Key result
The revised Cleveland Clinic continuous-flow total artificial heart demonstrated reliable performance and acceptable biocompatibility, with hemodynamic parameters within intended ranges.
Why the study?
Based on results from recent chronic in vivo experiments, the continuous-flow total artificial heart required revision to improve biocompatibility.
The revised Cleveland Clinic continuous-flow total artificial heart demonstrates reliable performance and acceptable biocompatibility in preclinical testing, supporting its continued development.
Cleveland Clinic's continuous-flow total artificial heart (CFTAH) is being developed at our institution and has demonstrated system reliability and optimal performance. Based on the results from recent chronic in vivo experiments, CFTAH has been revised, especially to improve biocompatibility. The purpose of this article is to report our progress in developing CFTAH. To improve biocompatibility, the right impeller, the pump housing, and the motor were reviewed for design revision. Updated design features were based on computational fluid dynamics analysis and observations from in vitro and in vivo studies. A new version of CFTAH was created, manufactured, and tested. All hemodynamic and pump-related parameters were observed and found to be within the intended ranges, and the new CFTAH yielded acceptable biocompatibility. Cleveland Clinic's continuous-flow total artificial heart has demonstrated reliable performance, and has shown satisfactory progress in its development.
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Kuroda et al. (2023) studied this question. Cleveland Clinic continuous-flow total artificial heart (CFTAH) was evaluated on Hemodynamic and pump-related parameters and biocompatibility. The revised Cleveland Clinic continuous-flow total artificial heart demonstrated reliable performance and acceptable biocompatibility, with hemodynamic parameters within intended ranges.
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