Key result
In vitro testing of the Helmholtz Total Artificial Heart Labtype demonstrated the feasibility of the new gear unit concept for an electromechanical artificial heart.
Population
In vitro circulatory mock loops simulating physiological preload and afterload conditions
Design
Preclinical
Authors
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Supports early electromechanical TAH development; leaves open in vivo performance and clinical translation.
The Helmholtz Total Artificial Heart Labtype demonstrates in vitro feasibility, paving the way for future in vivo testing of this new electromechanical design.
Kaufmann et al. (1994) studied this question. Helmholtz Total Artificial Heart Labtype was evaluated on In vitro pressure and flow generation, motor performance, efficiency, and energy consumption. In vitro testing of the Helmholtz Total Artificial Heart Labtype demonstrated the feasibility of the new gear unit concept for an electromechanical artificial heart.
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