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Preparation and pharmaceuticals evaluation of nicotine muccoadhesive tablet for smoking cessation

机译:戒烟用尼古丁粘膜粘连剂的制备及药物评价

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Nicotine replacement therapy (NRT) with gradual decreasing of nicotine is one of the smoking cessation methods. Nicotine dosage forms on the market are including gum and skin patches. Muccoadhesive formulations are the novel drug delivery systems that are available in the form of tablets and films, and can be used for NRT. Muccoadhesive nicotine tablets (MNT) when placed in the upper gum, will release its nicotine content in a controlled manner. This will meet the need of the individual to the nicotine, such that the person can decrease his/her dependency on smoking. Methods: In the current study, the tablets were prepared using different conventional bioadhesive polymers such as HPMC50cps, NaCMC, and carbapol934 in singular or mixture form; magnesium hydroxide as the pH increasing agent; magnesium stearate as the lubricant; and lactose as the excipiente, of different products of nicotine hydrogen tartrate, which is more stable than the nicotine. Their pharmaceutics characteristics such as the degree of adhesion and the rate of drug release were evaluated. Results: Increasing of HPMC50cps in the formulations decrease speed release of nicotine. The carbapol in formulations beget slow releasing of nicotine. With increasing the percent of lactose, the rate of release in formulations was increased. Formulations which have HPMC 50cps has best adhesiveness. Formulations contains carbapol had not suitable adhesiveness. Formulations contains NaCMC were very fast release and had not suitable adhesiveness. Conclusion: The formulation contains mixture of HPMC50cps and Cp934 with suitable adhesiveness and minimum fluctuation in release, was the best formulation.
机译:逐渐减少尼古丁的尼古丁替代疗法(NRT)是戒烟方法之一。市场上的尼古丁剂型包括牙龈和皮肤贴剂。粘膜粘胶制剂是新型的药物输送系统,可以片剂和薄膜形式使用,可用于NRT。粘膜粘膜尼古丁片(MNT)放在上胶中时,会以受控方式释放其尼古丁含量。这将满足个人对尼古丁的需要,从而该人可以减少他/她对吸烟的依赖性。方法:在当前的研究中,使用不同的常规生物粘附性聚合物(例如HPMC50cps,NaCMC和carbapol934)以单一或混合形式制备片剂;氢氧化镁作为pH增加剂;硬脂酸镁作为润滑剂;和乳糖作为赋形剂,是尼古丁酒石酸氢盐的不同产品,它比尼古丁更稳定。评估了它们的药学特性,如粘附程度和药物释放速率。结果:制剂中HPMC50cps的增加会降低尼古丁的释放速度。制剂中的carbapol引起尼古丁的缓慢释放。随着乳糖百分比的增加,制剂中的释放速率增加。 HPMC 50cps的配方具有最佳粘合性。含有carbapol的配方没有合适的粘合性。含有NaCMC的制剂释放速度非常快,并且没有合适的粘合性。结论:该制剂包含HPMC50cps和Cp934的混合物,具有合适的粘合性和最小的释放波动,是最佳制剂。

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