The biopharmaceutical industry is facing unprecedented challenges to its fundamental business model and currently cannot sustain sufficient innovation to replace its products and revenues lost due to ...

Designing an efficient platform is crucial for any industrial process. This design process is known as process development, and it has become increasingly important in the pharmaceutical industry at ...

In the last 10 years, there has been significant development in computer simulation of pharmaceutical materials, processes and product performance. Gradually, more mechanistically based models are ...

Multi-disciplinary teams of participants will examine the applicability of digital trends to injection systems A User-Centered Innovation (UCI) approach will directly integrate user needs into the ...

Granulation is a critical unit operation in pharmaceutical manufacturing, where fine powders are agglomerated into granules to improve flow properties, uniformity, and compaction performance. The ...

Process Development Scientists (process chemists) research and develop ways to manufacture products and monitor existing processes and products for quality and efficiency. A process development ...

One of the greatest achievements in the history of biopharmaceuticals occurred in January 2020, when Pfizer and Moderna used genetic sequencing provided by Chinese laboratories to design mRNA vaccines ...

Usage: Reference standards serve as quality control benchmarks for equipment calibration and verification of measurement methods and analytical accuracy. Characteristics: Chemicals with established ...

Pharmaceutical manufacturing requires defining quality target product profiles and critical quality attributes (CQAs) to ensure desired product quality. Process development identifies critical process ...

Particle size analysis (Figure 1) is the preferred method for characterizing raw materials used in pharmaceuticals, setting specifications for incoming raw material in order to determine appropriate ...