8 million Americans, accounting for near 250,000 deaths ea...
There are limited therapeutic options for final treatment of end-stage heart failure. Among them, im...
Artificial heart transplant machines now provide viable treatment options for heart failure. The sho...
Everyone knows heart is a vital organ. Your heart is the engine inside your body that keeps everythi...
This paper reviews the current status and future perspectives of the artificial heart research that ...
As the number of potential heart donors remains constant and the number of potential recipients cont...
ment of mechanical circulatory support devices (for example, ventricular assist devices, aortic coun...
Biological heart is like an engine inside the body that keeps everything running. In a day, heart pu...
Heart failure is a serious cause of morbidity and mortality with many patients ultimately requiring ...
The first mechanical heart was placed by Liotta and Cooley in 1969 in a dying patient at the Texas H...
The human heart is one of the most vital organs in the body. It distributes blood throughout the bod...
Objectives: To analyse experience with the CardioWest total artificial heart (CW TAH) which provides...
OBJECTIVES: The total artificial heart (TAH) helps to counteract the current decrease in heart donor...