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首页> 外文期刊>Chemical Science International Journal >Natural Latex Films as Carrier for Caseariasylvestris Swartz Extract Associated withCiprofloxacin
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Natural Latex Films as Carrier for Caseariasylvestris Swartz Extract Associated withCiprofloxacin

机译:天然乳胶薄膜作为环丙沙星酪蛋白酪蛋白提取物的载体

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In order to create a new sustained drug delivery system applied for tissue regeneration, this study beget a natural rubber latex (NRL) film with Casearia sylvestris extract and ciprofloxacin. Manipulated from the biomaterial latex obtained by the rubber tree Hevea brasiliensis , the NRL film has shown to be a great angiogenic compound and also has shown a great potential in being a possible carrier for sustained drug release. In order to increase the therapeutic spectrum of the film two substances was added to it: the C. sylvestris extract which has antiulcer, anti-inflammatory and wound healing effects due to its casearins and the antibiotic ciprofloxacin which is considered as one of the main drugs used for open wounds in the skin. The study occurred at State S?o Paulo University in Assis (UNESP-FCL), Brazil. The substances were mixed and a film was made by casting at ambient temperature creating circular films with 5cm of diameter. After that the film was placed in 1 liter of water to start the release study. The release behavior was analyzed by UV-VIS spectrophotometry being the casearins related to the wavelength of 235nm and the ciprofloxacin of 320nm. The film supported the release of compounds, releasing 93.73% of the extract and 56.53% of the drug, along 29 hours. In addition, the incorporation was proven by Scanning Electron Microscopy (SEM), which showed the morphology of pure and incorporated films and also by Fourier Transform Infrared Spectroscopy (FTIR) which has shown that no chemical change occurred during the process. Thereby, according to results, the material has a possible approach to biomedical application.
机译:为了创建一种用于组织再生的新型持续药物输送系统,本研究获得了一种天然橡胶胶乳(NRL)膜,其中含有酪Case提取物和环丙沙星。从橡胶树橡胶树获得的生物材料胶乳中操作,NRL膜已显示是一种很好的血管生成化合物,并且还显示出了潜在的可能作为持续药物释放的载体。为了增加薄膜的治疗范围,在其中添加了两种物质:由于其酪蛋白具有抗溃疡,抗炎和伤口愈合作用的樟子松提取物和被认为是主要药物之一的环丙沙星抗生素用于皮肤的开放性伤口。该研究发生在巴西阿西斯州立圣保罗大学(UNESP-FCL)。混合这些物质,并通过在环境温度下流延制备膜,以产生直径为5cm的圆形膜。之后,将膜置于1升水中以开始释放研究。通过UV-VIS分光光度法分析了酪蛋白与235nm波长和环丙沙星320nm的释放行为。该膜支持化合物的释放,在29小时内释放了93.73%的提取物和56.53%的药物。此外,通过扫描电子显微镜(SEM)证明了掺入,该扫描电子显微镜显示了纯净薄膜和掺入的薄膜的形态,还通过傅立叶变换红外光谱(FTIR)证明了该过程中未发生化学变化。因此,根据结果,该材料具有生物医学应用的可能途径。

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