Biopharmaceuticals have become a key driver of growth, revolutionizing the treatment of a broad spectrum of diseases. As the use of biopharmaceuticals continues to increase, so does the demand for specialized testing on their packaging.
Biologics are complex and sensitive to their environment and require advanced packaging to protect their therapeutic benefits. Compared to small molecule drugs, biologics have more intricate packaging needs, since the compounds released from the materials could have a direct and significant impact on the potency or causing contamination. Often the drug delivery of these products requires moreover specialized packaging that are able to maintain the physical-chemical properties of the drug during transportation and storage.
Biologics are typically produced in medium-small quantities and are transported in bulk to the fill & finish site. Single and Multiple Use system used in the product manufacturing and temporary storage packaging needs to be evaluated as well as for container closure systems for the compounds migration, following USP <665> guidelines.
The manufacturing items and container closure systems of biologics presents unique challenges due to the complexity and sensitive nature of this category of drugs, that need to be carefully evaluated through a structured Risk Assessment. Leachables may cause conformational changes in the protein or may cause the protein to aggregate. Large-molecule drug products may also chelate inorganic leachables. These types of interactions can increase the toxicity of the drug product, reduce the product’s efficacy, or affect the product’s stability. It is, therefore, important to fully evaluate the E&L risks to ensure quality and safety of these products as well as avoid costly delays in getting a product to market.
We offer exceptional, risk-mitigating solutions with testing and regulatory expertise to ensure the safety of these life-changing drugs. We are pioneering this open field, not yet defined and harmonized under a regulatory overview. Our dedicated team has also developed a new approach to asses the interaction between E&L and active substace of biological finished products.