Stability Studies from Early Development to Late-Stage
Stability testing studies evaluate the long-term stability of a drug product in its final primary packaging material under controlled storage conditions. In regular intervals, the chemical, physical, structural, and colloidal stability of the drug product is assessed by using stability indicating analytical methods.
Critical quality attributes (CQA) and relevant degradation pathways, as identified during preformulation and forced degradation studies, are monitored to assure the efficacy, quality, and safety of the drug product over its intended shelf-life. We perform such studies in accordance with ICH guidelines by using suitable climate chambers at controlled temperature and relative humidity (r.h.). We offer stability testing as part of formulation development projects, supply of pre-clinical material or as independent service package.
At Coriolis, we harness the knowledge gained in hundreds of projects to quickly obtain optimal test conditions for your drug substance, reflecting its major degradation pathways and assessing its critical quality attributes.
Standard storage conditions at Coriolis Pharma include the following*:
|Storage according to ICH
25 °C at 60% r.h.
40 °C at 75% r.h.
*virtually any other temperature and relative humidity conditions can be offered as well, e.g., for kinetic studies.
Quality and Biosafety
Quality & Biosafety Level
We provide all our services with the highest quality standards. Each project is carried out by experienced scientists and every report or data presentation is comprehensively checked by a scientific reviewer. We offer stability tests under R&D and GMP conditions according to your development stage. Depending on your molecule we offer this service up to biosafety level S2.
Stability of your product
Stability Studies Tailored to Your Drug Product
We offer stability studies tailored to your specific API, development phase, packaging material and anticipated storage conditions, and is backed by many years of experience with similar drug products. Click on a product type to explore our entire portfolio of specialized development and analytical services.
Our Services for Long-Term Stability
Evaluating the long-term stability of a drug product is usually accompanied by other types of stability testing, such as forced degradation studies, in-use stability studies and comparability studies.
Forced degradation studies
Forced degradation studies are essential to understand the criticality of certain types of stress for the stability of drug substance. Our scientists develop and apply conditions, which simulate chemical, physical, or mechanical stress during production, transport and handling.
This knowledge is then applied to optimize the drug product formulation, design better primary packaging, and adjust procedures for production, transport, and handling.
In-use stability studies
In a clinical setting, a drug product may be diluted and encounters different surface materials before it is finally administered to the patient.
Therefore, our expert scientists assess the stability of a drug product during clinical use and handling, e.g., effects of dilution, compatibility with clinical diluents and materials, etc. We tailor such studies to the intended procedures and utilize a dedicated set of stability indicating analytical methods.
The physico-chemical comparability, including comparability of stability profiles, is required for the development of biosimilar drug products, but can, among other scenarios, be crucial when comparing samples from different production processes or manufacturing facilities.
By using sensitive analytical methods and by applying relevant conditions for stability testing, we set up comparability studies specifically for your drug product. We provide the required experience and scientific know-how to detect critical differences between your samples with statistical relevance.
Publications and Webinars
Publications and Webinars
Coriolis is a science-driven service provider. We perform internal research projects with academic and industrial partners to develop new technologies and create in-depth knowledge, which directly benefits our client projects. Our internal Unit Science & Technology, hosting PhD candidates and Postdocs, also actively contributes to the scientific community with numerous peer-reviewed publications each year. Explore our latest publications, articles, and webinars:
Dominik Brandstetter, Constanze Helbig, Kentaro Osawa, Hiroyuki Minemura, Yumiko Anzai, Tetsuo Torisu, Susumu Uchiyama, Tim Menzen, Wolfgang Friess, Andrea Hawe