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[最新的磷酸盐结合剂]

[Phosphate binder up to date].

作者信息

Shigematsu Takashi, Sakaguchi Toshifumi, Orita Hikari

机构信息

Wakayama Medical University, Division of Nephrology and Blood Purification Medicine, Japan.

出版信息

Clin Calcium. 2007 May;17(5):772-8.

Abstract

It has become clear that hyperphosphatemia is the major risk factor on the patients' survival undergoing regular renal replacement therapy. One of the mechanism of this impact on survival is ectopic calcification like vascular calcification. The standard therapy for hyperphosphatemia is phosphate removal by renal replacement therapy. However, since the amount of phosphate removal with today's hemodialysis procedure is not enough, the phosphate binder as depressant of phosphate absorption is still essential. Aluminum compound had been prohibited from 1992 due to serious adverse effect like aluminum encephalopathy and osteomalacia.Calcium carbonate and sevelamer hydrochloride are common phosphate binder. The combination therapy of both phosphate binders is recommended to avoid involvement in adverse effects of the both drugs. Lanthanum carbonate is developing compound as a new and powerful phosphate binder. It is expected as a new non-calcium and non-aluminum phosphate binder with powerful phosphate binding effect. However, the adverse effect of the Lanthanum carbonate is still obscure. Further investigation is acquired.

摘要

很明显,高磷血症是接受常规肾脏替代治疗患者生存的主要危险因素。这种对生存产生影响的机制之一是异位钙化,如血管钙化。高磷血症的标准治疗方法是通过肾脏替代治疗去除磷酸盐。然而,由于当今血液透析程序去除磷酸盐的量不足,作为磷酸盐吸收抑制剂的磷结合剂仍然必不可少。由于铝脑病和骨软化症等严重不良反应,铝化合物自1992年起被禁用。碳酸钙和盐酸司维拉姆是常见的磷结合剂。建议联合使用这两种磷结合剂,以避免出现两种药物的不良反应。碳酸镧是一种正在研发的新型强效磷结合剂。它有望成为一种新型的非钙非铝磷结合剂,具有强大的磷结合效果。然而,碳酸镧的不良反应仍不明确,需要进一步研究。

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