Articles in this Issue
Using automated, real-time technologies enhances process stability, product consistency, and scalability, moving the industry toward flexible manufacturing.
Advanced statistical processing identifies excursions outside the alert and action levels as well as in response to a loss of environmental control.
The process is inexpensive and fast, but there are issues with instability, expression, and by-products. Sophisticated technologies target these issues.
Even minor degradation of cytostatic drugs may affect efficacy or cause toxic impurities. Spectroscopy enables a fast, non-destructive analysis.
What can artificial intelligence do in pharmaceutical microbiology? How may the technology advance further? What are the limitations and areas for concern?
AI will shift from pilots to core infrastructure in pharma by 2026, especially in discovery, trials, manufacturing, and commercial execution.
Five experts provide their insights into sustainability in pharmaceutics, including what progress has already been made and what they expect for the future.
Deficiencies of vitamin D are present in populations across the world, which emphasizes the need for supplementation and tailored dosing strategies.
Although AI did not improve the published method, it did offer an alternative method for calculating the vapor pressure.
Sterilization is critical to patient safety and application, but it must always be balanced with utility. There is no perfect method suitable for every need.