The improvement of detection method and conditions for dissolution test of paracetamol tablets
Ding Xiao-ping
Abstract
Ding Xiao-ping
Abstract
Objective: To study a method which can monitor the dissolution rate of drug on-line-Fiber optic chemical sensor dissolution test (FOCSDT). And compare the difference of this method with Ch. P (2000). Methods: Bifurcated optical fiber was used to connect light source and detector and the common end was dipped in the dissolution vessel. The dissolution procession could be monitored through computer. Result: This procession analysis can test the whole process of drug and get dissolution graph . The parameters obtained by FOCSDT had no significant difference compared with the method in Ch. P 2000 ( P 0. 05) . Conclution : This procession analysis can reflect the real dissolution of drug and obtain the total information.
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Objective: To study a method which can monitor the dissolution rate of drug on-line-Fiber optic chemical sensor dissolution test (FOCSDT). And compare the difference of this method with Ch. P (2000). Methods: Bifurcated optical fiber was used to connect light source and detector and the common end was dipped in the dissolution vessel. The dissolution procession could be monitored through computer. Result: This procession analysis can test the whole process of drug and get dissolution graph . The parameters obtained by FOCSDT had no significant difference compared with the method in Ch. P 2000 ( P 0. 05) . Conclution : This procession analysis can reflect the real dissolution of drug and obtain the total information.
Key concepts: Dissolution, Dissolution testing, Chemical sensor, Significant difference, Procession, Chromatography, Materials science, Chemistry