Gerson B, Dean L, Bell F
Ther Drug Monit. 1981;3(2):167-9. doi: 10.1097/00007691-198102000-00008.
Tobramycin usage, as for most aminoglycoside antibiotic usage, may require careful monitoring to avoid irreversible toxicity. Several methods for tobramycin quantitation are available. The purpose of this study was to evaluate the performance of solid-phase immunofluorescence as an alternative. Tobramycin was quantitated in the sera of 81 patients by radioimmunoassay and solid-phase immunofluorescence. No statistically significant or medically important difference was demonstrated (bias, 0.006 micrograms/ml, t = 0.09, s = 1.02, r = 0.97). Within-run and run-to-run precision for the two methods were comparable. Interference by gentamicin could not be demonstrated. Solid-phase immunofluorescence may be an acceptable alternative method for tobramycin quantitation in some laboratories.
与大多数氨基糖苷类抗生素的使用情况一样,妥布霉素的使用可能需要仔细监测,以避免不可逆的毒性。有几种妥布霉素定量方法可供使用。本研究的目的是评估固相免疫荧光作为一种替代方法的性能。通过放射免疫分析和固相免疫荧光对81例患者血清中的妥布霉素进行定量。未显示出统计学上的显著差异或医学上的重要差异(偏差为0.006微克/毫升,t = 0.09,s = 1.02,r = 0.97)。两种方法的批内和批间精密度相当。未证明庆大霉素有干扰作用。在某些实验室中,固相免疫荧光可能是一种可接受的妥布霉素定量替代方法。