阿霉素

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比星)可以通过逆向轴浆运输选择性杀死神经元胞体.

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FDA approves doxorubicin, an anti - tumor antibiotic from Streptomyces bacteria.

1974年, FDA批准一种来源于链球菌的抗肿瘤抗生素-阿霉素.

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We have compared in vitro binding of adriamycin ( ADR ) and amsacrine ( AMSA )

研究了阿霉素 ( ADR ) 和安吖啶 ( AMSA ) 与小牛胸腺DNA结合 成复合物的药理特性.ADR与DNA的 结合强度约相当AMSA的 100倍.

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Methods A 549 cells were treated with adriamycin ( ADM ) .

方法采用阿霉素诱导 A549 使其耐药.

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Objective : To study the effect of glucocorticoid on urinary protein excretion in adriamycin nephrosis ( AN ) rats.

目的: 了解肾上腺糖皮质激素对阿霉素 肾病 大鼠尿蛋白排泄的影响.

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Objective To study the preparation technology of lung targeting adriamycin gelatin microspheres ( ADM - GMS ) and their characteristics.

目的制备肺靶向阿霉素明胶微球 ( ADM-GMS ) 并考察其特性.

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Objective To explore the ideal method to treat tissue injury caused by Adriamycin effusion.

目的探讨阿霉素外渗致组织损伤的理想治疗方法.

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Objective To observe the effect of adriamycin to suborbital nerve and trigeminal ganglion in the rabbits.

目的观察阿霉素对兔眶下神经及三叉神经节的作用.

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Objective : To evaluate the effective and safety of double - guided method adriamycin therapy for primary trigeminal neuralgia.

目的: 评价我科采用的新方法—阿霉素双引导法治疗原发性三叉神经痛的安全性与有效性.

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Conclusion: Fibrin glue can be a good sustained release carrier of MTX or CDDP, except ADM.

结论: 纤维蛋白胶可作为CDDP、MTX而不是阿霉素(ADM) 的良好缓释载体,并可增强前两者的药效.

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OBJECTIVE To prepare doxorubicin loaded octyl - N'- succinyl chitosan micelles and study the in vitro anti - tumor activity .

目的制备阿霉素高聚物胶束并研究其体外 抗肿瘤活性.

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Verapamil partially reversed the resistance of MCF - 7 Adr to doxorubicin.

维拉帕米可逆转MCF - 7Adr对阿霉素的抗药性.

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The adsorption behavior of chemotherapy doxorubicin on magnetic nanoparticles was studied.

研究化疗药物阿霉素在磁性纳米微球表面的吸脱附行为.

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The concentration of intracellular ADM was increased by 1.55 fold ( P & lt; 0.05 )

细胞内阿霉素浓度由1.83增加到2.83,增加1.55倍 ( P & lt; 0.05 ).

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Objective : To observe the clinical effect of CVAD and CCE regimen in treatment of lung cancer.

目的: 对比观察环磷酰胺、西艾克、阿霉素、顺铂(CVAD)与环磷酰胺、卡铂、足叶乙甙(CCE) 两方案治疗肺癌的疗效.

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