Here you’ll find our online digest dedicated to the art and science of communications. It’s also named after an isotope of the element cobalt.

Fill-finish manufacturing ensures sterility, safety, and efficiency in pharmaceutical production, preventing contamination risks.

AI is transforming drug discovery by accelerating target identification and then helping scientists custom-design molecules with therapeutic effects against those targets.

Cell and gene therapy are revolutionizing medicine by offering groundbreaking treatments that address diseases at their molecular roots. These therapies, including CAR-T and CRISPR, provide hope for previously incurable conditions, promising personalized and precise medicine that could transform healthcare and patient outcomes globally.

Single-use technologies are revolutionizing biopharmaceutical manufacturing. Challenges include regulation, standardization, and environmental impact.

CDMOs streamline pharmaceutical development, offering cost-efficiency, expertise, and agility in producing innovative therapeutics.

Strong, effective B2B marketing is critical for science-driven companies to stand out in increasingly competitive industries. From pharmaceuticals to materials science to medical devices, specialty chemicals, and beyond, you can maximize B2B marketing by following a standard set of best practices.

In this blog, we’ll look at the biomanufacturing process, and how upstream and downstream bioprocessing contribute to the creation of a final biologic that is safe and effective.

Antibody-Drug Conjugates combine monoclonal antibodies, payloads, and linkers to selectively target cancer cells.

Extractables and leachables are contaminants that may be present in a drug product. These impurities can come from any associated manufacturing or packaging components. The FDA regulates the testing of these impurities. The rise of single-use products and biologics poses new challenges.

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