hyperacute rejection

Conclusion : GHI could inhibit not only the PEC activation in hyperacute rejection , but also the function of NK cells in delayed xenograft rejection .

结论：甘黄注射液不仅可抑制超急性排斥反应中血清对内皮细胞激活作用，而且可抑制延迟性排斥反应中NK细胞的作用。

However , organ transplantation from pig to non-human primates results in a series of immunological rejections to the xenografts , in which hyperacute rejection ( HAR ) is the primary immunological obstacle .

以猪做供体向灵长类进行异种移植时存在一系列排斥反应，其中超急性排斥反应（HAR）是异种移植早期发生的首要免疫障碍。

Hyperacute rejection reaction in kidney transplantation ( report of 6 cases )

移植肾超急性排斥反应（附6例报告）

Clinical studies of hyperacute rejection reaction in kidney transplantation

移植肾超急性排斥反应临床探讨

Hyperacute rejection in renal transplantation : report of 13 cases

肾移植超急性排斥反应13例次分析

Experimental study of the mechanism of xenograft hyperacute rejection in swine to human combination

异种移植超急性排斥机理的实验研究

Effect of HLA matching measures on prevention of hyperacute rejection before kidney transplantation

HLA系统检测预防肾移植超急排斥反应的临床研究

Model of hyperacute rejection for rat allotransplantation of heart

建立同种大鼠心脏移植超急性排斥反应动物模型

MRNA Expression of c - myc Gene in the Hyperacute Rejection of Xenotransplantation

c-myc基因信使核糖核酸在异种移植超急性排斥反应中的表达

A Study of the Effect of Soluble Complement Receptor ⅰ on Cardiac Xenotransplantation in Hyperacute Rejection

可溶性Ⅰ型补体受体对异种心脏移植超急性排斥反应作用的研究

Animal Model of Hyperacute Rejection for Intestinal Xenotransplantation

异种动物移植中超急排斥反应动物模型的建立

Objective To study the role of vascular endothelial cells in hyperacute rejection of pig-to-human xenotransplantation .

目的探讨在猪与人异种移植超急性排斥反应中血管内皮细胞的作用。

To study the role of alternative complement pathway activation in porcine to human xenograft hyperacute rejection .

为探讨异种（猪／人）超急性排斥时补体旁路途径的作用机制。

Experimental studies on guinea pig to rat xenograft model and the hyperacute rejection effect of Chinese cobra venom

中华眼镜蛇毒抑制豚鼠至大鼠异种肾移植超急性排斥反应的实验研究

Role of reactive species and N-acetylcysteine in hyperacute rejection of the rats liver in the isolated perfusion model

自由基及N-乙酰半胱氨酸在鼠肝超急性排斥反应中的作用

Results Transgenic pig technology and novel immunosuppressants were applied to suppress hyperacute rejection and acute vascular rejection respectively .

结果转基因猪技术，新型免疫抑制剂等分别用以克服超急性排斥，急性血管性排斥；

After heart xenotransplantation hyperacute rejection occurs .

异种心脏移植后将面临剧烈的超急性排斥反应（HAR）。

Objective In order to establish the proper animal model of hyperacute rejection ( HAR ) for xenotransplantation of intestine .

目的用豚鼠对大鼠的异种肠管移植，来探索建立异种肠管移植超急排斥反应模型。

Results Survival time of grafts ranged from 5 minutes to 40 minutes , and hyperacute rejection was confirmed by pathology .

结果移植物存活时间为5min到40min，超急排斥反应由病理学方法确认。

Studies on mechanisms of inhibiting hyperacute rejection in pig-human xenotransplantation by intravenous immunoglobulins

静脉注射用免疫球蛋白抑制异种移植超急排斥反应的作用机制

Ephedra sinica in preventing hyperacute rejection in guinea pig-to-rat cardiac xenotransplantation

草麻黄中补体抑制成分抑制大鼠异种心脏移植超急性排斥反应的实验研究

Objective To investigate the mechanism of hyperacute rejection ( HAR ) in pig to rhesus monkey vein xenograft .

目的探讨猪猴异种血管移植超急性排斥反应（HAR）的机理。

Change of IL-1 in Hyperacute Rejection of Pig-to-human Xenotransplantation

猪-人异种移植超急性排斥反应中IL-1质量浓度的变化

This suggested that the treatment of porcine tissues with Galactosidase could be a new and effective way to prevent hyperacute rejection after xenotransplantation .

提示α－半乳糖苷酶直接处理猪异种组织是可行的，有可能成为防止异种移植后超急排斥反应的新的有效方法。

In establishing the PBAM successfully , there are not target antigens that may cause hyperacute rejection after xenotransplantation .

制备成功的膀胱无细胞基质已不存在可能导致异种移植后超急性排斥反应的靶抗原。

TNF and ICAM-1 play important roles in allograft rejection , however , there are no records Concerning their roles in hyperacute rejection .

TNF和ICAM-1在同种异体器官移植排斥反应中起重要作用，它们在异种移植排斥反应中的作用，未见文献报道。

Objective To establish the xenogeneic heart transplantation model in operation of donor guinea-pig to recipient rat and observe the hyperacute rejection on it .

目的建立异种（豚鼠→大鼠）心脏移植的模型，并观察异种超急性排斥反应。

Prevention of hyperacute rejection of guinea pig-to-rat cardiac xenografts by depletion of complement with cobra venom factor

眼镜蛇毒因子清除补体对大鼠异种心脏移植超急性排斥反应的影响

Conclusion The study reveals that CVF can prolong the xenograft time by depleting complement activities and restricting hyperacute rejection in this model .

结论CVF能明显抑制补体活性，减轻或延缓超急性排斥反应的发生，使供体器官存活时间延长。

Inhibition of Hyperacute Rejection by Transfection of Human α - Galactosidase cDNA and α - 1,2-Fucosyltransferase cDNA

人α-半乳糖苷酶、α-1,2-岩藻糖转移酶cDNA序列转染克服异种移植超急性排斥反应