2012Zhongguo shiyan fangjixue zazhiRequires access

Optimization of Preparation Technology of Berberine-β-Cyclodextrin Inclusion Complex by Central Composite Design and Response Surface Method

Ping Wang

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Abstract

Objective:To optimize preparation process of berberine-β-cyclodextrin inclusion complex by central composite design and response surface method.Method:With inclusion ratio and yield of berberine-β-cyclodextrin inclusion complex as indexes,influence of inclusion temperature,inclusion time,and ratio of β-CD-berberine to inclusion process was investigated by response surface method,results were fitted by multi-linear equation,second-order and third-order polynomial equation,and optimal inclusion process was predicted according to formulation.Result:Multiple correlation coefficients from multi-linear equation were worse,and multiple correlation coefficients from third-order polynomial equation were prior to second order polynomial equation.Optimum inclusion technology of berberine-β-cyclodextrin inclusion complex were as follows:ratio of β-CD-berberine 3.65∶1,inclusion time 4.5 h,inclusion temperature 64 ℃.Bias of inclusion rate and yield between observed and predicted values were 3.28% and 2.63% respectively.Conclusion:Using central composite design and response surface methodology to optimize preparation of berberine-β-cyclodextrin inclusion complex had good prediction.

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Objective:To optimize preparation process of berberine-β-cyclodextrin inclusion complex by central composite design and response surface method.Method:With inclusion ratio and yield of berberine-β-cyclodextrin inclusion complex as indexes,influence of inclusion temperature,inclusion time,and ratio of β-CD-berberine to inclusion process was investigated by response surface method,results were fitted by multi-linear equation,second-order and third-order polynomial equation,and optimal inclusion process was predicted according to formulation.Result:Multiple correlation coefficients from multi-linear equation were worse,and multiple correlation coefficients from third-order polynomial equation were prior to second order polynomial equation.Optimum inclusion technology of berberine-β-cyclodextrin inclusion complex were as follows:ratio of β-CD-berberine 3.65∶1,inclusion time 4.5 h,inclusion temperature 64 ℃.Bias of inclusion rate and yield between observed and predicted values were 3.28% and 2.63% respectively.Conclusion:Using central composite design and response surface methodology to optimize preparation of berberine-β-cyclodextrin inclusion complex had good prediction.

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Available abstract

Objective:To optimize preparation process of berberine-β-cyclodextrin inclusion complex by central composite design and response surface method.Method:With inclusion ratio and yield of berberine-β-cyclodextrin inclusion complex as indexes,influence of inclusion temperature,inclusion time,and ratio of β-CD-berberine to inclusion process was investigated by response surface method,results were fitted by multi-linear equation,second-order and third-order polynomial equation,and optimal inclusion process was predicted according to formulation.Result:Multiple correlation coefficients from multi-linear equation were worse,and multiple correlation coefficients from third-order polynomial equation were prior to second order polynomial equation.Optimum inclusion technology of berberine-β-cyclodextrin inclusion complex were as follows:ratio of β-CD-berberine 3.65∶1,inclusion time 4.5 h,inclusion temperature 64 ℃.Bias of inclusion rate and yield between observed and predicted values were 3.28% and 2.63% respectively.Conclusion:Using central composite design and response surface methodology to optimize preparation of berberine-β-cyclodextrin inclusion complex had good prediction.

Key concepts: Berberine, Central composite design, Response surface methodology, Inclusion (mineral), Cyclodextrin, Chemistry, Polynomial, Yield (engineering)

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