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Novel nanostructured drug delivery technology to enhance bioavailability, increase solubility and drug loading

机译:新型纳米结构药物递送技术可增强生物利用度,增加溶解度和载药量

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摘要

Nanotechnology provides new innovative solutions for original as well as generic applications in a wide variety of industries including Pharmaceuticals, cosmetics, foods, nutraceuticals and home care. Nanoformulation is the reduction of particles size down to below 200 nm. This size reduction below 200 nm by using continuous flow nano precipitation technology led to 100s fold higher solubility and 10~(3-4) fold increased drug concentration in a stable colloid solution. In the paper we will discuss the perspectives and pharmacokinetic benefits of the nanostructured active molecules over the parent active molecules. The bioavailability of reference and nanostructured drug was determined after oral administration (30 mg/kg) in fasted state at Sprague-Dawley rats. Nanosized drug had an AUC_(15-360) min value of 6412 μmin/ml while this value after reference treatment was 940.1 μg-min/ml. The ratio of the two AUC values(AUC_(15-360 min (nanosized)) / AUC_(15-360 min (reference)) was 6.82.
机译:纳米技术为包括制药,化妆品,食品,保健食品和家庭护理在内的各种行业的原始和通用应用提供了新的创新解决方案。纳米配方是将粒径减小至200 nm以下。通过使用连续流纳米沉淀技术将尺寸减小到200 nm以下,可在稳定的胶体溶液中使溶解度提高100倍,药物浓度提高10到(3-4)倍。在本文中,我们将讨论纳米结构活性分子相对于母体活性分子的观点和药代动力学益处。在Sprague-Dawley大鼠禁食状态下口服(30 mg / kg)后,确定参比和纳米结构药物的生物利用度。纳米级药物的AUC_(15-360)min值为6412μmin/ ml,而参考治疗后的该值为940.1μg-min/ ml。两个AUC值之比 (AUC_(15-360分钟(纳米))/ AUC_(15-360分钟(参考))为6.82。

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