2013•Journal of Qingdao University of Science and TechnologyRequires access

Optimization of Jinghuo Tablets Formulation by Central Composite Design-response Surface Methodology

Shan Huang

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Abstract

The formulation of Jinghuo dispersible tablets was optimized by single factor and central composite design-response surface methodology,optimized results were validated.The optimizing parameters were obtained as follows:1.1 times MCC,0.35 times CMS-Na,0.19 times L-HPC,pressure 4 kN,distilled water as the wetting agent.Model developed by single factor and central composite design-response surface methodology can be used for the optimization of Jinghuo dispersible tablets formulation.Established model deliver predictive accuracy.

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What this paper is about

The formulation of Jinghuo dispersible tablets was optimized by single factor and central composite design-response surface methodology,optimized results were validated.The optimizing parameters were obtained as follows:1.1 times MCC,0.35 times CMS-Na,0.19 times L-HPC,pressure 4 kN,distilled water as the wetting agent.Model developed by single factor and central composite design-response surface methodology can be used for the optimization of Jinghuo dispersible tablets formulation.Established model deliver predictive accuracy.

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Available abstract

The formulation of Jinghuo dispersible tablets was optimized by single factor and central composite design-response surface methodology,optimized results were validated.The optimizing parameters were obtained as follows:1.1 times MCC,0.35 times CMS-Na,0.19 times L-HPC,pressure 4 kN,distilled water as the wetting agent.Model developed by single factor and central composite design-response surface methodology can be used for the optimization of Jinghuo dispersible tablets formulation.Established model deliver predictive accuracy.

Key concepts: Central composite design, Response surface methodology, Composite number, Wetting, Distilled water, Materials science, Composite material, Process engineering

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