恶性血液病的治疗进展:他汀类药物的作用。

Romeo-Gabriel Mihăilă
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引用次数: 2

摘要

如今,血液学依靠分子生物学进行诊断,为越来越多的疾病建立预后和治疗指导。在这方面一个有用的技术是基因表达谱,其使用还不是一个常规问题。在一些白血病和淋巴瘤细胞中ldl受体的表达和胆固醇合成增加,以及一些他汀类药物诱导DNA损伤和增加活性氧水平的发现,开启了使用他汀类药物治疗某些恶性血液病的可能性。与双嘧达莫、类维甲酸、替法尼、细胞抑制剂或化疗方案相关的专利有助于提高其有效性。他汀类药物可增加不同类型恶性血液病患者恶性细胞的凋亡,恢复其化疗敏感性。分子生物学技术对于识别有他汀类药物适应症的患者是有用的。他汀类药物的主要不良反应是转氨酶水平升高和肌病。最后一种疾病今天就可以预料到并得到治疗。
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Advances in the management of malignant hemopathies: the role of statins.

Today, hematology is dependent on molecular biology for diagnosis, establishing the prognosis and treatment guidance in more and more diseases. One useful technique in this respect is the gene expression profiling, whose use is not yet a matter of routine. The discovery that the expression of LDL-receptor and cholesterol synthesis is increased in the cells of some leukemias and lymphomas and that some statins induced DNA damages and increased the level of reactive oxygen species, opens the possibility of using statins in the treatment of certain malignant hemopathies. Patents regarding their association with dipyridamole, retinoids, tipifarnib, cytostatics or chemotherapy programs contribute to increasing their effectiveness. Statins can increase the apoptosis of malignant cells and restore the chemosensitivity in patients with different malignant hemopathies. Techniques of molecular biology are useful for identifying patients who have indication for statins. The main adverse effects of statins are increased transaminase levels and myopathy. The last may be anticipated and treated today.

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