为探讨超急排斥反应(Hyperacute rejection,HAR)及延迟性异种排斥反应(Delayed xenograft rejection,DXR)的分子调控机制,采用优 ..
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为探讨超急排斥反应(Hyperacute rejection,HAR)及延迟性异种排斥反应(Delayed xenograft rejection,DXR)的分子调控机制,采用优 ..
基于8个网页-相关网页
为探讨超急排斥反应(Hyperacute rejection,HAR)及延迟性异种排斥反应(Delayed xenograft rejection,DXR)的分子调控机制,采用优 ..
基于8个网页-相关网页
... 间，出现不同阶段的排斥反应，包括超急性排斥反应(hyperacute rejection，HAR)、延缓性排斥反应(delayed xenograft rejection，DXR)和T细胞介导的排斥反应(T cellmediated rejection，TMR)。
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Objective to establish a simple pig-to-monkey xenograft model to study delayed xenograft rejection (DXR).
目的建立一个简便的研究延迟性排斥反应的猪—猴异种心脏移植模型。
In guinea pig to rat heart xenotransplantation model, cobra venom factor is administrated to avoid hyperacute rejection, and thus delayed xenograft rejection model is made.
在豚鼠—大鼠异种心脏移植中，给以眼镜蛇毒因子以避免发生超急性排斥反应，制作延迟性排斥反应模型。
Conclusion the expression of P-selectin and ICAM-1 in xenografts was increased during delayed xenograft rejection, which is of value in judging the effect of immunosuppression in xenotransplantation.
结论异种移植发生延迟性排斥反应时，P选择素和ICAM - 1均有表达，可以作为判断异种移植免疫抑制治疗效果的指标之一。
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