There was little breakthrough in clinic tolerance induction in despite of the successful induction of tolerance animal models.
尽管动物实验中已能诱导成功的耐受模型，但临床实用的耐受诱导方法则难以突破。
Indeed, the human immune system appears more resistant to tolerance induction than expected from experimental studies in animals.
事实上，人类的免疫系统比较于实验动物看来更难于诱导免疫耐受。
Some experimental protocols were introduced including mixed chimerism of allogeneic bone marrow, blockade of co-stimulation signal and transgene technology for transplantation tolerance induction.
介绍一些具体方案，包括建立异基因骨髓嵌合体、阻断T细胞活化第二信号和转基因技术诱导移植免疫耐受。
Conclusions: The tolerance induction protocol significantly prolonged cardiac allograft survival in rat, and it appears to be worthy of a clinical trial. This tolerance involved multiple mechanisms.
结论：本诱导方案能明显延长异基因异位大鼠心脏移植物存活时间，是便于临床推广应用的一种有效方法，该移植耐受的形成涉及多种机制。
Tolerance eis not indulgence, induction, rather than command.
是宽容而不是纵容，是诱导而不是命令。
Tolerance is not indulgence, induction, rather than command.
是宽容而不是纵容，是诱导而不是命令。
Can you talk about the possibilities of strategies for B cell-directed therapy for the induction of transplant tolerance?
能否请您谈谈抗B细胞疗法诱导移植耐受治疗策略的可能性？
CONCLUSION: Zenapax used for immunity induction of renal transplantation can prevent and reduce the occurrence of acute reject reaction, it has safety and good tolerance.
结论：赛尼哌用于肾移植的免疫诱导治疗，可以预防和减少急性排斥反应的发生，安全性和耐受性好。
The control of chronic transplant rejection and the induction of transplant graft tolerance today are the hottest research field in transplant immunology.
有效地控制慢性移植排斥反应和诱导移植免疫耐受是当今移植免疫学研究的热点。
Objective to explore the effect of allogeneic intra-bone marrow bone marrow transplantation (IBM-BMT) on the induction of immune tolerance.
目的探讨异基因小鼠髓腔内骨髓移植(IBM - BMT)诱导免疫耐受的效果。
Several other mechanisms may by theorized for the induction of tolerance in this renal transplant model, including clonal anergy and suppressive cells.
结论嵌合状态与肾移植耐受存在明显相关性，克隆不应答、抑制细胞参与了耐受的形成。
ABA are concerned with osmotic adjustment and induction of salinity tolerance genes, which mainly mean osmotic adjustment gene currently.
激素如aba在渗透调节和胁迫基因的诱导方面发挥了重要作用。
ABA are concerned with osmotic adjustment and induction of salinity tolerance genes, which mainly mean osmotic adjustment gene currently.
激素如aba在渗透调节和胁迫基因的诱导方面发挥了重要作用。
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