Feasibility Study of Using Ultrasonic Resonator Technology as a Monitoring Tool to Manufacture Lipid-Based Drug Delivery Systems and Nanosuspensions

• Research unit: INNOSUISSE
• Project number: 10984.1;6 PFIW-IW

Short description (German)

Feasibility Study of Using Ultrasonic Resonator Technology as a Monitoring Tool to Manufacture Lipid-Based Drug Delivery Systems and Nanosuspensions

Short description (English)

Feasibility Study of Using Ultrasonic Resonator Technology as a Monitoring Tool to Manufacture Lipid-Based Drug Delivery Systems and Nanosuspensions

Abstract (German)

The pharmaceutical industry strives to increase the quality of its products. This involves an extended monitoring of critical process parameters and a generally improved understanding of production factors. However, this is particularly challenging for lipid-drug delivery systems and nanosuspensions. The current feasibility study utilizes the ultrasonic resonator technology as a new method for process analytics. A number of defined production issues will be tested in this study to focus and de-risk the development of a new mixer/homogenizer.

Abstract (English)

The pharmaceutical industry strives to increase the quality of its products. This involves an extended monitoring of critical process parameters and a generally improved understanding of production factors. However, this is particularly challenging for lipid-drug delivery systems and nanosuspensions. The current feasibility study utilizes the ultrasonic resonator technology as a new method for process analytics. A number of defined production issues will be tested in this study to focus and de-risk the development of a new mixer/homogenizer.