医生先通过纳米粒确定药物是否到达了理想的作用部位，再经作用部位药物浓度监测，评价药物是否对病灶起到治疗作用。
Using the nanoparticles, a physician can confirm a drug has reached the desired location, measure the amount of drug at the site, and later check to see if the drug has affected the disease.
结论：在丙戊酸治疗药物监测中，要关注影响丙戊酸血药浓度的因素，确保患者用药安全有效。
CONCLUSION: in therapeutic drug monitoring of valproate, it should be concerned about the impact factors of valproate concentration to ensure the safety and efficacy in patients.
所以临床在用药过程中，药物浓度的监测对实施个体化、合理化用药，减少药物中毒的发生起着重要作用。
So clinically, to monitor the blood concentration plays a very important part in implementing individualized and rationalized medication, as well as in reduction of drug poisoning when using digoxin.
目的：采用反相高效液相色谱法测定两性霉素B的血药浓度，用于该药的治疗药物监测。
OBJECTIVE:To establish a reversed-phase HPLC assay to monitor the plasma concentration of Amphotericin B.
在样品分析中，成功分离测定了注射药物的大鼠血浆中的布比卡因，实现了布比卡因血药浓度的快速监测。
When it was applied in sample analysis, bupivacaine was successfully separated and determined from the rat plasma after drug injection, and its concentration monitoring in plasma was carried out.
结论：此方法简单、快速、准确，可用于药物中毒时的血药浓度分析及药物监测。
CONCLUSION: This method is simple, rapid, and accurate. It can be used in poison analysis and therapeutic drug monitoring.
排泄延迟更易出现于使用高剂量药物时。在血药浓度监测下使用大剂量MTX安全可行。
Application of high-dose MTX therapy under the monitoring of blood MTX concentration is safe and feasible.
方法指导癫痫患者规律用药，并做好服药期间药物毒副反应的观察，定期监测血象、肝功能及血药浓度等。
Methods Epileptic patients were instructed to regularize dose, taking. Dosing side, effects were observed, and routine blood tests, liver function and drug concentration of serum were monitored.
方法指导癫痫患者规律用药，并做好服药期间药物毒副反应的观察，定期监测血象、肝功能及血药浓度等。
Methods Epileptic patients were instructed to regularize dose, taking. Dosing side, effects were observed, and routine blood tests, liver function and drug concentration of serum were monitored.
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