The Saarland-based “Speedboat” of Pharmaceutical Testing An interview with Dr. Markus Limberger about Quasaar GmbH In the highly regulated pharmaceutical industry, nuances often determine patient safety and market success. While global corporations rely on sheer scale, a company in Bexbach has established itself by combining agility with top-tier regulatory expertise: Quasaar. After ten years in […]
Practical Implementation and Lifecycle Stability Studies – Impact of the ICH Q1 Revision: “Guideline on Stability Testing of Drug Substances and Drug Products” Evaluating product quality—and changes therein—over time under the influence of detrimental environmental factors such as temperature, humidity, and light is an essential requirement of quality control. The revision of the core ICH […]
Quasaar teams on the run! Once again this year, Quasaar fielded strong running teams. All participants confidently mastered the 5 km circuit in Saarbrücken. Even the slightly rainy finish didn’t dampen the high spirits. We’ll certainly be back in 2027.
Quasaar at IPEC 2026 in Prague – September 22–23 Visit us at our booth at IPEC 2026 in Prague. We look forward to discussing the latest developments in excipient quality control and stability studies with you. Take this opportunity to speak with our experts in person and discuss tailored solutions for your specific requirements. We […]
APV: GMP Basic training Laboratory Speaker: Dr. Alexandra Hertrampf, Dr. Markus Limberger 10.11.2026 online Seminar https://www.apv-mainz.de
Expansion Stability Center Further climates have now been established in the Quasaar Stability Center: – Second big volume climatic chamber 120 m³ for ICH condition 30°C, 75% RH established – Two climate chambers for stress conditions (50°C, 50% RH, and 55% RH) – Option for storing narcotics in a 50 m³ safe
New Generic Analytical Methods In addition to the already established generic GC-HS method for determining residual solvents (ICH Q3C) and HPLC method for determining nitrites (ppb range), a “Generic GC method for determining diethylene, propyl, and ethylene glycol” has been established. Method range: linearity of 0.01–0.12 mg/mL, Linearity for all analytes r ≥ 0.999, s/n […]