本文扼要地叙述了近年来有关低水平辐射刺激免疫功能的主要实验研究结果。
The present paper highlights the chief, results of experimental studies recently carried out in the author's laboratory on the stimulatory effects of low level radiation on immunity.
研究人员对这些结果持有谨慎的乐观态度,他们提醒大家,现在给HIV感染的患者开出生长激素来刺激免疫功能还为时过早。
While cautiously optimistic about the results, the investigators warn that it is too early to prescribe GH to stimulate immune function in HIV-infected patients.
因为有大量固有的树突状细胞,人体中动脉和大动脉有免疫感受和T细胞刺激功能。
Populated by indigenous dendritic cells, medium and large human arteries have immune-sensing and t-cell-stimulatory functions.
结论:在肿瘤免疫治疗中,脉冲致敏DC一定要用灭活的肿瘤细胞作为抗原刺激物,才能有效地完成抗原递呈功能。
Conclusion: DC with pulse sensitization should use deactivated tumor cells as antigen stimulator substance, then, effectively perform antigen-presenting function in immune treatment of antitumor.
提示,5-HT可抑制正常脾细胞免疫功能,并在一定程度上参与小剂量辐射的免疫刺激作用;
The results suggest that 5-HT in certain amount may inhibit the splenocyte immune functions and participate in the immunoenhancement effect following low dose irradiation.
甲醛对人体健康的影响主要表现为:嗅觉异常、刺激、过敏、免疫功能异常。
Effects of formaldehyde on human health mainly asfollows: abnormal sense of smell, irritation, allergy, immune dysfunction.
主要功能:安抚镇静肌肤由于受到刺激而引起的红、痒症状,强化免疫系统功能。
Functions: Pacifies the calms red, itches symptom caused by stimulating of skin, strengthening the immune system functions.
结论:不同强度高压芒刺静电场可引起免疫共刺激分子表达量不同的生物效应,在免疫调节反应中发挥重要功能。
Conclusion The different doses of HVPEF might cause different biological effects, which suggests HVPEF has potential immune-regulatory effects and might play an important role in immune modulation.
抗原刺激的树突状细胞的免疫调节功能在肿瘤患者和慢性病毒感染的动物模型中已有报道。
The immune modulator capacity of antigen-pulsed dendritic cells (DC) has been documented in patients with cancers and in animal models of chronic viral infections.
摘要:就应激激素对热和运动以及热环境和运动刺激时应激激素的变化,着重于对免疫功能的影响进行探讨。
Absrtact: This essay discusses the effects of heat surroundings and exercise stress on immunological function. It contains the change of stress hormone during exercise in heat surroundings.
目的:探讨紫菜多糖对小鼠免疫功能的刺激作用。
Objective:To investigate the Immune-reinforcing effect of Porphyra Polysaccharide on the mice.
目的:探讨紫菜多糖对小鼠免疫功能的刺激作用。
Objective:To investigate the Immune-reinforcing effect of Porphyra Polysaccharide on the mice.
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