1) immunoreactive inhibin
免疫活性抑制素
2) immunosuppressive activity
免疫抑制活性
1.
Diterpenoids possessed immunosuppressive activity from Tripterygium hypoglaucum;
昆明山海棠中具有免疫抑制活性的二萜化合物
2.
Aim To search for new artemisinin derivatives with higher immunosuppressive activity.
目的寻找免疫抑制活性更高的青蒿素类化合物。
3.
Objective: To obtain sufficient recombinant LZ-8 protein (rLZ-8) for assaying its immunosuppressive activity.
目的：原核优化表达并纯化LZ-8重组蛋白，对其免疫抑制活性做出检测评估。
3) inhibitant immunization
抑制素免疫
1.
This paper introduces the course of the discovery and application of inhibitant, expounds the reproductive physiological action of inhibitant and the influence of inhibitant immunization on domestic animal reproductive capacity, and discusses the application prospect of inhibitant immunization technique.
介绍了抑制素的发现和应用过程,阐述了抑制素的生殖生理作用以及抑制素免疫对家畜繁殖力的影响,讨论了抑制素免疫技术的应用前景。
4) inhibin immunization
免疫抑制素
5) inhibin gene immunization
抑制素基因免疫
1.
Effect of inhibin gene immunization on reproduction andreproductive endocrinology in cattle was also carried out.
本试验应用分子克隆、基因免疫、酶免疫测定、放射免疫和B超诊断等技术，分析了不同免疫佐剂、免疫原纯度和免疫剂量的作用效果，探讨了抑制素基因免疫对黄牛生殖及内分泌的影响。
6) exercise-induced immunosuppression
运动性免疫抑制
1.
In this paper,the origin of researches on exercise-induced immunosuppression,the "open window" theory and possible mechanism were summarized in hope of clarifying the cognition of this issue.
对运动性免疫抑制研究的起源、"开窗"理论的提出及可能的机制研究综述,有利于澄清认识。
2.
The article reviewed the several possible mechanisms of exercise-induced immunosuppression and its function by consulting some relative documents,and provided the theoretical basis for futher study.
运用文献资料法,综述了运动性免疫抑制的几种可能机制,并探讨了运动性免役抑制的意义,以期为相关研究提供理论依据。
3.
In order to explore the mechanism of exercise-induced immunosuppression, and the effects and mechanism of Gln and/or Arg on modulation of immunologic function, and their integrated effects on sports immunosuppression.
为了进一步综合研究运动性免疫抑制的机制,并探讨谷氨酰胺(Glutamine,Gln)和/或精氨酸(Arginine,Arg)对调节机体免疫功能的影响及其机制,以及在预防运动性免疫抑制中的交互作用。
补充资料：化合物免疫抑制作用
化合物免疫抑制作用
immunosuppression of chemical substance
某些化学物质进入机体后，除能引起局部和全身中毒外，还可使体内免疫反应过程的某一个或多个环节发生障碍，不同程度地抑制了免疫水平。具有这种作用的物质主要有烷化剂、抗代谢药物、某些抗生素及肾上腺皮质激素等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条