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奈替米星在高通量血液透析滤过和标准血液透析中的药代动力学。

Pharmacokinetics of netilmicin in hypertonic hemodiafiltration and standard hemodialysis.

作者信息

Basile C, Di Maggio A, Curino E, Scatizzi A

出版信息

Clin Nephrol. 1985 Dec;24(6):305-9.

PMID:4075599
Abstract

Recently, we developed a peculiar model of hemodiafiltration (HDF), in which a conventional acetate hemodialysis (HD) is combined with a high flux dialyzer, a high ultrafiltration flow rate and a postdilution hypertonic reinfusion (H HDF). The pharmacokinetics of netilmicin (N), a relatively new aminoglycoside, were evaluated during 5 sessions of H HDF of 180 min and 2 sessions of HD of 270 min in the same 8 patients with a comparable blood (approximately 400 ml/min) and dialysate flow rate (approximately 520 ml/min). Additional studies were performed in 7 out of the 8 patients after 2 sessions of H HDF and one session of HD. N clearance, calculated both as plasma water and total body clearance, was so exceedingly higher during H HDF than during HD, that the amount of drug removed by H HDF in 180 min was still significantly higher than that removed by HD in 270 min. Consequently, the N half-life during HD was about 5 h, whereas during H HDF it was less than 2.5 h, approaching that reported in normal subjects. N half-life out of dialysis treatments was about 55 h. In conclusion, N pharmacokinetics are strikingly different between H HDF and HD, with N clearance during H HDF about the double of that during HD. The implications of this study are: a different dosage adjustment of aminoglycosides is needed for patients routinely treated by HDF; HDF may be a very effective treatment for the overdose of many drugs.

摘要

最近,我们开发了一种特殊的血液透析滤过(HDF)模式,即将传统的醋酸盐血液透析(HD)与高通量透析器、高超滤流速和后稀释高渗回输(HHDF)相结合。在8例具有可比血流量(约400 ml/分钟)和透析液流速(约520 ml/分钟)的患者中,进行了5次180分钟的HHDF治疗和2次270分钟的HD治疗,期间评估了相对较新的氨基糖苷类药物奈替米星(N)的药代动力学。在8例患者中的7例完成2次HHDF治疗和1次HD治疗后,又进行了额外的研究。以血浆水清除率和全身清除率计算的N清除率,在HHDF期间比HD期间极高,以至于HHDF在180分钟内清除的药物量仍显著高于HD在270分钟内清除的量。因此,HD期间N的半衰期约为5小时,而HHDF期间则小于2.5小时,接近正常受试者报告的半衰期。透析治疗外N的半衰期约为55小时。总之,HHDF和HD之间N的药代动力学显著不同,HHDF期间的N清除率约为HD期间的两倍。本研究的意义在于:对于常规接受HDF治疗的患者,需要对氨基糖苷类药物进行不同的剂量调整;HDF可能是治疗多种药物过量的非常有效的方法。

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