2010PubMedRequires access

[Formula screening and optimizing for the dispersible tablets of breviscapine by orthogonal experiment].

Yan Fei Ding, Guihua Huang

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Abstract

OBJECTIVE: To establish a suitable formulation for the dispersible tablets of brevisicapine. METHODS: To prepare and optimize the breviscapine dispersible tablets by orthogonal experiment design using disintegration time as the index. The quality of breviscapine dispersible tablets was evaluated by the initial stability test. RESULTS: The disintegration time of optimized prescription formulation was 89 s. L-HPC and CMS-Na were used by combining exterior and interior and the dissolution percent in vitro was obviously superior to the conventional tablets, and the quality of the dispersible tablets was very good in stability test. CONCLUSION: The formulation screened out for the dispersible tablets of breviscapine is reasonable, stable and suitable for the production on a large scale.

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What this paper is about

OBJECTIVE: To establish a suitable formulation for the dispersible tablets of brevisicapine. METHODS: To prepare and optimize the breviscapine dispersible tablets by orthogonal experiment design using disintegration time as the index. The quality of breviscapine dispersible tablets was evaluated by the initial stability test. RESULTS: The disintegration time of optimized prescription formulation was 89 s. L-HPC and CMS-Na were used by combining exterior and interior and the dissolution percent in vitro was obviously superior to the conventional tablets, and the quality of the dispersible tablets was very good in stability test. CONCLUSION: The formulation screened out for the dispersible tablets of breviscapine is reasonable, stable and suitable for the production on a large scale.

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Available abstract

OBJECTIVE: To establish a suitable formulation for the dispersible tablets of brevisicapine. METHODS: To prepare and optimize the breviscapine dispersible tablets by orthogonal experiment design using disintegration time as the index. The quality of breviscapine dispersible tablets was evaluated by the initial stability test. RESULTS: The disintegration time of optimized prescription formulation was 89 s. L-HPC and CMS-Na were used by combining exterior and interior and the dissolution percent in vitro was obviously superior to the conventional tablets, and the quality of the dispersible tablets was very good in stability test. CONCLUSION: The formulation screened out for the dispersible tablets of breviscapine is reasonable, stable and suitable for the production on a large scale.

Key concepts: Materials science, Chromatography, Mathematics, Chemistry

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