Application of Microwave Technology in the Preparation of Plastic Beads / 中国药房

OBJECTIVE:To study the advantage of microwave technology in the preparation of plastic beads. METHODS:Three kinds of representative processing methods were applied to prepare Equus asinus,Colla Cornus Cervi and Colla Carapax et Plastri Testudinis. The processing methods and the quality of plastic beads were compared. RESULTS:Study results showed mic-rowave technology was superior to other processing methods in the preparation of plastic beads and quality. CONCLUSION:The microwave technology has its specific advantages in the preparation of plastic beads.

Orthogonal optimization of plastic beads microwave processing of Colla Corii Asini,Colla Carapacis et Plastri Testudinis,and Colla Cornus Cervi / 中草药

Objective Colla Corii Asini,Colla Carapacis et Plastri Testudinis,Colla Cornus Cervi,three types of plastic bead microwave process parameters were optimized in order to standardize the production of the types of plastic beads and to enhance the stability of the quality of plastic beads.Methods Using a number of quality indicators to evaluate the quality of plastic beads and orthogonal test to optimize the plastic bead process parameters.Results The microwave process parameters of Colla Corii Asini,Colla Carapacis et Plastri Testudinis,Colla Cornus Cervi,three types of plastic beads were obtained through orthogonal optimization.Conclusion Different types of plastic type drugs,different production lot, and different manufacturers of similar plastic herbs have their own optimum process parameters.L4(23) orthogonal optimization can be used to screen out the plastic type drugs rapidly.

Interference test in bacterial endotoxins detection of Shenmai Freeze-dried Powder Injection / 中草药

Object To prove the feasibility of bacterial endotoxin test (BET) in Shenmai Freeze-dried Powder Injection by interference test. Methods Interference primary screening test and interference test were conducted in BET of Shenmai Freeze-dried Powder Injection to detect whether the interference existed or not and to explore the method of removing the interference. Results There was inhibition on BET with 0.5 EU/mL tachypleus amebocyte lysate (TAL). Interference could be excluded by using 0.25 EU/mL TAL and diluting the samples. Conclusion It is feasible to use 0.25 EU/mL TAL or TAL with more sensitivity in BET of Shenmai Freeze-dried Powder Injection.