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[Orthogonal experiments to select spraying granulation technique for Baoshen granules]
Cai-hong Qu1, Li Yang, Ji-wei Huang
1The Third Affiliated Hospital of Sun Yat-sen University, Guangzhou 510630, China. hong-0601@sina.com
Summary
Optimizing Baoshen granules production, this study identified adhesive material and exit/entry temperature as key factors for efficient spraying granulation. The best technique, A2B1C2D1, enhances product yield and economic viability.
Area of Science:
- Pharmaceutical Technology
- Chemical Engineering
- Materials Science
Context:
- Spraying granulation is a crucial technique in pharmaceutical manufacturing for producing solid dosage forms.
- Optimizing granulation processes is essential for improving product quality and reducing manufacturing costs.
- The Baoshen granules preparation requires a specific technique to ensure efficiency and efficacy.
Purpose:
- To determine the optimal spraying granulation technique for Baoshen granules.
- To enhance the end-product and economic efficiency of the spraying granulation process.
- To identify the most influential factors affecting the quality of Baoshen granules.
Summary:
- An orthogonal design was employed to evaluate four factors: extracting technique, adhesive material, exit/entry temperature, and accessory matching.
- Adhesive material and temperature of exit and entry were found to be the most significant factors influencing the end-product.
- The optimal spraying granulation technique for Baoshen granules was identified as A2B1C2D1.
Impact:
- The findings provide a scientifically validated method for improving Baoshen granules production.
- This research can lead to more cost-effective and efficient manufacturing of pharmaceutical granules.
- The optimized technique has the potential to increase the yield and quality of the final drug product.