Objective To build the prediction model of cyclosporine dosage based on BP neural networks.

目的依据BP神经网络技术建立环孢素A用量的预测模型。

The clinical use of commonly reversing agents such as verapamil and cyclosporine A has been limited due to their toxicities and side effects.

现在比较公认的两种多药耐药逆转剂维拉帕米和环孢菌素A,由于毒副作用大,限制了在临床的应用。

Previous studies have demonstrated that tumor xenografts can grow in some immunologically privileged sites,such as the anterior chamber of the eye,the hamster cheek pouch,or under the kidney capsule of mice or rats with limited cyclosporine A treatment.

然而早先的研究证实肿瘤异种移植物仅可以生长于一些免疫豁免位点,如大鼠的颊囊、眼前房,或环孢霉素A处理的小鼠或大鼠的肾囊下生长。

The immunosuppressant cyclosporine A,which inhibits the MPTP in isolated mitochondria,protects isolated rat hearts and cardiac myocytes against ischemia-reperfusion damage~(5-7).

免疫抑制剂环胞霉素A可以抑制离体线粒体内的MPTP,它可以保护离体鼠心和心肌细胞对抗缺血—再灌注损伤。