Conclusion PLGA nanoparticles can be use as gene delivery.
结论PLGA纳米粒子可作为基因载体。
This level of understanding should quicken the pace of designing protocols for making new drug-PLGA nanoparticles.
这种理解能加快制定新载药plga纳米粒的设计方案。
OBJECTIVE to develope and characterize psoralen loaded PLGA nanoparticles for topical formulation, with the final goal of reducing the toxicity and improving the efficacy of PUVA therapy.
目的制备外用的载有补骨脂素的PLGA纳米粒，为临床上改进PUVA疗法降低其毒副作用奠定基础。
CONCLUSION Psoralen loaded PLGA nanospartilcles might be a promising transdermal delivery system in order to improve the efficacy and reduce the side effects in the PUVA therapy.
结论优化条件制备出的补骨脂素皮肤用纳米粒载药系统有可能成为临床上改进补骨素光化学疗法降低其毒副作用的一种新的经皮给药制剂。
CONCLUSION Psoralen loaded PLGA nanospartilcles might be a promising transdermal delivery system in order to improve the efficacy and reduce the side effects in the PUVA therapy.
结论优化条件制备出的补骨脂素皮肤用纳米粒载药系统有可能成为临床上改进补骨素光化学疗法降低其毒副作用的一种新的经皮给药制剂。
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