Arabia M, Franconi C, Guerrisi M, Magrini A, Yamamoto N, Vakamudi A, Drummond M, Akutsu T
Trans Am Soc Artif Intern Organs. 1980;26:60-5.
Cardiovascular regulatory mechanisms are implemented by means of a very complex control system involving neural, humoral, and mechanical agents. The state of the art in TAH today reveals that we have passed a stage where we can be satisfied with a 6 or 9 mo survival. Development and implementation of a versatile control theory must be another milestone before a TAH can really serve the prospective patient population requiring such a device. This study reveals the vital role and merits as well as the feasibility of incorporating such a control theory into the device.
心血管调节机制是通过一个非常复杂的控制系统来实现的，该系统涉及神经、体液和机械因素。如今全人工心脏的发展现状表明，我们已经走过了一个满足于6个月或9个月生存率的阶段。在全人工心脏能够真正服务于需要这种装置的潜在患者群体之前，通用控制理论的发展和应用必须是另一个里程碑。这项研究揭示了这种控制理论在该装置中的重要作用、优点以及可行性。
