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为成功实现药物传输,理想的途径是将治疗制剂靶向传输至所需位置,实现对受药组织与药物间相互作用的监测。可广泛运用于全身及局部给药的脂质体对这一应用的需求不断上升。由于具备液体、固体、半固体配方携载能力,脂质体已应用于针对真菌感染、甲肝、急性淋巴细胞白血病等疾病的治疗实践中。脂质体的物理表征对配方改良及研发具有十分重要的意义。本文将探讨两项相关辅助技术的成功应用:一是用于检测脂质
For successful drug delivery, the ideal route is targeted delivery of the therapeutic agent to the desired site, enabling monitoring of the drug-drug-tissue interaction. The demand for this application of liposomes, which are widely available for systemic and topical administration, is on the rise. Due to its ability to carry liquids, solids and semisolid formulations, liposomes have been used in the treatment of diseases such as fungal infections, hepatitis A and acute lymphoblastic leukemia. The physical characterization of liposomes is of great significance to the improvement of formula and research and development. This article will explore the successful application of two related assistive technologies: one for the detection of lipids