首页> 外文期刊>Journal of Advanced Pharmaceutical Technology Research >Pasteurization as a tool to control the bio-burden in solid herbal dosage forms: A pilot study of formulating Ashoka tablets with an industrial perspective
【24h】

Pasteurization as a tool to control the bio-burden in solid herbal dosage forms: A pilot study of formulating Ashoka tablets with an industrial perspective

机译:巴氏杀菌是控制固体草药剂型中生物负荷的工具:具有工业前景的Ashoka片剂配方的初步研究

获取原文
       

摘要

Irradiation and use of preservatives are routine procedures to control bio-burden in solid herbal dosage forms. Use of steam or pasteurization is even though reported in the literature, not many studies are available with respect to its application in reducing the bio-burden in herbal drug formulations. Hence, we undertook a series of studies to explore the suitability of pasteurization as a method to reduce bio-burden during formulation and development of herbal dosage forms, which will pave the way for preparing preservative-free formulations. Optimized Ashoka (Saraca indica) tablets were formulated and developed. The optimized formula was then subjected to pasteurization during formulation, with an aim to keep the microbial count well within the limits of pharmacopoeial standards. Then, three variants of the optimized Ashoka formulation - with preservative, without preservative and formulation without preservative and subjected to pasteurization, were compared by routine in-process parameters and stability studies. The results obtained indicate that Ashoka tablets manufactured by inclusion of the pasteurization technique not only showed the bio-burden to be within the limits of pharmacopoeial standards, but also exhibited the compliance with other parameters, such as stability and quality. The outcome of this pilot study shows that pasteurization can be employed as a distinctive method for reducing bio-burden during the formulation and development of herbal dosage forms, such as tablets.Keywords: Decontamination of herbs, microbial quality control, pasteurization, preservative-free, Saraca indica, stability studies
机译:辐照和使用防腐剂是控制固体草药剂型中生物负荷的常规方法。尽管在文献中已经报道了使用蒸汽或巴氏灭菌法,但是关于其在减少草药制剂中的生物负荷方面的应用尚无许多研究。因此,我们进行了一系列研究,以探索巴氏灭菌法作为减少草药剂型制剂和开发过程中生物负担的方法的适用性,这将为制备不含防腐剂的制剂铺平道路。配制和开发了优化的Ashoka(Saraca indica)片剂。然后将优化后的配方在配制过程中进行巴氏灭菌,以使微生物数量保持在药典标准范围内。然后,通过常规的工艺参数和稳定性研究,比较了优化的Ashoka制剂的三种变体-不含防腐剂的防腐剂和不含防腐剂并经过巴氏灭菌的制剂。所得结果表明,通过采用巴氏灭菌技术制造的Ashoka片剂不仅显示出生物负荷在药典标准的范围内,而且还表现出与其他参数的一致性,例如稳定性和质量。这项初步研究的结果表明,巴氏灭菌法可以作为一种独特的方法来减少诸如片剂这样的草药剂型在配制和开发过程中的生物负担。关键词:消毒法,微生物质量控制,巴氏灭菌法,无防腐剂,印度萨拉卡,稳定性研究

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号