Alcami

In this rapidly changing environment, your choice of CDMO partner is critical. The right partnership can serve as your key to commercial success, while the wrong one can lead to costly delays, quality issues and compliance risks. To help you overcome your OSD challenges and drug product manufacturing challenges and streamline your journey to commercialization, our experts have developed an eBook to help you find the right CDMO for your project.

This whitepaper explores the importance of safe cGMP pharma product storage, highlighting challenges CDMOs face with inventory bottlenecks and delays. It examines off-site cGMP storage benefits, including cost savings, flexibility, and compliance, while addressing key factors for maintaining product safety and accessibility.

Elemental impurity testing is essential to deliver safe drug products to patients and is a regulatory requirement. It is important to assess the risk of elemental impurities from all sources in the manufacturing process, including process equipment, water, container/packaging, raw materials, drug substances, and the final drug product.

Compendial testing covers a wide array of materials, subjects, and locations designed to create standards and programs that ensure the quality and safety of approved articles for a geographical location or areas such as USP (For the United States market) or Ph Eur (For European markets). The compendia provide monographs and test methods for active ingredients, raw materials, drug products, utilities (water and gases), and packaging components.

Developing successful oral solid dosage forms necessitates partnering with a CDMO equipped with distinctive technologies and expertise to enable support across solid-state characterization, formulation development and scale-up manufacturing processes.

Biopharmaceutical companies are increasingly partnering with CDMOs equipped with technologies and expertise to support analytical testing during process development. The level of complexity required to develop and manufacture cell and gene therapies has increased, including the use of various raw materials, custom reagents, and tailored approaches for managing complex diseases.