Haznar Dorota, Pluta Janusz
Department of Applied Pharmacy, Wrocław Medical University.
Polim Med. 2003;33(4):17-27.
The aim the study was physicochemically characterize and develop ability of the active substance (cefradine) from the implantable porous carriers. The drug delivery systems consisting of the gelatine and alginic acid sodium salt and glycerol (GL) or peanut oil (AO). Gelatin-alginate sponge was prepared by foamed components and next freeze-dried this foam. The composition of the sponges affected on the sorption ability and on the stability to proteolytic enzymes. Owing to porous structure obtained specific profile of active substance release.
该研究的目的是对可植入多孔载体中的活性物质(头孢拉定)进行物理化学表征并开发其性能。药物递送系统由明胶、海藻酸钠盐和甘油(GL)或花生油(AO)组成。通过将各组分发泡制备明胶 - 海藻酸盐海绵,然后将该泡沫冷冻干燥。海绵的组成影响吸附能力和对蛋白水解酶的稳定性。由于获得的多孔结构,活性物质呈现出特定的释放曲线。