Co-operative Research on Clinical Application and Functional Preservation of Heart and Heart-lung Transplantation

Kaihara研究了多器官共享的信息网络系统，比经典的主框架更适合实现所需的功能，特别是在互联网系统上处理信息的细节。松田研究了移植物的冠状动脉粥样硬化，在移植的头几天是预先设定的。Tabayashi和Isobe报道了ACE抑制剂、血管紧张素II受体拮抗剂、细胞周期基因诱骗和抗黏附分子可预防移植物动脉粥样硬化。Sano研究了温心停跳1小时后的供心功能。Taira报道了透明质酸酶用于增强型心脏停搏液的可行性。小柳研究了新的免疫抑制剂。Kawashima和Nakatani报告了两例内期心肌病病例。他们成功地接受了左心辅助装置的治疗，并在脱机后仍然活着。Fuuse、Takamoto和Nakajima研究了幼猴的非协调性异种心脏移植。Hujimura，Eguchi，Yada对肺保存和免疫抑制治疗进行了实验研究。

Kaihara investigated information Network System for multi organ sharing and more appropriate to implement required features than a classical main frame, especially the details about handling informations on inter net system. Matsuda investigated graft coronary atherosclerosis is preset in the first several days of transplantation. Tabayashi and Isobe reported ACE inhibitor, Angiotensin II receptor antagonist, cell cycle gene decoy and anti adhesion molecule prevent graft atherosclerosis. Sano investigated the donor heart Function harvested after 1 hour of warm cardiac arrest. Taira reported feasibility of hyaluronidase fo rtified cardioplegia. Koyanagi studied new immunosuppressive agent. Kawashima and Nakatani reported two endostage cardiomyopathy cases. They were successfully treated with left ventricular assist device and still alive after weaning of the device. Furuse, Takamoto, Nakajima investigated discordant xenoheart transplantation in infantile monkeys. Hujimura, Eguchi, Yada experimentally investigated lung preservation and immunosuppressive therapy.