Hayashi S, Koike C, Isobe K, Yokoyama I, Takagi H
Department of Surgery II, Nagoya University School of Medicine.
Nihon Rinsho. 1994 Sep;52(9):2492-503.
For the success of xenotransplantation, hyperacute rejection must be controlled. Hyperacute rejection is induced by the activation of complement system via alternative pathway and/or classical pathway. Complement regulatory factors can inhibit activation of complement system via the both pathways. To overcome hyperacute rejection in organ xenotransplantation, gene engineering in the establishment of xeno-endothelial cells and transgenic animals (mouse and pig) using human complement regulatory factors are studied. In the near future, transgenic pig using human complement regulatory factor genes can be used as a potential donor in organ xenotransplantation.
为了实现异种移植的成功,必须控制超急性排斥反应。超急性排斥反应是通过替代途径和/或经典途径激活补体系统而诱发的。补体调节因子可通过这两种途径抑制补体系统的激活。为了克服器官异种移植中的超急性排斥反应,正在研究利用人类补体调节因子建立异种内皮细胞和转基因动物(小鼠和猪)的基因工程。在不久的将来,使用人类补体调节因子基因的转基因猪可作为器官异种移植的潜在供体。