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Optimized Stability Storage

In this case study, discover how Cambrex’s Q1 Scientific team helped a leading global healthcare manufacturer – facing space constraints and regulatory pressures – streamline their stability storage needs, reducing…


A Trusted Partner for Outsourcing Stability Storage

Outsourcing stability storage to the right partner can help pharmaceutical and medical device companies by saving costs, freeing resources, and ensuring regulatory compliance. Our infographic highlights the advantages of outsourcing…


Costs and Risks Associated with In-House Stability Storage

Performing stability storage in-house can entail significant costs and risks for pharmaceutical and medical device companies, including capital and operational expenditures, compliance risks, and opportunity costs due to capacity constraints….


Peptide-Based Therapeutics: Developing and Scaling Through Innovative Technologies

Peptide-based therapeutics are rapidly gaining clinical and commercial success, leading to the need for technologies to develop and scale these candidates. While manufacturing peptide candidates can be complex, the rise…


Removing The Headache: Outsourced Stability Storage and Testing Solutions

Pharmaceutical and biotech companies often face a pivotal decision: should they manage certain operations internally or partner with a trusted external provider? This choice requires careful consideration of factors such…


A Continuous Hydrogenation Reactor Based on a Powdered Catalyst Enmeshed in an Expanded Poly (tetrafluoroethylene) Matrix

Fixed bed catalytic reactors are commonly used for hydrogenation in the commodity chemical industry, but adoption in the pharmaceutical industry has been limited by the lack of available catalyst pellets…


Commercial Route Development of Sigma-2 Receptor Modulator, CT1812 Leveraging Photoflow, and HTS Technologies

In our recent publication, we present how we developed a second-generation synthesis of CT1812, a sigma-2 receptor modulator (ligand), from readily available starting materials to support late-stage clinical needs. We…


Thermally Hazardous 1,3-Dioxolane Coupling Reaction Made Safer by Employing Process Safety Data

In our recent collaboration with Pfizer, we describe how we optimized a ruthenium-catalyzed catechol, terminal-alkyne coupling reaction to form a key benzodioxolane intermediate toward Lotiglipron. This transformation required the use…


Meet Our Chief Scientific Officer

In this video, Matthew Bio, Ph.D. discusses how he embraces his role as the Chief Scientific Officer of Cambrex and his approach to working with clients and colleagues to solve…