Over the last few years, authorities around the world have applied increasingly stringent rules requiring higher quality standards. In this context, the stress tests performed on active pharmaceutical ingredients and formulated products demands a major attention.
Forced Degradation (or Stress Test) is a process that involves the degradation of active pharmaceutical ingredients or products formulated in a worse environmental condition compared to the condition of normal use of the products. Stress condition mostly involve the use of physical agents (heat, light) and chemical agents (moisture, acids, bases, oxidants). The stress test generates degradation products, known or unknown, which can be investigated to determine the pathways of drug degradation or to prevent it. The stress test also finds applications to support the validation of analytical methods to demonstrate that the method is stability indicating, which means that is able to quantitatively detect the loss of content of the pharmaceutical active ingredient and the consequent increase in degradation products.
LabAnalysis, with its consolidated experience, acquired from the delivery of hundreds of forced degradation studies, and with a state-of-the-art analytical instrumentation, will perform any type of stress test on active pharmaceutical ingredients or products formulated to support the submission of registration files all over the world (our studies are regularly viewed by the main entities such as FDA, ANVISA, AIFA etc).
For the realization of a stress study, LabAnalysis guarantees the:
LabAnalysis will share with the Client the technical approach of the forced degradation studies by drafting a Study Protocol containing information regarding theactivity purpose, the analytical methods, the stress and processing conditions of the samples, the processing and presentation results, regulatory references. At the end of the experimental activity, LabAnalysis will draft a related Study Report containing all the experimental information, the numerical data obtained, the mass balances, the chromatographic traces and the considerations on the results.
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